#: locale=de ## Aktion ### PDF PopupPDFBehaviour_EAAAF03F_EEE8_3470_41E2_29D34E23F118.url = files/Guide-to-municipal-plastic-waste-management-in-Bangladesh_de.pdf PopupPDFBehaviour_2B8CC64D_2266_3193_4180_354D8C5FC3C8.url = files/Forecasting%20municipal%20solid%20plastic%20waste_Paper_de.pdf PopupPDFBehaviour_34CCA3E0_EE68_F410_41E1_6C3A54CEA88C.url = files/KCC_Awareness_Center_Flyer_de.pdf PopupPDFBehaviour_EAA0C3D3_EE98_5437_41E2_6F77CAD1AECC.url = files/KCC_Awareness_Centre_Toolbox_de.pdf ### URL LinkBehaviour_085F9A6F_0289_A4A6_4185_04AA02E28252.source = https://www.bmuv.de/en/ WebFrame_22F9EEFF_0C1A_2293_4165_411D4444EFEA_mobile.url = https://www.google.com/maps/embed?pb=!1m12!1m8!1m3!1d2793.0096430212798!2d9.540531567416311!3d50.553255170915556!3m2!1i1024!2i768!4f13.1!2m1!1sbiothan%20gmbh!5e1!3m2!1sde!2sde!4v1692018216727!5m2!1sde!2sde WebFrame_FA2345F2_73D5_98D7_41DA_47DDEEF3FF1B.url = https://www.google.com/maps/embed?pb=!1m14!1m12!1m3!1d597.717435795633!2d89.52400985635633!3d22.87453824153192!2m3!1f0!2f0!3f0!3m2!1i1024!2i768!4f13.1!5e1!3m2!1sde!2sde!4v1715678045057!5m2!1sde!2sde WebFrame_8046FD67_8547_116E_41D1_5C312709AE49.url = https://www.google.com/maps/embed?pb=!1m16!1m12!1m3!1d23941.421113426743!2d89.62899739265244!3d22.3318122621925!2m3!1f0!2f0!3f0!3m2!1i1024!2i768!4f13.1!2m1!1smoongla%20port!5e1!3m2!1sde!2sde!4v1745909249037!5m2!1sde!2sde WebFrame_8046E707_8547_32AE_41C3_CD32847C7962.url = https://www.google.com/maps/embed?pb=!1m16!1m12!1m3!1d2860.6173195187375!2d89.59662947440857!3d22.46969105732259!2m3!1f0!2f0!3f0!3m2!1i1024!2i768!4f13.1!2m1!1smongla%20port!5e1!3m2!1sde!2sde!4v1746532167195!5m2!1sde!2sde WebFrame_E82D01AA_E363_1BC4_41D6_AE4B589CBC8F.url = https://www.google.com/maps/embed?pb=!1m17!1m12!1m3!1d1305.3239398445075!2d89.50934393480517!3d22.895441230800603!2m3!1f0!2f0!3f0!3m2!1i1024!2i768!4f13.1!3m2!1m1!2zMjLCsDUzJzQzLjYiTiA4OcKwMzAnMzguMCJF!5e1!3m2!1sde!2sde!4v1717587629426!5m2!1sde!2sde WebFrame_D317974E_28F5_3F2D_41A7_9C37818FAE52.url = https://www.google.com/maps/embed?pb=!1m17!1m12!1m3!1d1306.09194141358!2d89.53855192855019!3d22.815487234876773!2m3!1f0!2f0!3f0!3m2!1i1024!2i768!4f13.1!3m2!1m1!2zMjLCsDQ4JzU1LjgiTiA4OcKwMzInMjEuMSJF!5e1!3m2!1sde!2sde!4v1717589928202!5m2!1sde!2sde WebFrame_E82A28C3_E361_6944_41E2_58A3CA5BD1BA.url = https://www.google.com/maps/embed?pb=!1m17!1m12!1m3!1d2611.4150334259043!2d89.53114986714202!3d22.85554145305895!2m3!1f0!2f0!3f0!3m2!1i1024!2i768!4f13.1!3m2!1m1!2zMjLCsDUxJzE5LjkiTiA4OcKwMzInMDAuOSJF!5e1!3m2!1sde!2sde!4v1717587410757!5m2!1sde!2sde WebFrame_919090FE_5DA4_7DB8_41CC_4898058B6EED.url = https://www.google.com/maps/embed?pb=!1m18!1m12!1m3!1d1151.3539209649723!2d89.50363013152312!3d22.899820048454835!2m3!1f0!2f0!3f0!3m2!1i1024!2i768!4f13.1!3m3!1m2!1s0x39ff9b0031afbe9f%3A0xf0147be4671fda49!2sResearch%20Hub%2C%20SCIP%20Plastics%20Project%2C%20Department%20of%20Civil%20Engineering%2C%20KUET!5e1!3m2!1sde!2sde!4v1745321404815!5m2!1sde!2sde WebFrame_FE8E9BC9_73D5_8935_41D5_64FDB8435878.url = https://www.google.com/maps/embed?pb=!1m18!1m12!1m3!1d1196.0616548564608!2d89.55494798127026!3d22.80322781811287!2m3!1f0!2f0!3f0!3m2!1i1024!2i768!4f13.1!3m3!1m2!1s0x39ff8ffbfb32eb31%3A0xbcc342ffd97aa390!2sDustbin%2C%20Sher-E-Bangla%20Rd%2C%20Khulna%2C%20Bangladesch!5e1!3m2!1sde!2sde!4v1715683895020!5m2!1sde!2sde WebFrame_7C696C06_7D4D_36AE_41B0_6E460C914F96.url = https://www.google.com/maps/embed?pb=!1m18!1m12!1m3!1d1275.641769237439!2d89.52138007839807!3d22.87558918902991!2m3!1f0!2f0!3f0!3m2!1i1024!2i768!4f13.1!3m3!1m2!1s0x39ff9071cb47152f%3A0xf04b212290718952!2sKhulna%2C%20Bangladesch!5e1!3m2!1sde!2sde!4v1746607105520!5m2!1sde!2sde WebFrame_70787386_F13E_A695_41E6_6B3F316369C3.url = https://www.google.com/maps/embed?pb=!1m18!1m12!1m3!1d25020.36415669566!2d89.59472384418484!3d22.473874418169927!2m3!1f0!2f0!3f0!3m2!1i1024!2i768!4f13.1!3m3!1m2!1s0x3a00244ddc96dd61%3A0x519eb4492330167f!2sMongla%20Port!5e1!3m2!1sde!2sde!4v1743507604925!5m2!1sde!2sde WebFrame_C504EFC7_28DD_0F1B_41A6_90FB33264D5A.url = https://www.google.com/maps/embed?pb=!1m18!1m12!1m3!1d2863.243282179194!2d89.48348348127152!3d22.905081949747203!2m3!1f0!2f0!3f0!3m2!1i1024!2i768!4f13.1!3m3!1m2!1s0x39ff9901b790ed89%3A0xff917d2701e5f77!2sWave%20jute%20textile%20mills%20Limited!5e1!3m2!1sde!2sde!4v1714460545651!5m2!1sde!2sde WebFrame_22F9EEFF_0C1A_2293_4165_411D4444EFEA.url = https://www.google.com/maps/embed?pb=!1m18!1m12!1m3!1d3040.732817047048!2d89.56597502851453!3d22.816884198542816!2m3!1f0!2f0!3f0!3m2!1i1024!2i768!4f13.1!3m3!1m2!1s0x39ff901927c63f75%3A0x5db2fd5f3c627071!2sKhulna%20City%20Corporation%20(Nagar%20Bhaban)!5e1!3m2!1sde!2sde!4v1714459930711!5m2!1sde!2sde WebFrame_70EA6C77_54E7_0A5E_41CD_52EA606B476E.url = https://www.google.com/maps/embed?pb=!1m18!1m12!1m3!1d3041.2113958384043!2d89.49976496616333!3d22.795439981900625!2m3!1f0!2f0!3f0!3m2!1i1024!2i768!4f13.1!3m3!1m2!1s0x39ff854c750ec52b%3A0x475bf514b627266e!2sRajbandh%20Landfill%20Area!5e1!3m2!1sde!2sde!4v1715065929506!5m2!1sde!2sde WebFrame_FE8869A2_73D5_8977_41D1_3DB9EBF53230.url = https://www.google.com/maps/embed?pb=!1m18!1m12!1m3!1d854.5287449365031!2d89.53979515757543!3d22.811821732058224!2m3!1f0!2f0!3f0!3m2!1i1024!2i768!4f13.1!3m3!1m2!1s0x39ff9b0a9209ff11%3A0x748164ab0a5451ca!2sKCC%20STS%20W%2318!5e1!3m2!1sde!2sde!4v1715683738926!5m2!1sde!2sde LinkBehaviour_D39CFFF1_05E4_F079_4181_81E2CF495D0D.source = https://www.scip-plastics.com/ ## Hotspot ### Tooltip HotspotPanoramaOverlayArea_D949DCE0_319F_AAA5_41C8_007F67AE0154.toolTip = 1/10 – Truck Scale HotspotPanoramaOverlayArea_10A7CEDB_1596_BC10_41A9_932F343A0CF1.toolTip = 1/2 – Access Roads & Interior Roads HotspotPanoramaOverlayArea_11066728_1496_6C30_41A8_882D68121123.toolTip = 1/2 – Biological Processes HotspotPanoramaOverlayArea_279B7061_2262_D193_41A3_FF7B25102BD9.toolTip = 1/2 – Burning Landfill HotspotPanoramaOverlayArea_F1A6BF8E_FB90_E40C_41D2_9FEAEBC8E738.toolTip = 1/2 – Carding HotspotPanoramaOverlayArea_ED65389B_E891_EC14_41E6_58B771553BC9.toolTip = 1/2 – Comparative Life Cycle Assessment (LCA) HotspotPanoramaOverlayArea_EB6FAFF7_EE68_2BF0_41CF_893E178447AB.toolTip = 1/2 – Drying the Flakes HotspotPanoramaOverlayArea_ED9113EE_EBB1_BC0C_41E1_9AD797FDEAE2.toolTip = 1/2 – Hydraulic Baling HotspotPanoramaOverlayArea_10C14E1A_158B_BC10_4192_67BFAA2A364A.toolTip = 1/2 – Improvement for Waste Workers HotspotPanoramaOverlayArea_B87EC603_CC02_6A54_41D6_352BF45CC669.toolTip = 1/2 – Knowledge Transfer Hub HotspotPanoramaOverlayArea_A99E5385_A3C8_C934_41E1_F665ABEE2B4D.toolTip = 1/2 – Packed Product HotspotPanoramaOverlayArea_2BBCABC8_21A6_7691_419F_852613C76874.toolTip = 1/2 – Pallets production process HotspotPanoramaOverlayArea_10B50F35_158B_BC10_4198_CD7D1A1E6799.toolTip = 1/2 – Record Keeping HotspotPanoramaOverlayArea_8B6C5176_0AC9_7D81_417E_3F70C5CA0A1F.toolTip = 1/2 – Shredding HotspotPanoramaOverlayArea_343F96E9_0559_8483_4192_270CE635C021.toolTip = 1/2 – Sorting HotspotPanoramaOverlayArea_ED76C8B2_EB70_AC14_41EA_20D917FB9CDB.toolTip = 1/2 – Sorting the Jute HotspotPanoramaOverlayArea_A15AC919_0D4A_8D83_419C_2A99F53E19DE.toolTip = 1/2 – Spinning Process HotspotPanoramaOverlayArea_10C4DFD4_158A_5C10_4188_93E7807FB97B.toolTip = 1/2 – Training Sessions HotspotPanoramaOverlayArea_10F29416_158E_AC10_41A9_74874F05C64B.toolTip = 1/2 – Waste Acceptance HotspotPanoramaOverlayArea_0EDB78AE_2835_07A3_41C2_5468D37BEBB5.toolTip = 1/2 – Waste Collection in Bangladesh HotspotPanoramaOverlayArea_E385AA47_286D_1AE1_41B4_FD03C3D2DE93.toolTip = 1/2 – Waste Pickers & Material Recovery HotspotPanoramaOverlayArea_D7165DB6_22BE_32F1_418B_369C821DF25E.toolTip = 1/2 – Weaving HotspotPanoramaOverlayArea_ED8C3273_EB97_FC14_4189_16D61B360716.toolTip = 1/2 – Winding HotspotPanoramaOverlayArea_D77AE358_22A2_F7B1_41AC_978AF2174480.toolTip = 1/2 – Yarn Product HotspotPanoramaOverlayArea_ED6AD5CB_E890_A474_41DC_337511BD9AC3.toolTip = 1/3 – Life Cycle of a Jute Product HotspotPanoramaOverlayArea_10FFCDC2_1576_BC70_4185_08C12DFE4818.toolTip = 1/3 – Active Work Zone: Waste Placement HotspotPanoramaOverlayArea_34A06B1F_318C_AF9B_41C0_8BEC34BBAE31.toolTip = 1/3 – Microscope HotspotPanoramaOverlayArea_3717F3B1_0EBE_763B_418B_D50A4700E374.toolTip = 1/3– International Ships I HotspotPanoramaOverlayArea_F0E93EBF_3194_669B_41B9_2FDA8FEBAFE2.toolTip = 1/4 – Drum Sieve HotspotPanoramaOverlayArea_5F0E24CB_282F_0FE1_41C4_35B9D34E7E1B.toolTip = 1/4 – Nirala Open STS HotspotPanoramaOverlayArea_348FD6D3_3193_E6EB_4189_3FB9349E1B80.toolTip = 10/10 – Muffle Furnace HotspotPanoramaOverlayArea_D8E97811_319C_6967_41B4_81D449819575.toolTip = 2/10 – Water Purification HotspotPanoramaOverlayArea_35F88B19_055F_8D83_4194_8025D026721A.toolTip = 2/2 – Bottle Caps HotspotPanoramaOverlayArea_F492F70B_F4CE_4665_41E0_E5397430907D.toolTip = 2/2 – Collecting the Flakes HotspotPanoramaOverlayArea_11098930_149A_A410_41AC_18240100ABCD.toolTip = 2/2 – Compaction HotspotPanoramaOverlayArea_ED92DC61_EBB0_A434_41AA_CB9065BB88E8.toolTip = 2/2 – Cutting Machine HotspotPanoramaOverlayArea_10AA056D_1599_AC30_417F_091C2B3E6811.toolTip = 2/2 – Fencing & Access Control HotspotPanoramaOverlayArea_F1A6CF51_FB90_A414_41DE_159801023589.toolTip = 2/2 – Flyover HotspotPanoramaOverlayArea_6287FE9F_64AC_4478_41D4_E1288314CF97.toolTip = 2/2 – Khulna City Map HotspotPanoramaOverlayArea_A0A204B4_0D4B_8481_4165_E3044918C4BE.toolTip = 2/2 – New Products HotspotPanoramaOverlayArea_C99B2928_CC02_6654_41D7_E3819EC50E97.toolTip = 2/2 – Portraits Staff & Informal Waste Workers HotspotPanoramaOverlayArea_ED6800E2_E89F_9C34_41E5_7FEC33486E1F.toolTip = 2/2 – Results of the LCA HotspotPanoramaOverlayArea_C99E36E9_CC02_6BD4_41E0_ED9CA6215099.toolTip = 2/2 – Safety Instructions Landfill HotspotPanoramaOverlayArea_0D796978_282B_06AF_41C2_4DFC4D229D4A.toolTip = 2/2 – Secondary Transfer Stations (STS) HotspotPanoramaOverlayArea_F47B09F3_F43F_CDA5_41D4_6777B45C6AC3.toolTip = 2/2 – Sorting HotspotPanoramaOverlayArea_C9A3BD6A_CC02_5ED4_41E8_4022FE0179C8.toolTip = 2/2 – Unloading Medical Waste HotspotPanoramaOverlayArea_8B2CF4D5_0ACE_8483_419F_EF4E8165DC7B.toolTip = 2/2 – Washing HotspotPanoramaOverlayArea_AF3BC153_31B4_BBEB_41C0_25202C6FF29E.toolTip = 2/2 – Waste Lab HotspotPanoramaOverlayArea_E3CB71E0_286D_09DF_419B_48B1E3621C01.toolTip = 2/2 – Waste Separation Scheme HotspotPanoramaOverlayArea_10B517CF_158B_AC70_419F_8215732A9638.toolTip = 2/2 – Weighing Station HotspotPanoramaOverlayArea_ED8D7ECC_EB90_640C_41EB_7BF2255CF434.toolTip = 2/2 – Winding HotspotPanoramaOverlayArea_ED6F3FFF_E891_E40C_41A8_50B6A4154C91.toolTip = 2/3 – The LCA of Jute HotspotPanoramaOverlayArea_10FFD6D0_1576_AC10_41AA_56A8F5FDADB8.toolTip = 2/3 – Dumping & Compacting HotspotPanoramaOverlayArea_34A07AD2_318C_AEE5_41B9_7145CEBAAF12.toolTip = 2/3 – Thermo Block HotspotPanoramaOverlayArea_A365C70D_0E66_DFEB_4193_D248C5DEFD7C.toolTip = 2/3 –International Ships II HotspotPanoramaOverlayArea_5EF22791_2835_0A61_41B4_3AB74D450BB7.toolTip = 2/4 – Rickshaw Van Unloading HotspotPanoramaOverlayArea_8F1F557A_3194_BBA5_41C5_00D493803CA6.toolTip = 2/4 – Sorting Station HotspotPanoramaOverlayArea_C5E10402_319C_B965_4199_C74FABA24025.toolTip = 3/10 – Shaking Water Bath HotspotPanoramaOverlayArea_27982F49_226E_4F93_41B2_3CC59447BBE9.toolTip = 3/3 – Flyover HotspotPanoramaOverlayArea_34A09815_318C_696F_419E_6CA0F19F1F90.toolTip = 3/3 – Photometer HotspotPanoramaOverlayArea_80F9C136_0EAA_5239_417C_AC01474A05E6.toolTip = 3/3 – The Sundarbans HotspotPanoramaOverlayArea_F4789921_F43A_CAA5_41DA_A8BA0D4D1DB3.toolTip = 3/3 – Unpacking the Jute HotspotPanoramaOverlayArea_F0B83C99_3194_6967_418E_70BA01BDAB98.toolTip = 3/4 – Throwing Sieve HotspotPanoramaOverlayArea_5F928DE3_282B_39A1_41BC_61B4B901088C.toolTip = 3/4 – Waste Trucks in Khulna HotspotPanoramaOverlayArea_C6D202EF_319C_5EBB_41B3_D4EDB7189D62.toolTip = 4/10 – pH & Cd Meter HotspotPanoramaOverlayArea_527BD15B_283B_06E1_41AF_5161C6FDD451.toolTip = 4/4 – Loading HotspotPanoramaOverlayArea_F012FFFA_3195_E6A5_41B4_786329F35C54.toolTip = 4/4 – Scales HotspotPanoramaOverlayArea_348CD831_3195_E9A7_4191_6E269A5BC0DE.toolTip = 5/10 – Optical Level HotspotPanoramaOverlayArea_348E896B_3194_6BBB_41C1_57658FD7CA0A.toolTip = 6/10 – Drone HotspotPanoramaOverlayArea_348EBFD4_3195_A6ED_41BA_6FC7EF6C043A.toolTip = 7/10 – NIR HotspotPanoramaOverlayArea_348EF38D_3195_BF7F_41C9_BA513E3BD4F5.toolTip = 8/10 – Incubator HotspotPanoramaOverlayArea_348FC38E_3193_DF7D_419A_362DC5A74346.toolTip = 9/10 – Drying Oven HotspotPanoramaOverlayArea_1103EE57_148E_7C10_4196_773A79711670.toolTip = Active Work Zone: Waste Picking HotspotPanoramaOverlayArea_E2F33DD8_15BA_BC10_41A9_E88E867E7452.toolTip = Assessing Infrastructure & Operations HotspotPanoramaOverlayArea_110F8A3F_1496_A410_41A5_79EF662C7669.toolTip = Assessment Summary HotspotPanoramaOverlayArea_34AEF20B_EE78_7410_41D3_14114AEA2324.toolTip = Awareness Center HotspotPanoramaOverlayArea_EACA3E29_EEA8_2C10_41DD_D1874E9A5C40.toolTip = Awareness Center HotspotPanoramaOverlayArea_625DFE8C_645C_4458_41C5_8F9082071778.toolTip = Bauhaus-Universität Weimar (BUW) HotspotPanoramaOverlayArea_625DE29D_645C_7C78_41D4_56B24703FF4B.toolTip = Chittagong University of Engineering & Technology (CUET) HotspotPanoramaOverlayArea_2D79FAEE_281C_FBA3_41A7_FA7209606E44.toolTip = Container HotspotPanoramaOverlayArea_10F5A21A_158A_E410_41A0_2BA4CE3BBA6C.toolTip = Containment & Vector Control HotspotPanoramaOverlayArea_2D70ADCF_282B_19E1_41B7_0B8F76E452B5.toolTip = Daulatpur Station HotspotPanoramaOverlayArea_EAB9494B_EEE8_5410_41DE_7E2DA2FF81AA.toolTip = Download \ “From Awareness to Action – KCC-Awareness Centre Toolbox for Reducing Plastic Pollution” HotspotPanoramaOverlayArea_EAAAF03E_EEE8_3470_41E3_90D8C57C986A.toolTip = Download \ “Guide to municipal plastic waste management \ in Bangladesh” HotspotPanoramaOverlayArea_EAB9823A_EEE8_D470_41E5_90176374BB9A.toolTip = Download Flyer \ “Awareness Center” HotspotPanoramaOverlayArea_ED88ED59_EB90_6414_41E7_D4D35D39C055.toolTip = Drawing HotspotPanoramaOverlayArea_62707F46_6464_44C8_41CE_AC8F7A569BD9.toolTip = Final Disposal HotspotPanoramaOverlayArea_EA874DC6_EE98_6C10_41D6_8E114186A312.toolTip = Final Disposal HotspotPanoramaOverlayArea_D6C41923_22DE_5397_41C0_2774ED3FBCCF.toolTip = Final Products HotspotPanoramaOverlayArea_ED873C99_EB91_E417_41EA_2E3C801C31F9.toolTip = Finisher Card HotspotPanoramaOverlayArea_62752078_646D_FCB8_41CC_DF93F638C6CC.toolTip = Further Project Results HotspotPanoramaOverlayArea_1C2CEF0C_5CDC_C458_41C6_8A6F1882BA49.toolTip = Go To \ Knowledge Transfer Hub HotspotPanoramaOverlayArea_A9E4CF1A_3193_A765_41A8_545E10015434.toolTip = Go To \ Waste Lab HotspotPanoramaOverlayArea_627826AA_6463_C458_41C0_CB17AC5BCF87.toolTip = Go to \ Plastic Recycling Shops HotspotPanoramaOverlayArea_EA84EDBB_EE98_2C70_41BE_BF9C93F566F5.toolTip = Go to \ Plastic Recycling Shops HotspotPanoramaOverlayArea_7C7418C8_7D5B_1FA2_41D4_F4FC3C4EB0F2.toolTip = Go to \ STS IV– Dowlatpur (enclosed) HotspotPanoramaOverlayArea_EA89B0FA_EEA8_35F0_41DF_0F168F88F606.toolTip = Go to \ Secondary Transfer Stations I–IV HotspotPanoramaOverlayArea_6272B190_6464_DC48_4196_095328BAE3DA.toolTip = Go to \ Secondary Transfer Stations I–IV HotspotPanoramaOverlayArea_6285A1EA_64AC_FFD8_41D2_057ACA308AFA.toolTip = Go to \ Tour Selection HotspotPanoramaOverlayArea_3550FB9F_EE68_3430_41E1_94D017959A9B.toolTip = Go to \ Tour Selection HotspotPanoramaOverlayArea_0AC5C4B6_EE68_3C70_41E5_F3FC22DEA053.toolTip = Go to \ Transfer / Publications HotspotPanoramaOverlayArea_1DC899F0_5CE4_CFC8_41C1_E4B4B475E30E.toolTip = Go to \ Waste Lab HotspotPanoramaOverlayArea_627FD49B_645C_4478_41D5_BBFEB76ED2FF.toolTip = Go to \ Wave Jute Textile Mill HotspotPanoramaOverlayArea_62861FEF_64AF_C3D8_41CD_E942D042E240.toolTip = Go to \ Welcome to Awareness Center HotspotPanoramaOverlayArea_6277500C_646C_5C58_41D0_75124287C288.toolTip = Go to Recycling Shop II HotspotPanoramaOverlayArea_7B29AA05_DBCB_30CF_41B8_7D8654F42F6D.toolTip = Go to
Dumping Site HotspotPanoramaOverlayArea_CDBC2934_C406_66BC_41B5_7B4DED5D7003.toolTip = Go to
Knowledge Transfer Hub HotspotPanoramaOverlayArea_6282FB1A_64A4_4C78_41D2_5F782D71F499.toolTip = Got to \ Knowledge Transfer Hub & Waste Lab @ KUET HotspotPanoramaOverlayArea_627D4379_645D_BCB8_41A5_18952274C28D.toolTip = Got to \ Mongla Port HotspotPanoramaOverlayArea_EA8CAC45_EEA8_2C10_41EA_4E9DD5B5A5D2.toolTip = Got to \ Mongla Port HotspotPanoramaOverlayArea_EA874DC8_EE98_6C10_41C9_46C81018A3F4.toolTip = Got to \ Rajbandh Landfill HotspotPanoramaOverlayArea_6270CB62_6464_4CC8_41D5_D1317D48AC6E.toolTip = Got to \ Rajbandh Landfill HotspotPanoramaOverlayArea_8A03FB85_E7F0_6CFC_41BB_0107252EC67F.toolTip = Imprint HotspotPanoramaOverlayArea_2DCDC7E9_2875_09A1_41C4_7189FA394EF7.toolTip = In-House STS with Ramp HotspotPanoramaOverlayArea_625DF38A_645C_5C58_41B3_E15E32E05CA8.toolTip = Institute for Social-Ecological Research (ISOE) HotspotPanoramaOverlayArea_ED61347E_E891_E40C_41BA_71BEBC93A072.toolTip = Jute – The Golden Fibre HotspotPanoramaOverlayArea_625DD747_645C_44C8_41BD_A57180D73BCE.toolTip = Khulna City Corporation (KCC) HotspotPanoramaOverlayArea_625DEB24_645C_4C48_41D6_64A438FDA35D.toolTip = Khulna University of Engineering & Technology (KUET) HotspotPanoramaOverlayArea_43136B5A_318C_AFE5_41BF_EE49DF6673E5.toolTip = Knowledge Transfer Hub HotspotPanoramaOverlayArea_1735FF84_E770_64FC_41E5_CE33BC55E961.toolTip = Knowledge Transfer Hub \ & Waste Lab HotspotPanoramaOverlayArea_110C6392_149A_6410_41AB_EFE9F3728261.toolTip = Landfill Fires HotspotPanoramaOverlayArea_10FC6802_157A_63F0_4164_483CB481EB34.toolTip = Leachate Management HotspotPanoramaOverlayArea_EAB9CD94_EEE8_6C30_41E6_C5EE2573A4AB.toolTip = List of Journal Publications HotspotPanoramaOverlayArea_D8B091F7_0E7F_D227_41A0_B060A8FA8D0B.toolTip = Local Vessels HotspotPanoramaOverlayArea_EB5B12D3_EFA9_F430_41E8_E9E0F9C13DA7.toolTip = Medical Waste HotspotPanoramaOverlayArea_AE3B41B4_3193_BAAD_41C7_E0BE7D956635.toolTip = Meeting Room HotspotPanoramaOverlayArea_ED7B86C0_EB70_A474_41D2_C4AE2D615ED1.toolTip = Moistening & Softening HotspotPanoramaOverlayArea_0F8654C2_0EAA_5259_41A9_71A9336300CF.toolTip = Mongla Ferry Ghat HotspotPanoramaOverlayArea_0F7EFCAE_0E5A_5229_4176_133BB09A27D9.toolTip = Mongla Landfill HotspotPanoramaOverlayArea_0F7C9583_0E5E_D2DF_41AA_95E52B37D63A.toolTip = Mongla Landfill HotspotPanoramaOverlayArea_343BE319_0EA6_D7EB_4160_7E456053EEF8.toolTip = Mongla Port HotspotPanoramaOverlayArea_2DEE58B6_2837_07A3_41BB_B37BB3AA1AE2.toolTip = Outlook HotspotPanoramaOverlayArea_4DC0BF73_0A05_6196_4193_6C5EB22536CF.toolTip = PET-bottle Labels HotspotPanoramaOverlayArea_ED9600B9_EBB3_9C14_41E5_629B94D197FB.toolTip = Packaging HotspotPanoramaOverlayArea_627FCA51_645C_4CC8_41D2_D60DFADDA374.toolTip = Plastic Substitution HotspotPanoramaOverlayArea_EA8CAC43_EEA8_2C10_41E2_F89076A18D79.toolTip = Port HotspotPanoramaOverlayArea_627C42A2_6463_BC48_41CA_D639ABD1F093.toolTip = Port HotspotPanoramaOverlayArea_8A555684_0D36_8481_41A1_17E5098B9996.toolTip = Post-Consumer Recycled (PCR) resins production HotspotPanoramaOverlayArea_10CB1F1E_159F_DC10_4161_EA808961F9C1.toolTip = Proper Hygiene Solutions HotspotPanoramaOverlayArea_10F864D7_157A_6C10_41A6_5C24EB1F4637.toolTip = Proper Hygiene Solutions HotspotPanoramaOverlayArea_10BCED9D_15FA_7C10_419A_D954E4A934B6.toolTip = Rajbandh Training Centre HotspotPanoramaOverlayArea_C97A5F85_CC02_DA5C_41C4_27ECEAD9C9FB.toolTip = Recycling HotspotPanoramaOverlayArea_EA854A3D_EE98_5470_41D8_4948D00F7452.toolTip = Recycling HotspotPanoramaOverlayArea_EAE9DD91_EE68_6C30_41D0_10FCF733287F.toolTip = Recycling Companies in Khulna HotspotPanoramaOverlayArea_EB8B872D_EEA8_DC10_41E1_806E93C62C10.toolTip = Recycling Shop M/S. J.N. PET Flaks HotspotPanoramaOverlayArea_EB824506_EE98_5C10_41E1_B5CBE641090E.toolTip = Recycling Shops in Residential Areas HotspotPanoramaOverlayArea_EB5E2571_EFAB_DCF0_41E7_875E6E235409.toolTip = Recycling by Type and Recyclability HotspotPanoramaOverlayArea_2D72519B_282F_0661_41C3_22642399F643.toolTip = Roadside Dumping HotspotPanoramaOverlayArea_35358A5C_EE78_3430_41EA_58CD688179F1.toolTip = SCIP Plastics Project HotspotPanoramaOverlayArea_EEB00BB7_281B_19A1_41B9_3E1C3C7DB55C.toolTip = STS at Khulna Truck Terminal HotspotPanoramaOverlayArea_EB66981A_EF98_F430_41E1_5DFF3B000EAD.toolTip = Shredding & Washing HotspotPanoramaOverlayArea_10A0F0E1_158A_6430_4187_B5DC7CC8BD40.toolTip = Site Selection, Site Design & Site Closure HotspotPanoramaOverlayArea_EAEE4B0F_EE68_5410_41E3_43CBD02134EB.toolTip = Sorting by Type and Colour HotspotPanoramaOverlayArea_ED8AD768_EB90_A434_415F_59022CA58504.toolTip = Spinning HotspotPanoramaOverlayArea_10BADEF9_15FE_5C10_41AC_F11214032DD8.toolTip = Staff & Equipment HotspotPanoramaOverlayArea_EB76A7AA_EE78_DC10_41D6_54D984F33274.toolTip = Storage HotspotPanoramaOverlayArea_ED5CB0FC_E8B0_FC0C_41D9_66A84A3BFF32.toolTip = The Jute Production Process at Wave Jute Mills Ltd. HotspotPanoramaOverlayArea_2AD0A8A5_0A0D_A0B2_4165_627F6DCDDEAE.toolTip = The Local Private Plastic Recycling Sector HotspotPanoramaOverlayArea_10C877AC_159A_6C30_416B_F6C736D579C7.toolTip = Toilets & Washrooms HotspotPanoramaOverlayArea_07D5D563_0D99_ACDE_4193_A23040655B1D.toolTip = Tour Tutorial HotspotPanoramaOverlayArea_ED8EF360_EB90_7C34_41EB_A32C8D149E80.toolTip = Twisting HotspotPanoramaOverlayArea_0F18D8DF_0FA6_5267_4197_0B98BE92E762.toolTip = Waste Collection HotspotPanoramaOverlayArea_ABA0C85A_318C_E9E5_41C7_54F2E93A5ED5.toolTip = Waste Collection HotspotPanoramaOverlayArea_6271D847_6464_4CC8_41D3_D6B376CE7E1E.toolTip = Waste Collection HotspotPanoramaOverlayArea_EA89B0F8_EEA8_35F0_41BF_30B091AF374C.toolTip = Waste Collection HotspotPanoramaOverlayArea_E111A95A_281D_06E3_41C1_AC9B1FC89D8E.toolTip = Waste Collector / Waste Unloading HotspotPanoramaOverlayArea_EADA0939_EEAB_D470_41E9_EDA60D581EDD.toolTip = Waste Traders / Vangari Shops HotspotPanoramaOverlayArea_10EDB9FF_159A_E410_4161_4947AFA30600.toolTip = Water Management / Surface Run-off Management HotspotPanoramaOverlayArea_AA16BFE0_319C_A6A5_41C7_C9A1B69A178D.toolTip = Workstations HotspotPanoramaOverlayArea_34C933E1_EE68_F410_41A3_287BF6E73EDD.toolTip = “Guide to municipal plastic waste management \ in Bangladesh” ## Media ### Audio audiores_59706667_167A_86B8_41B5_02E273F32266.mp3Url = media/audio_15D60C43_1F89_BC70_41B1_5023A5B502B2_de.mp3 audiores_59438EC0_167A_87F8_41B1_71E68F611874.mp3Url = media/audio_15D68299_1FB6_A410_4199_5065AFD86907_de.mp3 audiores_5952B788_167A_8588_417A_CC0BA106A2F6.mp3Url = media/audio_15D70DAC_1FB7_BC30_4179_FC8A5D4C737F_de.mp3 audiores_59260E3D_167A_8688_41B3_F13C482717D3.mp3Url = media/audio_15D769CC_1FB6_6470_41AB_C19F71EF5A0D_de.mp3 audiores_593DB4E1_167A_FBB8_41AE_E64307E55507.mp3Url = media/audio_15DDBE7A_1FBA_DC10_41A6_8E9AC9D71EBA_de.mp3 audiores_5902E2E4_167A_9FB8_4177_7A0387EB0CA7.mp3Url = media/audio_15DE608F_1FB6_64F0_4196_5CA6FA3F63AD_de.mp3 audiores_1624AC71_1C8A_FC10_4198_317A11DAD2E2.mp3Url = media/audio_15E895CE_1F9A_AC70_41B2_FF664F87B4A0_de.mp3 audiores_1624F6A8_1C8A_6C30_41AC_705AD90FBBB6.mp3Url = media/audio_15E949F3_1F9B_A410_419A_9BE165088C61_de.mp3 audiores_59C018D7_167A_8B98_41B1_1B2179CF7AD4.mp3Url = media/audio_16239DEA_1C8E_DC30_418A_60B44541388E_de.mp3 audiores_59D0527C_167A_7E88_4183_7CCD9D2B0EF7.mp3Url = media/audio_1623F9A8_1C8E_6430_41A8_6B2E50475100_de.mp3 audiores_1626A475_1C96_EC10_41A1_78690070D4A7.mp3Url = media/audio_1625D20E_1C8A_A7F0_41A4_433C5B7D3A31_de.mp3 audiores_1626A475_1C96_EC10_41A1_78690070D4A7.mp3Url = media/audio_1625D20E_1C8A_A7F0_41A4_433C5B7D3A31_de.mp3 audiores_1626D910_1C96_A410_4192_7CA8DCD8E6A6.mp3Url = media/audio_16262CDD_1C89_FC13_41B1_653F01716B6E_de.mp3 audiores_1626D910_1C96_A410_4192_7CA8DCD8E6A6.mp3Url = media/audio_16262CDD_1C89_FC13_41B1_653F01716B6E_de.mp3 audiores_466A2251_167B_BE98_41B2_13F7EC978A66.mp3Url = media/audio_162BF7CE_1C9E_6C70_41B3_FB3609993B50_de.mp3 audiores_467E589F_167B_8B88_4195_12F49EC81D24.mp3Url = media/audio_162C56E9_1C99_AC30_4194_D5818745E137_de.mp3 audiores_16376FBA_1CF6_7C10_4192_8D925B5722C2.mp3Url = media/audio_162D47EE_1C9B_AC30_41AE_E3BD09AAE2B0_de.mp3 audiores_16376FBA_1CF6_7C10_4192_8D925B5722C2.mp3Url = media/audio_162D47EE_1C9B_AC30_41AE_E3BD09AAE2B0_de.mp3 audiores_1637A917_1CF6_E410_41B2_3F3F3EFF034E.mp3Url = media/audio_162DB4A7_1C9A_EC30_41B5_2BDD0E734376_de.mp3 audiores_1637A917_1CF6_E410_41B2_3F3F3EFF034E.mp3Url = media/audio_162DB4A7_1C9A_EC30_41B5_2BDD0E734376_de.mp3 audiores_462DAFBD_167B_8588_41AA_2FCA27654744.mp3Url = media/audio_162E55C5_1C99_AC70_41A3_59F9F2BEB672_de.mp3 audiores_4639192F_167B_8A88_4184_0BB48F3E05CF.mp3Url = media/audio_162EB5CF_1C96_EC70_41B1_EB383F4D84FF_de.mp3 audiores_1635113A_1C8B_A410_41A5_86244FBFD993.mp3Url = media/audio_1635113A_1C8B_A410_41A0_E21E1F827BF2_de.mp3 audiores_1635113A_1C8B_A410_41A5_86244FBFD993.mp3Url = media/audio_1635113A_1C8B_A410_41A0_E21E1F827BF2_de.mp3 audiores_163545C5_1C8B_AC70_41A0_8BD8EAEAFEE7.mp3Url = media/audio_163545C5_1C8B_AC70_41B3_C2C3752E2382_de.mp3 audiores_163545C5_1C8B_AC70_41A0_8BD8EAEAFEE7.mp3Url = media/audio_163545C5_1C8B_AC70_41B3_C2C3752E2382_de.mp3 audiores_46FE922C_167B_BE88_4197_46A37EA5C0C2.mp3Url = media/audio_163D8044_1CFA_A470_416B_920A059F3AAB_de.mp3 audiores_46C5FED0_167B_8798_4180_212D69BF1332.mp3Url = media/audio_163DE086_1CFA_64F0_4187_42D99DBE79E7_de.mp3 audiores_164EB4C8_1C96_EC70_418E_98E05BFCFF18.mp3Url = media/audio_163EC0B4_1CF6_A410_418E_BBF341F2C222_de.mp3 audiores_164EB4C8_1C96_EC70_418E_98E05BFCFF18.mp3Url = media/audio_163EC0B4_1CF6_A410_418E_BBF341F2C222_de.mp3 audiores_164F0103_1C97_A5F0_41B2_349D4E96B605.mp3Url = media/audio_163F2AB1_1CF7_E410_41B4_1BE13A9881A0_de.mp3 audiores_164F0103_1C97_A5F0_41B2_349D4E96B605.mp3Url = media/audio_163F2AB1_1CF7_E410_41B4_1BE13A9881A0_de.mp3 audiores_16412107_1C8B_E5F0_41B5_BD6C6B114795.mp3Url = media/audio_16412108_1C8B_E5F0_41B0_67C49F361E9E_de.mp3 audiores_164154D8_1C8B_AC10_41B0_7BFAC22C2AE8.mp3Url = media/audio_164154D8_1C8B_AC10_41AC_E73F4F1D306D_de.mp3 audiores_474C45A2_167A_85B8_417A_B6445C298B01.mp3Url = media/audio_164254FA_1C89_AC10_416E_5A24184B8F1E_de.mp3 audiores_47585EA8_167A_8788_41B1_C42BC545BF8E.mp3Url = media/audio_1642BC39_1C8E_DC10_41AD_4AF8B362D37A_de.mp3 audiores_164623B7_1C89_E410_41B0_D3135C8607A0.mp3Url = media/audio_16456D6D_1C8A_7C30_41B2_D33C16EDF519_de.mp3 audiores_164623B7_1C89_E410_41B0_D3135C8607A0.mp3Url = media/audio_16456D6D_1C8A_7C30_41B2_D33C16EDF519_de.mp3 audiores_16464E42_1C89_BC70_41B3_321722F9FA5B.mp3Url = media/audio_1645C797_1C8A_AC10_41AD_FB995E5E7F2D_de.mp3 audiores_16464E42_1C89_BC70_41B3_321722F9FA5B.mp3Url = media/audio_1645C797_1C8A_AC10_41AD_FB995E5E7F2D_de.mp3 audiores_4711DE9D_167A_8788_4176_BB90C5B4CE77.mp3Url = media/audio_1646FDF8_1C96_5C10_41A6_139EF5CE5498_de.mp3 audiores_47F78AC0_167A_8FF8_41B0_ADB69C47C055.mp3Url = media/audio_164755F2_1C97_AC10_41B3_D0B51FA043E2_de.mp3 audiores_47DCF6EE_167A_8788_41AA_F80D09DD0FBA.mp3Url = media/audio_1648886A_1C9A_A430_4193_B4629F1516B6_de.mp3 audiores_47A790E4_167A_9BB8_41AF_333F63A1EE73.mp3Url = media/audio_1648D415_1C9A_AC10_419B_38E3C187B965_de.mp3 audiores_164AC45A_1C9E_AC10_4181_E110086FA221.mp3Url = media/audio_164A1CCA_1C99_DC70_4190_184BCF909631_de.mp3 audiores_164AC45A_1C9E_AC10_4181_E110086FA221.mp3Url = media/audio_164A1CCA_1C99_DC70_4190_184BCF909631_de.mp3 audiores_164AF157_1C9E_6410_41A5_4C12D1780BD3.mp3Url = media/audio_164A5C8B_1C9E_5CF0_41B1_0D04AD80AD2E_de.mp3 audiores_164AF157_1C9E_6410_41A5_4C12D1780BD3.mp3Url = media/audio_164A5C8B_1C9E_5CF0_41B1_0D04AD80AD2E_de.mp3 audiores_444ABA8E_1679_8F88_41B5_D02DE8EA59A6.mp3Url = media/audio_164D2955_1C9B_E410_4198_8BD9818AE9FE_de.mp3 audiores_4453F519_1679_BA88_419D_3FBE32F8810E.mp3Url = media/audio_164D8DB8_1C9A_BC10_419D_D0B7431E55E1_de.mp3 audiores_D54DC023_07BB_645E_4159_1E92764B6F68.mp3Url = media/audio_629D4E12_64DC_4448_41BE_322382A30C7F_de.mp3 audiores_E3D824EC_E947_315D_41D5_490BEA05DB34.mp3Url = media/audio_629D6CD6_64DC_45C8_419E_C4D8C5846CAE_de.mp3 audiores_DAE5DC76_07BA_DCA6_4181_496B235F600A.mp3Url = media/audio_629E7069_64DC_5CD8_41B1_1C690DFA2275_de.mp3 audiores_DAE5DC76_07BA_DCA6_4181_496B235F600A.mp3Url = media/audio_629E7069_64DC_5CD8_41B1_1C690DFA2275_de.mp3 audiores_DAE5DC76_07BA_DCA6_4181_496B235F600A.mp3Url = media/audio_629E7069_64DC_5CD8_41B1_1C690DFA2275_de.mp3 audiores_DAFD57FB_07BA_EBAE_4170_6941102B5A62.mp3Url = media/audio_629EBBAC_64DC_CC58_419A_08E3719D59FA_de.mp3 audiores_DAFD57FB_07BA_EBAE_4170_6941102B5A62.mp3Url = media/audio_629EBBAC_64DC_CC58_419A_08E3719D59FA_de.mp3 audiores_DAFD57FB_07BA_EBAE_4170_6941102B5A62.mp3Url = media/audio_629EBBAC_64DC_CC58_419A_08E3719D59FA_de.mp3 audiores_DAD69280_07BA_E45A_4178_2A3180A69C30.mp3Url = media/audio_7C547D31_7D5B_16E2_41DE_15AA0A70BA06_de.mp3 audiores_DA2ACFCD_07BA_DBEA_416B_8CF8182BB0D2.mp3Url = media/audio_7C54A84D_7D5B_3EA2_41DE_4A76AC62E6AA_de.mp3 audiores_DD245F9A_078B_5C6E_4180_1EF8D0D67D83.mp3Url = media/audio_85476E94_0789_DC7A_4114_96F2E0AD3200_de.mp3 audiores_DDB7F677_078B_ECA6_4142_BF4D82F80733.mp3Url = media/audio_857916F3_078E_ADBE_4166_7FD781C5BE68_de.mp3 audiores_DC413E20_078B_BC5A_417E_4A227FF84BB4.mp3Url = media/audio_85E6E7EB_0789_ABAE_417C_CB809FCF3BFE_de.mp3 audiores_DDC63F36_078B_BCA6_4168_68581B5FE9C7.mp3Url = media/audio_88EA2C65_078E_BCDA_4179_3431763ACD6E_de.mp3 audiores_DD112735_078B_6CBA_417D_E4C41110FB08.mp3Url = media/audio_8A453B81_0789_645A_4184_680E1FF1D9EE_de.mp3 audiores_DC37A711_078B_6C7A_417B_7682394923B7.mp3Url = media/audio_8AF3641C_078B_AC6A_415C_11824348CB1A_de.mp3 audiores_DC6FFB19_078B_646A_417F_D9E037CE00DA.mp3Url = media/audio_8B508905_078A_E45A_4156_063D28BACD88_de.mp3 audiores_DDE77E91_078B_DC7A_417E_932FD9A26BEC.mp3Url = media/audio_8BF145F3_078F_AFBE_4170_CB5F84FB4949_de.mp3 audiores_DD408F10_078A_BC7A_4179_8E92A18E0D88.mp3Url = media/audio_A04DF35F_0796_E4E6_417B_F428DE687CCE_de.mp3 audiores_E2657522_0789_AC5E_4176_5E1C7EDC3E56.mp3Url = media/audio_A13B76D6_079A_ADE6_4184_94AEA7FE1B76_de.mp3 audiores_E2A51169_078A_E4AA_4179_7BEB49C3084D.mp3Url = media/audio_A1488BC7_0797_BBE6_4184_123639A1080E_de.mp3 audiores_E25E987A_0789_A4AE_4182_AC6811018AB9.mp3Url = media/audio_A16B8ED9_0799_5DEA_417C_394506F4BD6A_de.mp3 audiores_E2DFE621_078A_AC5A_4174_A28AA767C0A4.mp3Url = media/audio_A1C72301_079E_E45A_4177_2FA9C8D9FE0A_de.mp3 audiores_E2F934B1_078A_ADBA_4182_3B70AD3F746A.mp3Url = media/audio_A1D53525_079B_6C5A_4162_D551531BE9BB_de.mp3 audiores_E2E9CC2E_078A_DCA6_4180_A9020D5FCF6C.mp3Url = media/audio_A4AE3971_0796_A4BA_417F_4AEAC247069C_de.mp3 audiores_E32557C8_0789_6BEA_4171_3D2CDB9BBF7D.mp3Url = media/audio_A4F2B79A_078E_EC6E_4172_73972711EFA1_de.mp3 audiores_E30BA056_0789_64E6_4168_FE55A617A6D4.mp3Url = media/audio_A56FA52F_078E_ECA6_40C3_008E5B484E00_de.mp3 audiores_E3AF60DF_0789_E5E6_4161_12BFC84E0BE6.mp3Url = media/audio_A65249EC_0799_67AA_4182_E056CA4FDB99_de.mp3 audiores_E226A279_0789_64AA_417E_ACE57BD5A69E.mp3Url = media/audio_A692C559_079F_6CEA_4183_4C0C9F46D2BD_de.mp3 audiores_E2C8ED67_078A_BCA6_4167_BA75F8718B30.mp3Url = media/audio_A6A4FE55_079A_FCFA_4159_92BE8582A3A6_de.mp3 audiores_E3BE1930_0789_E4BA_4130_5E926772D540.mp3Url = media/audio_A6C88939_0797_A4AA_417C_3A4BE809B05B_de.mp3 audiores_E249BF08_0789_BC6A_4178_4B2EF86E9163.mp3Url = media/audio_A6E10CB6_079B_DDA6_4154_CCDB1C8E85A9_de.mp3 audiores_E3D57F62_0789_5CDE_4175_D8811A22C087.mp3Url = media/audio_A73A5105_0789_A45A_4170_2B83F170B0F0_de.mp3 audiores_E38C4273_0789_E4BE_417E_9E67E9CD1C42.mp3Url = media/audio_A7BD5738_0796_ACAA_4184_0AC4D3C6B40C_de.mp3 audiores_E29823C7_078A_EBE6_4175_2000AA9AC487.mp3Url = media/audio_A7D0ADEA_0796_BFAE_4180_30DCDD23896B_de.mp3 audiores_DFF1C033_0789_A4BE_4178_810863C5C517.mp3Url = media/audio_A801CF6D_FE96_BCAA_41B5_748CF43E089F_de.mp3 audiores_DFC37A31_0789_A4BA_4183_3C735EB227A9.mp3Url = media/audio_A966EE07_FE97_FC66_41CB_7A44DD2BB589_de.mp3 audiores_E31E8BC5_0789_5BDA_416C_2E7C044B5274.mp3Url = media/audio_AA29E61D_0789_AC6A_416B_8A502C647E67_de.mp3 audiores_DC204D78_078B_5CAA_4181_49FF0B935BB0.mp3Url = media/audio_AC04E068_FE8B_E4AA_41C8_B9F604D95F11_de.mp3 audiores_DF73E31B_078A_A46E_4151_9662EB042493.mp3Url = media/audio_AE218136_FE9F_A4A6_41DA_A7A125FBE82A_de.mp3 audiores_DCF880FB_078A_A5AE_4172_4BFD6C984D3C.mp3Url = media/audio_AEAE9B7B_FE96_E4AE_41B4_27C6A251921D_de.mp3 audiores_DC9B1FC8_078A_FBEA_4178_EADE6643ED75.mp3Url = media/audio_AEEB5060_FE96_E4DA_41EE_AAE65E93A4EA_de.mp3 audiores_DCDDC3FE_078A_ABA6_4177_870983D7180C.mp3Url = media/audio_AF1623CF_FE8A_EBE6_41DB_812BAE31C9D6_de.mp3 audiores_DCCE9A72_078A_A4BE_4166_3549E5577296.mp3Url = media/audio_AF88869B_FE89_AC6E_41E5_1E176F878B63_de.mp3 audiores_DCEBF84D_078A_E4EA_4121_12B88D3D7598.mp3Url = media/audio_AFCACD21_FE97_BC5A_41CC_B69BE5C16B3A_de.mp3 audiores_DFD7640F_0789_AC66_417E_614AC4A8FF31.mp3Url = media/audio_B17D3284_FE9B_A45A_41E6_53210DDC55AB_de.mp3 audiores_DF273CD9_0789_5DEA_4148_B0354C5F4BC4.mp3Url = media/audio_B1B90E8C_FE9A_BC6A_41DE_C2BA85F3AAB6_de.mp3 audiores_DF6FE90F_0789_6466_417C_C5E99E80CE4F.mp3Url = media/audio_B1E3EB06_FE9F_A466_41A1_B22E652D1352_de.mp3 audiores_DE49F1FB_0789_A7AE_417F_D0DECDDDB46C.mp3Url = media/audio_BFB4B3C3_FE89_ABDE_41D0_AFFAC0669C20_de.mp3 audiores_DE5A9C24_0789_BC5A_417D_7869B33F3D8A.mp3Url = media/audio_CA32B1DC_FE89_A7EB_41D1_01F9C1ADCE75_de.mp3 audiores_ACBEB8D1_FE8F_65FA_41E7_5C5E6E074D73.mp3Url = media/audio_CAF3D197_FE8F_A466_41D1_B882EDBDE59B_de.mp3 audiores_ACBEB8D1_FE8F_65FA_41E7_5C5E6E074D73.mp3Url = media/audio_CAF3D197_FE8F_A466_41D1_B882EDBDE59B_de.mp3 audiores_AA0F6AC3_FE8E_A5DE_41DD_8E599FF63C78.mp3Url = media/audio_CBCA1606_FE8E_AC66_41ED_903FEBCB9719_de.mp3 audiores_AA0F6AC3_FE8E_A5DE_41DD_8E599FF63C78.mp3Url = media/audio_CBCA1606_FE8E_AC66_41ED_903FEBCB9719_de.mp3 audiores_D5056BE1_07BB_BBDA_4170_7EFAD4D61080.mp3Url = media/audio_E3D28FDA_E94B_0F45_41CC_84E780E96050_de.mp3 audiores_D5056BE1_07BB_BBDA_4170_7EFAD4D61080.mp3Url = media/audio_E3D28FDA_E94B_0F45_41CC_84E780E96050_de.mp3 audiores_D51CD615_07BB_AC7A_4155_A43179078916.mp3Url = media/audio_E3D2DF31_E94B_10C7_41E8_50E380B97797_de.mp3 audiores_D51CD615_07BB_AC7A_4155_A43179078916.mp3Url = media/audio_E3D2DF31_E94B_10C7_41E8_50E380B97797_de.mp3 audiores_E4200EE6_EEC6_F14D_41E2_1344C333D871.mp3Url = media/audio_E41F3463_EEF9_114B_41E5_FE182514AD96_de.mp3 audiores_E4200EE6_EEC6_F14D_41E2_1344C333D871.mp3Url = media/audio_E41F3463_EEF9_114B_41E5_FE182514AD96_de.mp3 audiores_E41FE1B4_EEF9_33CD_418B_173320AC54FE.mp3Url = media/audio_E41F7ED8_EEF9_1145_41BA_6020DE424176_de.mp3 audiores_E41FE1B4_EEF9_33CD_418B_173320AC54FE.mp3Url = media/audio_E41F7ED8_EEF9_1145_41BA_6020DE424176_de.mp3 audiores_DBAA2E2F_07B9_5CA6_4183_6FA7B8CD7F58.mp3Url = media/audio_E420AB0C_EEC7_30DD_41E6_7086F4882C60_de.mp3 audiores_DB84CA29_07B9_A4AA_4177_19E7D5CD6D51.mp3Url = media/audio_E4215DB1_EEC9_13C7_41D1_D197B9F24492_de.mp3 audiores_E4249C14_EECF_10CD_41DD_C7E2630C0A5A.mp3Url = media/audio_E4223BF8_EECB_1745_41E8_3738111A97EB_de.mp3 audiores_E4249C14_EECF_10CD_41DD_C7E2630C0A5A.mp3Url = media/audio_E4223BF8_EECB_1745_41E8_3738111A97EB_de.mp3 audiores_E425229C_EEC9_31FD_41E6_BF5DF3E72675.mp3Url = media/audio_E423811F_EEC9_F0FB_41E4_F9DFD10AE77D_de.mp3 audiores_E425229C_EEC9_31FD_41E6_BF5DF3E72675.mp3Url = media/audio_E423811F_EEC9_F0FB_41E4_F9DFD10AE77D_de.mp3 audiores_DBC67AE9_07B9_E5AA_417F_D533CB0C6293.mp3Url = media/audio_E423E4CA_EEC9_3145_41CE_963A1B70DCD8_de.mp3 audiores_DBD1C604_07B9_EC5A_4150_FBF8D90ADB7C.mp3Url = media/audio_E424417D_EECF_733F_41DB_E8563DBF5A9C_de.mp3 audiores_DB321850_07B9_A4FA_4183_C91B5D26AC47.mp3Url = media/audio_E42ECC8B_EEDB_71DB_41DE_1CFA799F8128_de.mp3 audiores_DB0C742E_07B9_ACA6_4183_C520F47725D8.mp3Url = media/audio_E42F2871_EED9_3147_41C3_F47D9DFDFE3F_de.mp3 audiores_DB476FFB_07B9_7BAE_4149_A6AF70EADB01.mp3Url = media/audio_E43898E1_EEC7_1147_41E1_0F5AB6CF6BA8_de.mp3 audiores_DB5738C6_07B9_65E6_416C_F95A2139FA58.mp3Url = media/audio_E4390D69_EEC6_F347_41E8_D2DCE7C4EB1B_de.mp3 audiores_D8A98105_07B6_A45A_4170_2427607E31D8.mp3Url = media/audio_E44031DA_EF47_1345_41E4_46454876767B_de.mp3 audiores_D8B04CBC_07B6_BDAA_4165_0E50AC7425FF.mp3Url = media/audio_E4408008_EF47_F0C5_41C2_20C923FF2424_de.mp3 audiores_D898E94D_07B6_A4EA_4175_4A3C27BBB657.mp3Url = media/audio_E44158B6_EF49_11CD_41E6_20909D627E44_de.mp3 audiores_E47EE2E2_EF3B_3145_41C3_682F09F985DA.mp3Url = media/audio_E4426649_EF4B_3147_41EC_33FDFE7380AF_de.mp3 audiores_E47E6B6F_EF3B_375B_41DF_D42B7419012D.mp3Url = media/audio_E479F3A5_EF39_17CF_41E9_05523BD721D9_de.mp3 audiores_D82229A4_07B6_A45A_4180_9F20D8E2668B.mp3Url = media/audio_E47A8076_EF3B_F14A_41BB_197DE9223ABE_de.mp3 audiores_D80E9956_07B6_A4E6_4176_8567B6F893EE.mp3Url = media/audio_E47B29AC_EF39_33DD_41EB_CF59CE808641_de.mp3 audiores_D815B58F_07B7_6C66_417C_B6EB1ED7C396.mp3Url = media/audio_E47C141E_EF3F_10FD_41E8_162E1EA54357_de.mp3 audiores_D871D479_07B7_6CAA_415F_8C32BB2DCE70.mp3Url = media/audio_E47CB4DC_EF3F_117D_41D1_BFD68D3B716A_de.mp3 audiores_D846AFAE_07B7_5BA6_416A_F7660172B8D6.mp3Url = media/audio_E47D85F7_EF39_F34B_41EA_773271B76F88_de.mp3 audiores_D9A0CC20_07B7_BC5A_416B_166225E63C00.mp3Url = media/audio_E47F62FE_EF39_313D_41E7_9865674616F2_de.mp3 audiores_D9B2858A_07B7_AC6E_4183_051108DCD2C2.mp3Url = media/audio_E47FD06D_EF39_115F_41E1_E37893474C28_de.mp3 audiores_D982BDF3_07B7_DFBE_4161_3DDCF585BC7A.mp3Url = media/audio_E48400A5_EFCE_F1CF_41C3_CDF7E7524AEA_de.mp3 audiores_D982BDF3_07B7_DFBE_4161_3DDCF585BC7A.mp3Url = media/audio_E48400A5_EFCE_F1CF_41C3_CDF7E7524AEA_de.mp3 audiores_D992A646_07B7_ECE6_4166_C4BB235240A8.mp3Url = media/audio_E4849437_EFCF_10CB_41D1_6CA207512C82_de.mp3 audiores_D992A646_07B7_ECE6_4166_C4BB235240A8.mp3Url = media/audio_E4849437_EFCF_10CB_41D1_6CA207512C82_de.mp3 audiores_D9E24ED9_07B7_FDEA_4172_4151C1FD5BA0.mp3Url = media/audio_E4852D5B_EFC9_337B_41E6_FD847AAE3DD2_de.mp3 audiores_D9CB5C93_07B7_DC7E_4164_D62848419AB2.mp3Url = media/audio_E485834B_EFC9_F75B_41E5_F350C3FC44CA_de.mp3 audiores_E48B25E1_EFD9_3347_41BE_D46F9651B02E.mp3Url = media/audio_E4860411_EFCA_F0C7_41E0_27A6D206CBC4_de.mp3 audiores_E48B25E1_EFD9_3347_41BE_D46F9651B02E.mp3Url = media/audio_E4860411_EFCA_F0C7_41E0_27A6D206CBC4_de.mp3 audiores_E48B25E1_EFD9_3347_41BE_D46F9651B02E.mp3Url = media/audio_E4860411_EFCA_F0C7_41E0_27A6D206CBC4_de.mp3 audiores_E48B25E1_EFD9_3347_41BE_D46F9651B02E.mp3Url = media/audio_E4860411_EFCA_F0C7_41E0_27A6D206CBC4_de.mp3 audiores_E48B25E1_EFD9_3347_41BE_D46F9651B02E.mp3Url = media/audio_E4860411_EFCA_F0C7_41E0_27A6D206CBC4_de.mp3 audiores_E48B25E1_EFD9_3347_41BE_D46F9651B02E.mp3Url = media/audio_E4860411_EFCA_F0C7_41E0_27A6D206CBC4_de.mp3 audiores_E48B25E1_EFD9_3347_41BE_D46F9651B02E.mp3Url = media/audio_E4860411_EFCA_F0C7_41E0_27A6D206CBC4_de.mp3 audiores_E48B6602_EFD9_30C5_41C6_1A29C1141D61.mp3Url = media/audio_E4865AE8_EFCB_1145_41DA_C33C3E2B8FC1_de.mp3 audiores_E48B6602_EFD9_30C5_41C6_1A29C1141D61.mp3Url = media/audio_E4865AE8_EFCB_1145_41DA_C33C3E2B8FC1_de.mp3 audiores_E48B6602_EFD9_30C5_41C6_1A29C1141D61.mp3Url = media/audio_E4865AE8_EFCB_1145_41DA_C33C3E2B8FC1_de.mp3 audiores_E48B6602_EFD9_30C5_41C6_1A29C1141D61.mp3Url = media/audio_E4865AE8_EFCB_1145_41DA_C33C3E2B8FC1_de.mp3 audiores_E48B6602_EFD9_30C5_41C6_1A29C1141D61.mp3Url = media/audio_E4865AE8_EFCB_1145_41DA_C33C3E2B8FC1_de.mp3 audiores_E48B6602_EFD9_30C5_41C6_1A29C1141D61.mp3Url = media/audio_E4865AE8_EFCB_1145_41DA_C33C3E2B8FC1_de.mp3 audiores_E48B6602_EFD9_30C5_41C6_1A29C1141D61.mp3Url = media/audio_E4865AE8_EFCB_1145_41DA_C33C3E2B8FC1_de.mp3 audiores_E4880955_EFC6_F34F_41B1_6C1BA71C487F.mp3Url = media/audio_E48738B7_EFC9_11CB_41E1_6CCC456C983A_de.mp3 audiores_E4880955_EFC6_F34F_41B1_6C1BA71C487F.mp3Url = media/audio_E48738B7_EFC9_11CB_41E1_6CCC456C983A_de.mp3 audiores_E48842B4_EFC7_71CD_41D3_6EE2B4BE9F66.mp3Url = media/audio_E48782EF_EFC9_F15B_41EA_5090E22EF020_de.mp3 audiores_E48842B4_EFC7_71CD_41D3_6EE2B4BE9F66.mp3Url = media/audio_E48782EF_EFC9_F15B_41EA_5090E22EF020_de.mp3 audiores_D97B3811_07B7_647A_4141_8983392B967D.mp3Url = media/audio_E488A36A_EFC7_3745_41E2_EB5667BAC847_de.mp3 audiores_D94C7152_07B6_A4FE_417D_860936BFB583.mp3Url = media/audio_E488FA0F_EFC7_10DB_41B9_91B361EBE3B1_de.mp3 audiores_D9500ADE_07B6_A5E6_4165_A70A9270AAF9.mp3Url = media/audio_E4896838_EFD9_30C5_41D0_705E1A7F2DE7_de.mp3 audiores_DEA224AE_07B6_ADA6_4137_ACFA43CD67A0.mp3Url = media/audio_E489E001_EFD9_30C7_41DE_CA1D3D44299D_de.mp3 audiores_DEB79EDD_07B6_DDEA_4177_86DA9B0AB021.mp3Url = media/audio_E48A464A_EFDB_7145_41BA_4A1ADBF6B4E9_de.mp3 audiores_DE98D8E0_07B6_E5DA_4162_D1392616C838.mp3Url = media/audio_E48AACB7_EFDB_31CB_41E4_2FDD87611B9E_de.mp3 audiores_DEEE5329_07B6_E4AA_416E_6967881367A3.mp3Url = media/audio_E48BCE05_EFD9_70CE_41EC_8811513E3E9D_de.mp3 audiores_DEF01CEE_07B6_DDA6_4170_5ACB82C6C53C.mp3Url = media/audio_E48C2778_EFDF_3F45_41EA_1E8DF12597B6_de.mp3 audiores_DEC536AB_07B6_ADAE_4183_16A0910D40C2.mp3Url = media/audio_E48D0440_EFDE_F145_41E1_3AA100550A7C_de.mp3 audiores_DED74FBE_07B6_BBA6_417B_B33EE8225A0B.mp3Url = media/audio_E48D5911_EFD9_10C7_41D9_69A452444517_de.mp3 audiores_DE39B910_07B6_A47A_4177_8CEC09B8A244.mp3Url = media/audio_E48DE8F9_EFD9_3147_4191_8142AED82922_de.mp3 audiores_DE0A0330_0789_64BA_4184_8C83BD5668D4.mp3Url = media/audio_E48E49C2_EFDB_7345_41D1_F150570CBEB7_de.mp3 audiores_DE1EAD74_0789_7CBA_4183_004955116DF8.mp3Url = media/audio_E493358F_EFC9_13DB_41D9_19E657C0BFE6_de.mp3 audiores_DE6297B1_0789_6BBA_4176_A6DAA272349B.mp3Url = media/audio_E493B880_EFC9_11C5_41E8_1F5F979D538E_de.mp3 ### Audio Subtitles ### Floorplan ### Image imlevel_5DC6B66E_70B5_AE13_41D1_22EDC83B3243.url = media/map_58181C35_5DC4_066C_41C5_ADB7995D7FA0_de_0.jpg imlevel_5DC6966E_70B5_AE13_41D7_5B73AA73EF85.url = media/map_58181C35_5DC4_066C_41C5_ADB7995D7FA0_de_1.jpg imlevel_5DC6866E_70B5_AE13_419D_06082927FB8B.url = media/map_58181C35_5DC4_066C_41C5_ADB7995D7FA0_de_2.jpg imlevel_5DC6666E_70B5_AE13_41B8_9D0D878C6243.url = media/map_58181C35_5DC4_066C_41C5_ADB7995D7FA0_de_3.jpg imlevel_5DC6366E_70B5_AE13_41C3_0F764A242642.url = media/map_58181C35_5DC4_066C_41C5_ADB7995D7FA0_de_4.jpg imlevel_5DC40642_70B5_AE13_41AE_73D21ABBCEE1.url = media/map_A4B98105_A1C8_4934_41BE_C37C7EE937C5_de_0.jpg imlevel_5DC5F642_70B5_AE13_41A2_560147A5F95F.url = media/map_A4B98105_A1C8_4934_41BE_C37C7EE937C5_de_1.jpg imlevel_5DC5E642_70B5_AE13_41CD_6BD1A3ACC7E5.url = media/map_A4B98105_A1C8_4934_41BE_C37C7EE937C5_de_2.jpg imlevel_5DC5D642_70B5_AE13_41BA_A6B4667F630B.url = media/map_A4B98105_A1C8_4934_41BE_C37C7EE937C5_de_3.jpg imlevel_5DC5A643_70B5_AE11_41CA_1A77181E330E.url = media/map_A4B98105_A1C8_4934_41BE_C37C7EE937C5_de_4.jpg imlevel_5DFEB720_70B5_AE0F_41CE_FA81C03BA261.url = media/map_AC97D829_5DA4_4C58_41C6_C27C3B0B3E3F_de_0.jpg imlevel_5DFE9720_70B5_AE0F_41C8_308147247CA8.url = media/map_AC97D829_5DA4_4C58_41C6_C27C3B0B3E3F_de_1.jpg imlevel_5DFE8720_70B5_AE0F_41AE_4EA233078728.url = media/map_AC97D829_5DA4_4C58_41C6_C27C3B0B3E3F_de_2.jpg imlevel_5DFE4720_70B5_AE0F_41C1_E4A19C0A1E5C.url = media/map_AC97D829_5DA4_4C58_41C6_C27C3B0B3E3F_de_3.jpg imlevel_5DFE1720_70B5_AE0F_41D5_EE71CE15E72B.url = media/map_AC97D829_5DA4_4C58_41C6_C27C3B0B3E3F_de_4.jpg imlevel_5DF986B8_70B5_AE7F_41A8_7E1A285C90B4.url = media/map_C55E7D6A_733F_89F7_41D7_8F6EA046AF1F_de_0.jpg imlevel_5DF956B8_70B5_AE7F_41D5_6321E64383AD.url = media/map_C55E7D6A_733F_89F7_41D7_8F6EA046AF1F_de_1.jpg imlevel_5DF946B9_70B5_AE71_41DB_8CC04FDA1DC4.url = media/map_C55E7D6A_733F_89F7_41D7_8F6EA046AF1F_de_2.jpg imlevel_5DF916B9_70B5_AE71_41D4_F48AFF9DA055.url = media/map_C55E7D6A_733F_89F7_41D7_8F6EA046AF1F_de_3.jpg imlevel_5DF906B9_70B5_AE71_41C0_5DBEF0C7F35D.url = media/map_C55E7D6A_733F_89F7_41D7_8F6EA046AF1F_de_4.jpg imlevel_5DF8F697_70B5_AE31_41C6_6AB0310A2622.url = media/map_CF8F141E_733F_FF4F_41C1_A2AA3F7131F7_de_0.jpg imlevel_5DF8D697_70B5_AE31_41D9_5358EB219DB5.url = media/map_CF8F141E_733F_FF4F_41C1_A2AA3F7131F7_de_1.jpg imlevel_5DF8C697_70B5_AE31_41CE_B49C316B211A.url = media/map_CF8F141E_733F_FF4F_41C1_A2AA3F7131F7_de_2.jpg imlevel_5DF89697_70B5_AE31_4195_E5546403F7F6.url = media/map_CF8F141E_733F_FF4F_41C1_A2AA3F7131F7_de_3.jpg imlevel_5DF88697_70B5_AE31_414C_5D912EDA4E26.url = media/map_CF8F141E_733F_FF4F_41C1_A2AA3F7131F7_de_4.jpg imlevel_5DFC06F8_70B5_AFFF_4159_DDD34EE7FDC0.url = media/map_DF021FD7_DACB_0F4B_4174_768AEF7CD54C_de_0.jpg imlevel_5DFDE6F8_70B5_AFFF_41C2_824694B4AA6E.url = media/map_DF021FD7_DACB_0F4B_4174_768AEF7CD54C_de_1.jpg imlevel_5DFDD6F8_70B5_AFFF_41C6_3A338647F223.url = media/map_DF021FD7_DACB_0F4B_4174_768AEF7CD54C_de_2.jpg imlevel_5DFDB6F8_70B5_AFFF_41CE_40A45ECFADAE.url = media/map_DF021FD7_DACB_0F4B_4174_768AEF7CD54C_de_3.jpg imlevel_5DFDA6F9_70B5_AFF1_41D1_1F73F7CBFF10.url = media/map_DF021FD7_DACB_0F4B_4174_768AEF7CD54C_de_4.jpg imlevel_5DFBD6D8_70B5_AE3F_41D8_4E1FA85421D7.url = media/map_DF02D37C_DACB_173D_41EA_107A9E0321C6_de_0.jpg imlevel_5DFBA6D8_70B5_AE3F_41B8_8FC55083ABE6.url = media/map_DF02D37C_DACB_173D_41EA_107A9E0321C6_de_1.jpg imlevel_5DFB96D8_70B5_AE3F_41B3_AD8863AE4D9E.url = media/map_DF02D37C_DACB_173D_41EA_107A9E0321C6_de_2.jpg imlevel_5DFB76D8_70B5_AE3F_41D0_9E8512AA1F08.url = media/map_DF02D37C_DACB_173D_41EA_107A9E0321C6_de_3.jpg imlevel_5DFB56D8_70B5_AE3F_41D3_BB2555360645.url = media/map_DF02D37C_DACB_173D_41EA_107A9E0321C6_de_4.jpg ### Titel photo_41E1015B_0A05_A196_4197_13A4B451FDCE.label = 00_RSII_12__©_Florian Wehking photo_41E1015B_0A05_A196_4197_13A4B451FDCE.label = 00_RSII_12__©_Florian Wehking panorama_6226A673_67EC_C4CF_4174_CAE232B74B04.label = 01 – Project Partners album_7932F467_2262_D19F_41AF_213A5350C4E8_0.label = 01_03-1_DJI_0391_©_Florian Wehking album_595B0ABB_2266_D6F7_41B8_AA2BBB2A7A55_0.label = 01_03-2_IMG_4300_©_Florian Wehking album_5E29B9B4_2262_32F1_41C1_2422E5AA6EAF_0.label = 01_09_IMG_4314_©_Florian Wehking album_5F60EF9A_2262_4EB1_4185_46A776D90B07_0.label = 01_12-1_IMG_4326_©_Florian Wehking album_5E3D7FEA_2261_CE91_41BC_ADFEFB9E7A40_0.label = 01_15_IMG_4322_©_Florian Wehking album_5E0C4ECD_225E_4E93_41C2_CA22CCD9AE4B_0.label = 01_18_IMG_4331_©_Florian Wehking album_0855E6E2_0299_6DDE_4191_A44E72F24DA6_0.label = 01_Anleitung Nutzung 360°-Rundgänge_SCIP Plastics_EN_Oswald_neu album_0855E6E2_0299_6DDE_4191_A44E72F24DA6_9.label = 01_Anleitung Nutzung 360°-Rundgänge_SCIP Plastics_EN_Oswald_neu10 album_0855E6E2_0299_6DDE_4191_A44E72F24DA6_1.label = 01_Anleitung Nutzung 360°-Rundgänge_SCIP Plastics_EN_Oswald_neu2 album_0855E6E2_0299_6DDE_4191_A44E72F24DA6_2.label = 01_Anleitung Nutzung 360°-Rundgänge_SCIP Plastics_EN_Oswald_neu3 album_0855E6E2_0299_6DDE_4191_A44E72F24DA6_3.label = 01_Anleitung Nutzung 360°-Rundgänge_SCIP Plastics_EN_Oswald_neu4 album_0855E6E2_0299_6DDE_4191_A44E72F24DA6_4.label = 01_Anleitung Nutzung 360°-Rundgänge_SCIP Plastics_EN_Oswald_neu5 album_0855E6E2_0299_6DDE_4191_A44E72F24DA6_5.label = 01_Anleitung Nutzung 360°-Rundgänge_SCIP Plastics_EN_Oswald_neu6 album_0855E6E2_0299_6DDE_4191_A44E72F24DA6_6.label = 01_Anleitung Nutzung 360°-Rundgänge_SCIP Plastics_EN_Oswald_neu7 album_0855E6E2_0299_6DDE_4191_A44E72F24DA6_7.label = 01_Anleitung Nutzung 360°-Rundgänge_SCIP Plastics_EN_Oswald_neu8 album_0855E6E2_0299_6DDE_4191_A44E72F24DA6_8.label = 01_Anleitung Nutzung 360°-Rundgänge_SCIP Plastics_EN_Oswald_neu9 album_7AC59C6C_2266_3191_41BA_B2160F4BD200_0.label = 01_IMG_1197_©_Florian Wehking album_C994BA33_CC06_5AB4_41DD_25237B8451DC_0.label = 01_IMG_3628 album_2776A54C_22A2_7391_41B9_3BE2CECCF9F0_0.label = 01_KCC_03-1_IMG_1238_©_Florian Wehking album_27776C96_22A2_F2B1_419E_488264A2DD6D_0.label = 01_KCC_03-2_IMG_1276_©_Florian Wehking album_277B9219_22A2_51B3_41BB_933F72DFBF57_0.label = 01_KCC_04_IMG_4336_©_Florian Wehking album_277E2038_22A2_71F1_4194_F6BA3C55477A_0.label = 01_KCC_05_IMG_4559 album_278D340B_2266_5197_41BD_C9294DD221BB_0.label = 01_LF_04_IMG_4936_©_Florian Wehking video_278DC83A_2266_31F1_41B2_A9D5B0355E76.label = 01_LF_05_Landfill_Birds album_27904BD2_227E_36B1_4194_09460804AC1B_0.label = 01_LF_07_IMG_4948_©_Florian Wehking video_278E3595_2262_52B3_41C0_7E3986F761C6.label = 01_LF_08_Landfill_Fire_03 video_278EA2DB_2262_76B7_41A0_CA69FF51FAC2.label = 01_LF_09_Landfill_Wastepicker video_278F9C8F_2262_52AF_418A_05D7594816F8.label = 01_LF_12_Landfill_Fire_01 album_4DFB1917_E791_EC1C_41B8_F1D10F44BFEF_0.label = 01_Logo album_2B93BA4E_2262_5191_41B2_000D237D4EFD_0.label = 01_RE_01__IMG_5281_©_Florian Wehking album_2BAA207E_21A2_7271_41BC_091F0226DC7B_0.label = 01_RSII_03__IMG_5485_©_Florian Wehking album_2BAADCA1_21A3_D293_41BD_F893CFCDC664_0.label = 01_RSII_04__IMG_5489_©_Florian Wehking album_2BAB9C46_21A2_5191_41A8_B1C00F615997_0.label = 01_RSII_05__IMG_5513_©_Florian Wehking album_2BACB77E_21A6_5E71_41C2_F4D16F893CAE_0.label = 01_RSII_06__IMG_5494_©_Florian Wehking album_2BAF20BB_21A2_72F7_41C2_ED67A889F637_0.label = 01_RSII_09__IMG_5478_©_Florian Wehking photo_43D65E43_0A05_A3F6_41A0_B242994EF466.label = 01_RSII_12__IMG_5326_©_Florian Wehking photo_43D65E43_0A05_A3F6_41A0_B242994EF466.label = 01_RSII_12__IMG_5326_©_Florian Wehking album_2BA8B558_21AE_53B1_41BF_BE2032D22F58_0.label = 01_RSII_Start_01__DJI_0573_©_Florian Wehking video_2BA94589_21AE_3293_41BF_059EC63E5E1A.label = 01_RSII_Start_02__RSII_Start album_2B946E51_2266_F1B3_41BA_45FF8C5F378E_0.label = 01_RSI_01__IMG_5300_©_Florian Wehking album_2B95249A_2266_72B1_41B0_5A97462DC2EC_0.label = 01_RSI_03__IMG_5302_©_Florian Wehking album_2B95BAD8_2266_56B1_41A1_CAF857964840_0.label = 01_RSI_07__IMG_4778_©_Florian Wehking album_2D7B32E5_281D_0BA1_41B3_AE5F79C4D8C5_0.label = 01_STSIII_01_20221213_Khalispur_Tariqul Islam album_27AB63A2_21A2_F691_41C2_DFC3242BD313_0.label = 01_STSIII_02__IMG_5252_©_Florian Wehking album_27A84C5B_21AE_31B7_41BC_C3B2092862F9_0.label = 01_STSII_02-1__IMG_5216_©_Florian Wehking video_27A8B530_21AE_53F1_4196_877736E9FC40.label = 01_STSII_02-2__STSII_Wastepicker album_27AA2B40_21A2_7791_41B0_14C3893D9D24_0.label = 01_STSII_03-1__IMG_5225_©_Florian Wehking video_27A94C0F_21AE_31AF_41BB_120AE38A4D7B.label = 01_STSII_03-2__STSII_Wastercollector album_2955D862_2815_06A3_4164_B02B824D84CF_0.label = 01_STSII_202503_Newsprint Waste Separation _ Swadhin Das album_7ABACAB4_2815_1BA7_41A6_5B8D71A66584_0.label = 01_STSI_01_220928_SDP-Khulna_SBerner (35) album_0DAFBFF6_282F_19A3_41BF_258DD7D2FBB9_0.label = 01_STSI_01_WasteCollectionBD album_27A75F0B_21A2_CF97_4183_C7871383182B_0.label = 01_STSI_01__IMG_1297_©_Florian Wehking video_461642A6_BD13_CF7E_41E6_68881139750F.label = 01_STSI_02 album_79D62C1A_281B_3E63_41B9_22DE3F2AE095_0.label = 01_STSI_02_20250218_NiralaOpenSTS_SentaBerner (137) album_0CF2487F_282F_06A1_41A9_B9A80D63ECDC_0.label = 01_STSI_02_KCC STS Map_2023 album_2E0FF1AF_2BF5_09A1_41C5_C9A4B9C020C4_0.label = 01_STS_IV_Ramp panorama_6226C313_67EC_BC48_4182_6CD1F36474E6.label = 02 – Welcome to Awareness Center album_7932F467_2262_D19F_41AF_213A5350C4E8_1.label = 02_03-1_DJI_0394_©_Florian Wehking album_595B0ABB_2266_D6F7_41B8_AA2BBB2A7A55_1.label = 02_03-2_IMG_4301_©_Florian Wehking album_5E3D7FEA_2261_CE91_41BC_ADFEFB9E7A40_1.label = 02_15_IMG_4323_©_Florian Wehking album_5E0C4ECD_225E_4E93_41C2_CA22CCD9AE4B_1.label = 02_18_IMG_4332_©_Florian Wehking album_7AC59C6C_2266_3191_41BA_B2160F4BD200_1.label = 02_IMG_2939_©_Florian Wehking album_C998AC4E_CC0E_7EEC_41E8_59805A40D1D0_1.label = 02_IMG_3492 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_1.label = 02_IMG_3637 album_2776A54C_22A2_7391_41B9_3BE2CECCF9F0_1.label = 02_KCC_03-1_IMG_1366_©_Florian Wehking album_277B9219_22A2_51B3_41BB_933F72DFBF57_1.label = 02_KCC_04_IMG_4337_©_Florian Wehking album_277E2038_22A2_71F1_4194_F6BA3C55477A_1.label = 02_KCC_05_IMG_1253 album_278D340B_2266_5197_41BD_C9294DD221BB_1.label = 02_LF_04_IMG_4937_©_Florian Wehking album_27904BD2_227E_36B1_4194_09460804AC1B_1.label = 02_LF_07_IMG_4945_©_Florian Wehking video_278FA5BA_2262_72F1_41B7_A05E5681AD4E.label = 02_LF_12_Landfill_Fire_02 album_4DFB1917_E791_EC1C_41B8_F1D10F44BFEF_1.label = 02_Logo album_2B93BA4E_2262_5191_41B2_000D237D4EFD_1.label = 02_RE_01__IMG_5282_©_Florian Wehking album_2BAA207E_21A2_7271_41BC_091F0226DC7B_1.label = 02_RSII_03__IMG_5482_©_Florian Wehking album_2BAADCA1_21A3_D293_41BD_F893CFCDC664_1.label = 02_RSII_04__IMG_5491_©_Florian Wehking album_2BAB9C46_21A2_5191_41A8_B1C00F615997_1.label = 02_RSII_05__IMG_5514_©_Florian Wehking album_2BACB77E_21A6_5E71_41C2_F4D16F893CAE_1.label = 02_RSII_06__IMG_5508_©_Florian Wehking album_2BAF20BB_21A2_72F7_41C2_ED67A889F637_1.label = 02_RSII_09__IMG_5479_©_Florian Wehking album_2BAFE025_21A1_F193_41B9_1C94EA8FBAF4_1.label = 02_RSII_12__IMG_5321_©_Florian Wehking album_2B946E51_2266_F1B3_41BA_45FF8C5F378E_1.label = 02_RSI_01__IMG_5298_©_Florian Wehking album_2B95249A_2266_72B1_41B0_5A97462DC2EC_1.label = 02_RSI_03__IMG_5304_©_Florian Wehking album_2B95BAD8_2266_56B1_41A1_CAF857964840_1.label = 02_RSI_07__IMG_4773_©_Florian Wehking album_2D7B32E5_281D_0BA1_41B3_AE5F79C4D8C5_1.label = 02_STSIII_01_20221112_Badshamia Clinic_Tariqul Islam album_27AB63A2_21A2_F691_41C2_DFC3242BD313_1.label = 02_STSIII_02__IMG_5250_©_Florian Wehking album_27ACE76C_21A7_FF91_41C3_46F0086E5FF0_1.label = 02_STSIII_03__IMG_5248_©_Florian Wehking album_27A84C5B_21AE_31B7_41BC_C3B2092862F9_1.label = 02_STSII_02-1__IMG_5242_©_Florian Wehking album_27AA2B40_21A2_7791_41B0_14C3893D9D24_1.label = 02_STSII_03-1__IMG_5229_©_Florian Wehking album_2955D862_2815_06A3_4164_B02B824D84CF_1.label = 02_STSII_202503_Newsprint Waste separation scheme_WG I_Saptarshi Mondal (10) album_7ABACAB4_2815_1BA7_41A6_5B8D71A66584_2.label = 02_STSI_01_OpenSTS_SBerner (9) album_27A75F0B_21A2_CF97_4183_C7871383182B_1.label = 02_STSI_01__IMG_1298_©_Florian Wehking album_79D62C1A_281B_3E63_41B9_22DE3F2AE095_1.label = 02_STSI_02_20221031_New Market_Tariqul Islam album_2E0FF1AF_2BF5_09A1_41C5_C9A4B9C020C4_1.label = 02_STS_IV_Ramp_2 panorama_6226D795_67EC_4448_41B8_82D35ADC0E3F.label = 03 – Tour Selection album_7932F467_2262_D19F_41AF_213A5350C4E8_2.label = 03_03-1_IMG_4282_©_Florian Wehking album_595B0ABB_2266_D6F7_41B8_AA2BBB2A7A55_2.label = 03_03-2_IMG_4311_©_Florian Wehking album_5E0C4ECD_225E_4E93_41C2_CA22CCD9AE4B_2.label = 03_18_IMG_4333_©_Florian Wehking album_C994BA33_CC06_5AB4_41DD_25237B8451DC_2.label = 03_IMG_3560 album_7AC59C6C_2266_3191_41BA_B2160F4BD200_2.label = 03_IMG_4281_©_Florian Wehking album_277B9219_22A2_51B3_41BB_933F72DFBF57_2.label = 03_KCC_04_IMG_4338_©_Florian Wehking album_277E2038_22A2_71F1_4194_F6BA3C55477A_2.label = 03_KCC_05_IMG_1259 album_278D340B_2266_5197_41BD_C9294DD221BB_2.label = 03_LF_04_IMG_4938_©_Florian Wehking album_4DFB1917_E791_EC1C_41B8_F1D10F44BFEF_2.label = 03_Logo album_2BAA207E_21A2_7271_41BC_091F0226DC7B_2.label = 03_RSII_03__IMG_5484_©_Florian Wehking album_2BACB77E_21A6_5E71_41C2_F4D16F893CAE_2.label = 03_RSII_06__IMG_5493_©_Florian Wehking album_2BAE0C01_21A2_3193_41A6_6E6DF7F8371D_2.label = 03_RSII_08__IMG_5475_©_Florian Wehking album_2BAFE025_21A1_F193_41B9_1C94EA8FBAF4_2.label = 03_RSII_12__IMG_5328_©_Florian Wehking album_2B946E51_2266_F1B3_41BA_45FF8C5F378E_2.label = 03_RSI_01__IMG_5295_©_Florian Wehking album_2B95249A_2266_72B1_41B0_5A97462DC2EC_2.label = 03_RSI_03__IMG_5303_©_Florian Wehking album_2B95BAD8_2266_56B1_41A1_CAF857964840_2.label = 03_RSI_07__IMG_4774_©_Florian Wehking album_27AB63A2_21A2_F691_41C2_DFC3242BD313_2.label = 03_STSIII_02__IMG_5251_©_Florian Wehking album_27ACE76C_21A7_FF91_41C3_46F0086E5FF0_2.label = 03_STSIII_03__IMG_5249_©_Florian Wehking album_27A84C5B_21AE_31B7_41BC_C3B2092862F9_2.label = 03_STSII_02-1__IMG_5245_©_Florian Wehking album_27AA2B40_21A2_7791_41B0_14C3893D9D24_2.label = 03_STSII_03-1__IMG_5236_©_Florian Wehking album_2955D862_2815_06A3_4164_B02B824D84CF_2.label = 03_STSII_202503_Newsprint Waste separation scheme_WG I_Saptarshi Mondal (9) album_7ABACAB4_2815_1BA7_41A6_5B8D71A66584_3.label = 03_STSI_01_OpenSTS_SBerner (8) album_27A75F0B_21A2_CF97_4183_C7871383182B_2.label = 03_STSI_01__IMG_1300_©_Florian Wehking album_79D62C1A_281B_3E63_41B9_22DE3F2AE095_2.label = 03_STSI_02_20250218_NiralaOpenSTS_SentaBerner (121) album_2E0FF1AF_2BF5_09A1_41C5_C9A4B9C020C4_2.label = 03_STS_IV_Daulatpur_initial state_SBerner (1) panorama_6226EC59_67EC_44F8_41C2_57D72005FD87.label = 04 – Transfer / Publications album_7932F467_2262_D19F_41AF_213A5350C4E8_3.label = 04_03-1_IMG_4283_©_Florian Wehking album_595B0ABB_2266_D6F7_41B8_AA2BBB2A7A55_3.label = 04_03-2_IMG_4294_©_Florian Wehking album_5E0C4ECD_225E_4E93_41C2_CA22CCD9AE4B_3.label = 04_18_IMG_4335_©_Florian Wehking album_C994BA33_CC06_5AB4_41DD_25237B8451DC_3.label = 04_IMG_3569 album_277E2038_22A2_71F1_4194_F6BA3C55477A_3.label = 04_KCC_05_IMG_1260 album_4DFB1917_E791_EC1C_41B8_F1D10F44BFEF_3.label = 04_Logo album_2BACB77E_21A6_5E71_41C2_F4D16F893CAE_3.label = 04_RSII_06__IMG_5492_©_Florian Wehking photo_E9498FD2_0D56_8481_4171_24539FFB9F56.label = 04_RSII_08_©_Trisa Das photo_E9498FD2_0D56_8481_4171_24539FFB9F56.label = 04_RSII_08_©_Trisa Das album_2BAFE025_21A1_F193_41B9_1C94EA8FBAF4_3.label = 04_RSII_12__IMG_5329_©_Florian Wehking photo_2B95FE49_2261_D193_41C1_7CD03DFB9FEE.label = 04_RSI_07__IMG_5526_©_Florian Wehking photo_2B95FE49_2261_D193_41C1_7CD03DFB9FEE.label = 04_RSI_07__IMG_5526_©_Florian Wehking album_27AB63A2_21A2_F691_41C2_DFC3242BD313_3.label = 04_STSIII_02__IMG_5253_©_Florian Wehking album_27ACE76C_21A7_FF91_41C3_46F0086E5FF0_3.label = 04_STSIII_03__IMG_5255_©_Florian Wehking album_2955D862_2815_06A3_4164_B02B824D84CF_3.label = 04_STSII_202503_Newsprint Waste separation scheme_WG I_Saptarshi Mondal (8) album_7ABACAB4_2815_1BA7_41A6_5B8D71A66584_4.label = 04_STSI_01_Nirala-blocked drain_OpenSTS_SBerner (7) album_79D62C1A_281B_3E63_41B9_22DE3F2AE095_3.label = 04_STSI_02_20250204_Rajbandh_SentaBerner (86) album_2E0FF1AF_2BF5_09A1_41C5_C9A4B9C020C4_3.label = 04_STS_IV_WhatsApp Image 2025-05-22 at 11.40.44 album_7932F467_2262_D19F_41AF_213A5350C4E8_4.label = 05_03-1_IMG_4284_©_Florian Wehking album_595B0ABB_2266_D6F7_41B8_AA2BBB2A7A55_4.label = 05_03-2_IMG_4309_©_Florian Wehking album_C994BA33_CC06_5AB4_41DD_25237B8451DC_4.label = 05_IMG_3621 album_277E2038_22A2_71F1_4194_F6BA3C55477A_4.label = 05_KCC_05_IMG_1272 album_4DFB1917_E791_EC1C_41B8_F1D10F44BFEF_4.label = 05_Logo album_2BACB77E_21A6_5E71_41C2_F4D16F893CAE_4.label = 05_RSII_06__IMG_5498_©_Florian Wehking photo_DB8BEACB_0D56_8C87_41A2_02258F6C661D.label = 05_RSII_08_DSCF0266_Gregor Biastoch photo_DB8BEACB_0D56_8C87_41A2_02258F6C661D.label = 05_RSII_08_DSCF0266_Gregor Biastoch album_27ACE76C_21A7_FF91_41C3_46F0086E5FF0_4.label = 05_STSIII_03__IMG_5256_©_Florian Wehking album_2955D862_2815_06A3_4164_B02B824D84CF_4.label = 05_STSII_202503_Newsprint Waste separation scheme_WG I_Saptarshi Mondal (7) album_7ABACAB4_2815_1BA7_41A6_5B8D71A66584_5.label = 05_STSI_01_Azizer Mor-OpenSTS_SBerner (6) album_79D62C1A_281B_3E63_41B9_22DE3F2AE095_4.label = 05_STSI_02_20250204_Rajbandh_SentaBerner (81) album_2E0FF1AF_2BF5_09A1_41C5_C9A4B9C020C4_4.label = 05_STS_IV_Daulatpur_SouravSaha_1 album_7932F467_2262_D19F_41AF_213A5350C4E8_5.label = 06_03-1_IMG_4310_©_Florian Wehking album_277E2038_22A2_71F1_4194_F6BA3C55477A_5.label = 06_KCC_05_IMG_1273 album_4DFB1917_E791_EC1C_41B8_F1D10F44BFEF_5.label = 06_Logo album_2BACB77E_21A6_5E71_41C2_F4D16F893CAE_5.label = 06_RSII_06__IMG_5495_©_Florian Wehking photo_DB8E2DA6_0D56_8481_4181_34570EB3EB62.label = 06_RSII_08_Gregor Biastoch photo_DB8E2DA6_0D56_8481_4181_34570EB3EB62.label = 06_RSII_08_Gregor Biastoch album_2955D862_2815_06A3_4164_B02B824D84CF_5.label = 06_STSII_202503_Newsprint Waste separation scheme_WG I_Saptarshi Mondal (6) album_7ABACAB4_2815_1BA7_41A6_5B8D71A66584_6.label = 06_STSI_01_At New Market-OpenSTS_SBerner (11) album_79D62C1A_281B_3E63_41B9_22DE3F2AE095_5.label = 06_STSI_02_20231110_New Market_SBerner album_2E0FF1AF_2BF5_09A1_41C5_C9A4B9C020C4_5.label = 06_STS_IV_Daulatpur_initial state_SBerner (3) album_277E2038_22A2_71F1_4194_F6BA3C55477A_6.label = 07_KCC_05_IMG_4491 album_2BACB77E_21A6_5E71_41C2_F4D16F893CAE_6.label = 07_RSII_06__IMG_5505_©_Florian Wehking photo_276A21E3_097B_37E7_4187_FFC536DC6F9C.label = 07_RSII_08_IMG_5179_©_Florian Wehking photo_276A21E3_097B_37E7_4187_FFC536DC6F9C.label = 07_RSII_08_IMG_5179_©_Florian Wehking album_2955D862_2815_06A3_4164_B02B824D84CF_6.label = 07_STSII_202503_Newsprint Waste separation scheme_WG I_Saptarshi Mondal (5) album_7ABACAB4_2815_1BA7_41A6_5B8D71A66584_7.label = 07_STSI_01_At KDA Mosque_blocked drainOpenSTS_SBerner (10) album_2E0FF1AF_2BF5_09A1_41C5_C9A4B9C020C4_6.label = 07_STS_IV_Daulatpur_initial state_SBerner (2) album_277E2038_22A2_71F1_4194_F6BA3C55477A_7.label = 08_KCC_05_IMG_4494 album_2BACB77E_21A6_5E71_41C2_F4D16F893CAE_7.label = 08_RSII_06__IMG_5502_©_Florian Wehking album_2955D862_2815_06A3_4164_B02B824D84CF_7.label = 08_STSII_202503_Newsprint Waste separation scheme_WG I_Saptarshi Mondal (3) album_7ABACAB4_2815_1BA7_41A6_5B8D71A66584_8.label = 08_STSI_01_240430_Noor_ KDA Mosque STS (Beside Sailor) (1) album_2E0FF1AF_2BF5_09A1_41C5_C9A4B9C020C4_7.label = 08_STS_IV_STS_Ramp4 album_277E2038_22A2_71F1_4194_F6BA3C55477A_8.label = 09_KCC_05_IMG_4505 album_2BACB77E_21A6_5E71_41C2_F4D16F893CAE_8.label = 09_RSII_06__IMG_5487_©_Florian Wehking album_2955D862_2815_06A3_4164_B02B824D84CF_8.label = 09_STSII_202503_Newsprint Waste separation scheme_WG I_Saptarshi Mondal (2) album_7ABACAB4_2815_1BA7_41A6_5B8D71A66584_9.label = 09_STSI_01_240430_Noor_ Boyra Azizer Mor STS (2) album_2E0FF1AF_2BF5_09A1_41C5_C9A4B9C020C4_8.label = 09_STS_IV_STS_Ramp3 album_277E2038_22A2_71F1_4194_F6BA3C55477A_9.label = 10_KCC_05_IMG_4533 album_2BACB77E_21A6_5E71_41C2_F4D16F893CAE_9.label = 10_RSII_06__IMG_5506_©_Florian Wehking album_7ABACAB4_2815_1BA7_41A6_5B8D71A66584_10.label = 10_STSI_01_230303_KCC Waste Collection (10) album_277E2038_22A2_71F1_4194_F6BA3C55477A_10.label = 11_KCC_05_IMG_4561 album_2BACB77E_21A6_5E71_41C2_F4D16F893CAE_10.label = 11_RSII_06__IMG_5486_©_Florian Wehking album_277E2038_22A2_71F1_4194_F6BA3C55477A_11.label = 12_KCC_05_IMG_4564 album_2BACB77E_21A6_5E71_41C2_F4D16F893CAE_11.label = 12_RSII_06__IMG_5488_©_Florian Wehking album_277E2038_22A2_71F1_4194_F6BA3C55477A_12.label = 13_KCC_05_IMG_4572 album_277E2038_22A2_71F1_4194_F6BA3C55477A_13.label = 14_KCC_05_IMG_4573 album_277E2038_22A2_71F1_4194_F6BA3C55477A_14.label = 15_KCC_05_IMG_4575 album_277E2038_22A2_71F1_4194_F6BA3C55477A_15.label = 16_KCC_05_IMG_4576 album_277E2038_22A2_71F1_4194_F6BA3C55477A_16.label = 17_KCC_05_IMG_4578 album_277E2038_22A2_71F1_4194_F6BA3C55477A_17.label = 18_KCC_05_IMG_4584 album_277E2038_22A2_71F1_4194_F6BA3C55477A_18.label = 19_KCC_05_IMG_4587 album_277E2038_22A2_71F1_4194_F6BA3C55477A_19.label = 20_KCC_05_IMG_4606 album_277E2038_22A2_71F1_4194_F6BA3C55477A_20.label = 21_KCC_05_IMG_4611 album_277E2038_22A2_71F1_4194_F6BA3C55477A_21.label = 22_KCC_05_IMG_4636 album_277E2038_22A2_71F1_4194_F6BA3C55477A_22.label = 23_KCC_05_IMG_4638 album_277E2038_22A2_71F1_4194_F6BA3C55477A_23.label = 24_KCC_05_IMG_4643 album_277E2038_22A2_71F1_4194_F6BA3C55477A_24.label = 25_KCC_05_IMG_4661 album_277E2038_22A2_71F1_4194_F6BA3C55477A_25.label = 26_KCC_05_IMG_4670 album_277E2038_22A2_71F1_4194_F6BA3C55477A_26.label = 27_KCC_05_IMG_4682 album_277E2038_22A2_71F1_4194_F6BA3C55477A_27.label = 28_KCC_05_IMG_4684 album_277E2038_22A2_71F1_4194_F6BA3C55477A_28.label = 29_KCC_05_IMG_4689 album_277E2038_22A2_71F1_4194_F6BA3C55477A_29.label = 30_KCC_05_IMG_4693 album_277E2038_22A2_71F1_4194_F6BA3C55477A_30.label = 31_KCC_05_ album_277E2038_22A2_71F1_4194_F6BA3C55477A_31.label = 32_KCC_05_IMG_4714 album_277E2038_22A2_71F1_4194_F6BA3C55477A_32.label = 33_KCC_05_IMG_4715 album_277E2038_22A2_71F1_4194_F6BA3C55477A_33.label = 34_KCC_05_IMG_4718 album_277E2038_22A2_71F1_4194_F6BA3C55477A_34.label = 35_KCC_05_IMG_4728 album_277E2038_22A2_71F1_4194_F6BA3C55477A_35.label = 36_KCC_05_IMG_4729 album_277E2038_22A2_71F1_4194_F6BA3C55477A_36.label = 37_KCC_05_IMG_4732 album_277E2038_22A2_71F1_4194_F6BA3C55477A_37.label = 38_KCC_05_IMG_4735 album_3358BF35_CC0F_DABC_41E4_E97F1C52C9A8_0.label = AWC_01_01 album_30D636B5_CC0E_2BBC_41B5_78C856FDF446_0.label = AWC_01_02_01 album_30D636B5_CC0E_2BBC_41B5_78C856FDF446_1.label = AWC_01_02_02 album_3188D080_CC02_2654_41E6_FE0280C49BFC_0.label = AWC_01_03_01 album_3188D080_CC02_2654_41E6_FE0280C49BFC_1.label = AWC_01_03_02 album_31035D18_CC02_FE74_41DF_490B52DBD0FD_0.label = AWC_01_04_01 album_31035D18_CC02_FE74_41DF_490B52DBD0FD_1.label = AWC_01_04_02 album_314868D8_CC02_27F4_41B3_1908EBBF2580_0.label = AWC_01_05_01 album_314868D8_CC02_27F4_41B3_1908EBBF2580_1.label = AWC_01_05_02 album_3E9C84C2_CC02_2FD4_41B3_6E5CEFD1D4DC_0.label = AWC_01_06_01 album_3E9C84C2_CC02_2FD4_41B3_6E5CEFD1D4DC_1.label = AWC_01_06_02 album_3E9C84C2_CC02_2FD4_41B3_6E5CEFD1D4DC_2.label = AWC_01_06_03 album_3E9C84C2_CC02_2FD4_41B3_6E5CEFD1D4DC_3.label = AWC_01_06_04 album_3E9C84C2_CC02_2FD4_41B3_6E5CEFD1D4DC_4.label = AWC_01_06_05 album_3E9C84C2_CC02_2FD4_41B3_6E5CEFD1D4DC_5.label = AWC_01_06_06 album_3E9C84C2_CC02_2FD4_41B3_6E5CEFD1D4DC_6.label = AWC_01_06_07 album_3E9C84C2_CC02_2FD4_41B3_6E5CEFD1D4DC_7.label = AWC_01_06_08 album_3E9C84C2_CC02_2FD4_41B3_6E5CEFD1D4DC_8.label = AWC_01_06_09 album_3F2D0DEA_CC06_79D4_41D1_B6DEB90D22E5_0.label = AWC_02_01_01 album_3F2D0DEA_CC06_79D4_41D1_B6DEB90D22E5_1.label = AWC_02_01_02 album_3C9F96DD_CC06_2BEC_41DB_91B74105E9A1_0.label = AWC_02_02_01 album_3C9F96DD_CC06_2BEC_41DB_91B74105E9A1_1.label = AWC_02_02_02 map_A4B98105_A1C8_4934_41BE_C37C7EE937C5.label = Drohne_Landfill map_58181C35_5DC4_066C_41C5_ADB7995D7FA0.label = Floorplan_Jute Mill album_7932F467_2262_D19F_41AF_213A5350C4E8.label = Fotoalbum 01_03-1_DJI_0391_©_Florian Wehking album_595B0ABB_2266_D6F7_41B8_AA2BBB2A7A55.label = Fotoalbum 01_03-2_IMG_4300_©_Florian Wehking album_5E29B9B4_2262_32F1_41C1_2422E5AA6EAF.label = Fotoalbum 01_09_IMG_4314_©_Florian Wehking album_5F60EF9A_2262_4EB1_4185_46A776D90B07.label = Fotoalbum 01_12-1_IMG_4326_©_Florian Wehking album_5E3D7FEA_2261_CE91_41BC_ADFEFB9E7A40.label = Fotoalbum 01_15_IMG_4322_©_Florian Wehking album_5E0C4ECD_225E_4E93_41C2_CA22CCD9AE4B.label = Fotoalbum 01_18_IMG_4331_©_Florian Wehking album_0855E6E2_0299_6DDE_4191_A44E72F24DA6.label = Fotoalbum 01_Anleitung Nutzung 360°-Rundgänge_SCIP Plastics_EN_Oswald_neu album_7AC59C6C_2266_3191_41BA_B2160F4BD200.label = Fotoalbum 01_IMG_1197_©_Florian Wehking album_C998AC4E_CC0E_7EEC_41E8_59805A40D1D0.label = Fotoalbum 01_IMG_3484 album_C994BA33_CC06_5AB4_41DD_25237B8451DC.label = Fotoalbum 01_IMG_3628 album_2776A54C_22A2_7391_41B9_3BE2CECCF9F0.label = Fotoalbum 01_KCC_03-1_IMG_1238_©_Florian Wehking album_27776C96_22A2_F2B1_419E_488264A2DD6D.label = Fotoalbum 01_KCC_03-2_IMG_1276_©_Florian Wehking album_277B9219_22A2_51B3_41BB_933F72DFBF57.label = Fotoalbum 01_KCC_04_IMG_4336_©_Florian Wehking album_277E2038_22A2_71F1_4194_F6BA3C55477A.label = Fotoalbum 01_KCC_05_IMG_4559 album_278D340B_2266_5197_41BD_C9294DD221BB.label = Fotoalbum 01_LF_04_IMG_4936_©_Florian Wehking album_27904BD2_227E_36B1_4194_09460804AC1B.label = Fotoalbum 01_LF_07_IMG_4948_©_Florian Wehking album_4DFB1917_E791_EC1C_41B8_F1D10F44BFEF.label = Fotoalbum 01_Logo album_2B93BA4E_2262_5191_41B2_000D237D4EFD.label = Fotoalbum 01_RE_01__IMG_5281_©_Florian Wehking album_2BAA207E_21A2_7271_41BC_091F0226DC7B.label = Fotoalbum 01_RSII_03__IMG_5485_©_Florian Wehking album_2BAADCA1_21A3_D293_41BD_F893CFCDC664.label = Fotoalbum 01_RSII_04__IMG_5489_©_Florian Wehking album_2BAB9C46_21A2_5191_41A8_B1C00F615997.label = Fotoalbum 01_RSII_05__IMG_5513_©_Florian Wehking album_2BACB77E_21A6_5E71_41C2_F4D16F893CAE.label = Fotoalbum 01_RSII_06__IMG_5494_©_Florian Wehking album_2BAE0C01_21A2_3193_41A6_6E6DF7F8371D.label = Fotoalbum 01_RSII_08__IMG_5480_©_Florian Wehking album_2BAF20BB_21A2_72F7_41C2_ED67A889F637.label = Fotoalbum 01_RSII_09__IMG_5478_©_Florian Wehking album_2BAFE025_21A1_F193_41B9_1C94EA8FBAF4.label = Fotoalbum 01_RSII_12__IMG_5326_©_Florian Wehking album_2BA8B558_21AE_53B1_41BF_BE2032D22F58.label = Fotoalbum 01_RSII_Start_01__DJI_0573_©_Florian Wehking album_2B946E51_2266_F1B3_41BA_45FF8C5F378E.label = Fotoalbum 01_RSI_01__IMG_5300_©_Florian Wehking album_2B95249A_2266_72B1_41B0_5A97462DC2EC.label = Fotoalbum 01_RSI_03__IMG_5302_©_Florian Wehking album_2B95BAD8_2266_56B1_41A1_CAF857964840.label = Fotoalbum 01_RSI_07__IMG_4778_©_Florian Wehking album_2D7B32E5_281D_0BA1_41B3_AE5F79C4D8C5.label = Fotoalbum 01_STSIII_01_20221213_Khalispur_Tariqul Islam album_27AB63A2_21A2_F691_41C2_DFC3242BD313.label = Fotoalbum 01_STSIII_02__IMG_5252_©_Florian Wehking album_27ACE76C_21A7_FF91_41C3_46F0086E5FF0.label = Fotoalbum 01_STSIII_03__IMG_1642_©_Florian Wehking album_27A84C5B_21AE_31B7_41BC_C3B2092862F9.label = Fotoalbum 01_STSII_02-1__IMG_5216_©_Florian Wehking album_27AA2B40_21A2_7791_41B0_14C3893D9D24.label = Fotoalbum 01_STSII_03-1__IMG_5225_©_Florian Wehking album_2955D862_2815_06A3_4164_B02B824D84CF.label = Fotoalbum 01_STSII_202503_Newsprint Waste Separation _ Swadhin Das album_7ABACAB4_2815_1BA7_41A6_5B8D71A66584.label = Fotoalbum 01_STSI_01_220928_SDP-Khulna_SBerner (35) album_0DAFBFF6_282F_19A3_41BF_258DD7D2FBB9.label = Fotoalbum 01_STSI_01_WasteCollectionBD album_27A75F0B_21A2_CF97_4183_C7871383182B.label = Fotoalbum 01_STSI_01__IMG_1297_©_Florian Wehking album_79D62C1A_281B_3E63_41B9_22DE3F2AE095.label = Fotoalbum 01_STSI_02_20250218_NiralaOpenSTS_SentaBerner (137) album_0CF2487F_282F_06A1_41A9_B9A80D63ECDC.label = Fotoalbum 01_STSI_02_KCC STS Map_2023 album_2E0FF1AF_2BF5_09A1_41C5_C9A4B9C020C4.label = Fotoalbum 01_STS_IV_Ramp album_3358BF35_CC0F_DABC_41E4_E97F1C52C9A8.label = Fotoalbum AWC_01_01 album_30D636B5_CC0E_2BBC_41B5_78C856FDF446.label = Fotoalbum AWC_01_02_01 album_3188D080_CC02_2654_41E6_FE0280C49BFC.label = Fotoalbum AWC_01_03_01 album_31035D18_CC02_FE74_41DF_490B52DBD0FD.label = Fotoalbum AWC_01_04_01 album_314868D8_CC02_27F4_41B3_1908EBBF2580.label = Fotoalbum AWC_01_05_01 album_3E9C84C2_CC02_2FD4_41B3_6E5CEFD1D4DC.label = Fotoalbum AWC_01_06_01 album_3F2D0DEA_CC06_79D4_41D1_B6DEB90D22E5.label = Fotoalbum AWC_02_01_01 album_3C9F96DD_CC06_2BEC_41DB_91B74105E9A1.label = Fotoalbum AWC_02_02_01 album_ECDE9F8A_E9B0_A4F4_41E4_81A3B8377B8F.label = Fotoalbum JM_02__01_Symbols album_ECE07D87_E990_64FC_41D2_65A7F70D8805.label = Fotoalbum JM_18_02 album_7ACA1EF2_3177_A6A5_41BC_A3A63EC25C0E.label = Fotoalbum KTH_02_01 album_7C311529_3174_DBA7_41A0_986DD1BF3457.label = Fotoalbum KTH_03_01 album_7B86117C_3175_FB9D_41C2_58FC45869F37.label = Fotoalbum KTH_04_01 album_D9127727_159A_AC3F_41A7_16AB98618587.label = Fotoalbum LF_01_01 album_D9DC5D9C_159A_7C10_418C_97CC0F28AC98.label = Fotoalbum LF_02_02_01 album_DB429AED_1596_E430_4195_81C564439BC1.label = Fotoalbum LF_04_01 album_C993CB3B_CC02_3AB4_41A2_B14961425DB5.label = Fotoalbum LF_04_01 album_C99972D1_CC0E_EBF4_41E9_1F6BF521EE71.label = Fotoalbum LF_05_01 album_C99A7527_CC02_EE5C_41E3_60E3EA1BB269.label = Fotoalbum LF_10_01 album_DBA6BD73_158A_BC10_41AC_EE3182EC37FF.label = Fotoalbum LF_11_01 album_DC2BA5B8_158E_EC10_4183_ADB5125553C6.label = Fotoalbum LF_16_01 album_DC77DE9F_158F_DC10_41A3_8CE3AABB0927.label = Fotoalbum LF_18_01_01 album_DC7709D1_158E_E410_4188_2C2A0CB920B7.label = Fotoalbum LF_18_02_01 album_DDAF0DFB_158A_DC10_41A2_4FDD99051796.label = Fotoalbum LF_20 album_CAA8323F_1599_E410_4178_293D77F4CCDA.label = Fotoalbum LF_Start_01 album_0EF7EA65_0E6A_765B_41A2_C311A0A36D9B.label = Fotoalbum MP_02_01_Biastoch_10 (2022) album_0F17E1E5_0FAA_725B_4199_29186FE28D13.label = Fotoalbum MP_03_01_Trisa Das_01 (2023) album_0F7BD4AB_0E5A_522F_419E_C85EC085D22F.label = Fotoalbum MP_04_Biastoch_04 (2022) album_84A839A9_CC02_E654_41E5_83526410D928.label = Fotoalbum MP_05_01 album_0F8A0076_0EA5_B239_41AB_2C3770BC22DC.label = Fotoalbum MP_06_Biastoch_03 (2022) album_B905CFC0_0E66_4E59_41A7_167B54CA0CFB.label = Fotoalbum MP_08_01_Meherab_01 (2023) album_7873EA30_0EDA_B639_4180_1E19E511531E.label = Fotoalbum MP_08_02_IMG_3539_©_Florian Wehking album_81441350_CC02_6AF4_41C6_20220C572525.label = Fotoalbum MP_Start_01 album_11B000B1_1789_A410_41A0_64ABF6AE19CA.label = Fotoalbum MP_Start_02_01 album_7B9C5639_3174_D9A7_41B7_6E2873D16F1B.label = Fotoalbum WL_01_01 album_7C4C3E3D_3173_E99F_41C8_2888D3A9FC0A.label = Fotoalbum WL_02_01_01 album_7C6424F0_317C_DAA5_41A6_0EE03243BC0B.label = Fotoalbum WL_02_02_01 album_7C6F9981_317D_AB67_41B1_A0A816B7DF5E.label = Fotoalbum WL_02_03_01 album_7C491007_317C_796B_41BF_2764A903CED0.label = Fotoalbum WL_02_04_01 album_7C191387_317C_5F6B_41C1_F6A83F534EBF.label = Fotoalbum WL_03_01_01 album_7C033BBF_317F_EE9B_41BC_1BD7C96C22AE.label = Fotoalbum WL_03_02_01 album_7CE977FD_317C_A69F_41C3_FADFEEB8689F.label = Fotoalbum WL_03_03_01 album_7CC210BE_317C_5A9D_41BB_EF40A50FD6C2.label = Fotoalbum WL_03_04_01 album_7CC0FEF5_317D_A6AF_41BF_C343D1EF9A9E.label = Fotoalbum WL_03_05_01 album_7C848E08_317C_A965_41AF_F74439410069.label = Fotoalbum WL_03_06_01 album_7C8E590F_3173_AB7B_41C0_F17A48EC8DA2.label = Fotoalbum WL_03_07_01 album_7D5F55E2_3174_BAA5_41AC_7098D17733FF.label = Fotoalbum WL_03_08_01 album_7D51C25C_3175_B99D_41AD_EE385D79728C.label = Fotoalbum WL_03_09_01 album_7D257504_3174_DB6D_41B6_34119B2D4DB2.label = Fotoalbum WL_03_10_01 album_7D14F441_3174_59E7_41B3_F99D312D7A49.label = Fotoalbum WL_08_01_01 album_7DC54C5D_3175_A99F_41A5_0D1075723E83.label = Fotoalbum WL_08_02_01 album_7DEDAB54_3174_6FED_41C6_B3D11474176B.label = Fotoalbum WL_08_03_01 album_B8763470_CC0E_6EB4_41D7_18C72294B580.label = Fotoalbum WL_Start_01 map_AC97D829_5DA4_4C58_41C6_C27C3B0B3E3F.label = Grundriss_KTH album_C994BA33_CC06_5AB4_41DD_25237B8451DC_5.label = IMG_3311 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_6.label = IMG_3318 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_7.label = IMG_3326 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_8.label = IMG_3331 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_9.label = IMG_3338 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_10.label = IMG_3344 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_11.label = IMG_3354 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_12.label = IMG_3363 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_13.label = IMG_3368 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_14.label = IMG_3376 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_15.label = IMG_3385 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_16.label = IMG_3394 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_17.label = IMG_3401 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_18.label = IMG_3409 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_19.label = IMG_3417 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_20.label = IMG_3425 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_21.label = IMG_3432 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_22.label = IMG_3446 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_23.label = IMG_3450 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_24.label = IMG_3459 album_C998AC4E_CC0E_7EEC_41E8_59805A40D1D0_2.label = IMG_3466 album_C998AC4E_CC0E_7EEC_41E8_59805A40D1D0_3.label = IMG_3498 album_C998AC4E_CC0E_7EEC_41E8_59805A40D1D0_4.label = IMG_3524 album_C998AC4E_CC0E_7EEC_41E8_59805A40D1D0_5.label = IMG_3535 album_C998AC4E_CC0E_7EEC_41E8_59805A40D1D0_6.label = IMG_3539 album_C998AC4E_CC0E_7EEC_41E8_59805A40D1D0_7.label = IMG_3541 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_25.label = IMG_3589 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_26.label = IMG_3596 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_27.label = IMG_3605 album_C994BA33_CC06_5AB4_41DD_25237B8451DC_28.label = IMG_3611 panorama_C3D229D1_0CAC_49FA_4136_1AC937B89622.label = JM / 01 – The Golden Fibre panorama_0F3D52A7_05A4_DBA6_41A7_CCD5D0CF2989.label = JM / 02 – Life Cycle Assessment (LCA) panorama_DDDC9056_0CAC_56E6_418B_F828761C386E.label = JM / 03 – The Life Cycle of Jute panorama_44F0B571_642E_FD6D_41BD_051BD69DB4DC.label = JM / 04 – Sorting panorama_C3D3FABF_0CAC_4BA6_419B_C87B3B758DD3.label = JM / 05 – Moistening / Softening panorama_44F94225_642D_56F5_41C2_7E1C126EC922.label = JM / 06 – Carding panorama_0FF9D2F8_04AF_DBAA_4192_E127E9A7FEB2.label = JM / 07 – Finisher Card panorama_0FFA03E3_04AC_39DE_4182_8B7CE137684E.label = JM / 08 – Drawing panorama_44FEA1AE_642D_D5F7_417F_F1D81400A75F.label = JM / 09 – Spinning panorama_44FD399E_642D_55D7_41D8_72733A696C8A.label = JM / 10 – Winding panorama_3EB5826A_29AC_F115_41BC_3563E698D48E.label = JM / 11 – Twisting panorama_3EB5B38F_29AD_372B_41A7_4309A1CBB8C4.label = JM / 12 – Hydraulic Baling panorama_3EB672D3_29AD_113B_41C1_E11E575E1890.label = JM / 13 – Packaging panorama_AA710B48_0FA5_CAEA_41A4_5D4BAB156B5E.label = JM / 14 – End video_AE07C215_F476_FE6D_41ED_E0975524537E.label = JM_02_Deliveries album_ECDE9F8A_E9B0_A4F4_41E4_81A3B8377B8F_0.label = JM_02__01_Symbols album_ECDE9F8A_E9B0_A4F4_41E4_81A3B8377B8F_1.label = JM_02__02_Jute album_ECDE9F8A_E9B0_A4F4_41E4_81A3B8377B8F_2.label = JM_02__03_Jute album_ECDE9F8A_E9B0_A4F4_41E4_81A3B8377B8F_3.label = JM_02__04_Jute video_A06108FB_F476_CBA5_41CF_6DB9D2A50D64.label = JM_03_Sorting video_A0640301_F476_DE65_41C0_98181527B520.label = JM_05_Moistening video_A0641A1A_F476_CE67_41C9_FC9F19159318.label = JM_06_Flattening video_A063C1CB_F476_BDE5_41D7_19AB2E1192E3.label = JM_07 video_A0643A65_F476_4EAD_4180_A9C94777D815.label = JM_08 video_A59B21C0_A3C8_492C_41E3_300EE9F64714.label = JM_09 video_A59B3800_A3C8_472C_41E3_12874278DE6E.label = JM_11_Rolling video_A59B40AA_A3C8_C77C_41E0_E8352B6B8FF2.label = JM_12_Spinning_1 video_A59B490E_A3C8_D934_4198_EB68F58573E8.label = JM_12_Spinning_2 video_A59B514E_A3C8_C934_41D3_8945BB83F026.label = JM_14 video_A59B5A64_A3C8_FBF4_41E1_599BF709054A.label = JM_15 video_A59B62DC_A3C8_C8D4_41E1_EC056BADDBE5.label = JM_16 album_ECE07D87_E990_64FC_41D2_65A7F70D8805_0.label = JM_18_02 video_A59B6BF5_A3C8_D8D4_41D9_1FD26F6FDC81.label = JM_18_Storage video_5F67B907_2266_539F_41C2_32878E831D23.label = Jute_Mill_Drohnenflug_01 video_5E6E23A9_2261_F693_41BA_428E685A6D6F.label = Jute_Mill_Drohnenflug_02 video_82969B79_E36C_F24E_41D5_95F2ED93FE91.label = KCC_Reframe_1_HQ video_868D12FF_E36C_9242_41A7_5ED6408CE585.label = KCC_Reframe_2_HQ video_868C0FFD_E36C_B246_41DB_E3F9D8BAB2B5.label = KCC_Reframe_3_HQ panorama_2E3CD458_345B_8EDD_41C3_8FA0BE33F3CF.label = KTH / 01 – Research Hub panorama_2D032F9B_345A_BA53_41C6_C90B63F25062.label = KTH / 02 – Entrance to KTH panorama_2D036D7C_345A_FED5_41BF_52CEFDAAF209.label = KTH / 03 – Meeting Room panorama_2D035E75_345A_9AD7_41BA_1B4FC19C01EF.label = KTH / 04 – Workstations album_7ACA1EF2_3177_A6A5_41BC_A3A63EC25C0E_0.label = KTH_02_01 album_7ACA1EF2_3177_A6A5_41BC_A3A63EC25C0E_1.label = KTH_02_02 album_7C311529_3174_DBA7_41A0_986DD1BF3457_0.label = KTH_03_01 album_7B86117C_3175_FB9D_41C2_58FC45869F37_0.label = KTH_04_01 panorama_4BCAFC23_5527_09F6_4170_0CD2E2A67722.label = LF / 01 – History of the Site panorama_262B4CE7_A0C9_F8F4_41E0_416B5E3C4A14.label = LF / 02 – Roads & Controling panorama_7952B0EF_A0D8_48F4_41E3_6E41E76A9DFD.label = LF / 03 – Weighing & Recording panorama_0DF91119_A0DF_C95C_41D8_D700C2B4DB89.label = LF / 04 – Heavy-Duty Workshop panorama_0DFF6204_A0D8_4B34_41BA_02A30DA5B44D.label = LF / 05 – Rajbandh Training Centre panorama_0DF891D7_A0DF_C8D4_41E3_7A1523063DF3.label = LF / 06 – Centre Informal Workers panorama_0DF8A1B9_A0DF_C95C_41E2_8047D77213E5.label = LF / 07 – Training Room panorama_0DF891B5_A0D8_4954_41E3_506EE605763B.label = LF / 08 – Toilets & Washrooms panorama_0DF8C22E_A0D8_4B74_41CE_88364885DF43.label = LF / 09 – Proper Hygiene Solutions panorama_0DF951C3_A0DF_C92C_41DC_76D22648CC4D.label = LF / 10 – Male Washroom panorama_2D245CE0_A0C9_B8EC_41DC_A7A2EA177674.label = LF / 11 – Water Management panorama_486CDE4C_5521_09B2_41CD_2CBA541500AE.label = LF / 12 – Waste Acceptance panorama_486C9E41_5521_09B2_41AB_8D87CBE5E058.label = LF / 13 – Containment panorama_486C5EC9_5521_06B2_41B5_D4A96321CB5C.label = LF / 14 – Cover & Gas Management panorama_486F7ECD_5521_06B2_41BE_2EA8F7FB0BD2.label = LF / 15 – Leachate Management panorama_481AE3D0_5521_1E52_41A1_C28FD2CFF269.label = LF / 16 – Waste Placement panorama_486CAEF3_5521_0656_41CB_D0D7CCE639C9.label = LF / 17 – Waste Picking panorama_486F5F28_5521_07F2_41C3_29A3E43EB029.label = LF / 18 – Biological Processes panorama_486C8F4F_5521_064E_41BE_3759343BD98F.label = LF / 19 – Open Burning panorama_21C9BC8C_A0B8_BF34_41D0_5C0EDFC3C933.label = LF / 20 – Site Summary album_D9127727_159A_AC3F_41A7_16AB98618587_0.label = LF_01_01 album_D9127727_159A_AC3F_41A7_16AB98618587_1.label = LF_01_02 album_D9DC5D9C_159A_7C10_418C_97CC0F28AC98_0.label = LF_02_02_01 album_D9DC5D9C_159A_7C10_418C_97CC0F28AC98_1.label = LF_02_02_02 album_D9DC5D9C_159A_7C10_418C_97CC0F28AC98_2.label = LF_02_02_03 album_D9DC5D9C_159A_7C10_418C_97CC0F28AC98_3.label = LF_02_02_04 video_C990108B_CC1E_2654_41D8_A1FDD55F47ED.label = LF_03_01 video_DAEA1057_1597_A410_4189_4D253785DC42.label = LF_03_02_01 album_C993CB3B_CC02_3AB4_41A2_B14961425DB5_0.label = LF_04_01 album_DB429AED_1596_E430_4195_81C564439BC1_0.label = LF_04_01 album_C99972D1_CC0E_EBF4_41E9_1F6BF521EE71_0.label = LF_05_01 video_A0638109_F476_5A65_41D5_4317D3443AAA.label = LF_09_1_Abladen video_A0638851_F476_4AE5_41E3_AD1947A6D556.label = LF_09_2_Wastepicker album_C99A7527_CC02_EE5C_41E3_60E3EA1BB269_0.label = LF_10_01 album_DBA6BD73_158A_BC10_41AC_EE3182EC37FF_0.label = LF_11_01 album_DBA6BD73_158A_BC10_41AC_EE3182EC37FF_1.label = LF_11_02 album_DBA6BD73_158A_BC10_41AC_EE3182EC37FF_2.label = LF_11_03 album_DBA6BD73_158A_BC10_41AC_EE3182EC37FF_3.label = LF_11_04 album_DBA6BD73_158A_BC10_41AC_EE3182EC37FF_4.label = LF_11_05 album_DBA6BD73_158A_BC10_41AC_EE3182EC37FF_5.label = LF_11_06 video_C99049A3_CC1E_2654_41CA_A6B16F3101E4.label = LF_12_01 photo_DDDC4C70_158A_DC10_41A1_10284C7B6FD8.label = LF_12_04 photo_DDDC4C70_158A_DC10_41A1_10284C7B6FD8.label = LF_12_04 photo_10FB9CAB_157E_DC30_41B0_F256F15C299D.label = LF_15_01 photo_10FB9CAB_157E_DC30_41B0_F256F15C299D.label = LF_15_01 photo_10FBA40A_157E_E3F0_41AD_489998CFD2AC.label = LF_15_02 photo_10FBA40A_157E_E3F0_41AD_489998CFD2AC.label = LF_15_02 photo_10FBA98E_157E_E4F0_419A_22424769128C.label = LF_15_03 photo_10FBA98E_157E_E4F0_419A_22424769128C.label = LF_15_03 photo_10FBAEB0_157E_FC10_418F_1700EF1DACF3.label = LF_15_04 photo_10FBAEB0_157E_FC10_418F_1700EF1DACF3.label = LF_15_04 album_DC2BA5B8_158E_EC10_4183_ADB5125553C6_0.label = LF_16_01 album_DC2BA5B8_158E_EC10_4183_ADB5125553C6_1.label = LF_16_02 album_DC2BA5B8_158E_EC10_4183_ADB5125553C6_2.label = LF_16_03 album_DC77DE9F_158F_DC10_41A3_8CE3AABB0927_0.label = LF_18_01_01 album_DC77DE9F_158F_DC10_41A3_8CE3AABB0927_1.label = LF_18_01_02 album_DC77DE9F_158F_DC10_41A3_8CE3AABB0927_2.label = LF_18_01_03 album_DC7709D1_158E_E410_4188_2C2A0CB920B7_0.label = LF_18_02_01 album_DDAF0DFB_158A_DC10_41A2_4FDD99051796_0.label = LF_20 album_CAA8323F_1599_E410_4178_293D77F4CCDA_0.label = LF_Start_01 album_CAA8323F_1599_E410_4178_293D77F4CCDA_1.label = LF_Start_02 panorama_C9258A46_F10A_E195_41BD_A9DE85229A88.label = MP / 01 – International Cargo panorama_B4023592_F10A_A2B2_41B8_33BBB901AAF4.label = MP / 02 – Local Vessels panorama_C82339B2_F10A_A28D_41C7_5A0A51E45E9B.label = MP / 03 – Waste Collection panorama_CA69DFBA_9F58_595C_41C0_5E611C794F06.label = MP / 04 – Mongla Landfill I panorama_A57005A8_A358_497C_41D5_3A52F130D2FF.label = MP / 05 – Mongla Landfill II panorama_DF116465_9F5B_CFF4_41D6_22AFAE491848.label = MP / 06 – Mongla Ferry Ghat album_0EF7EA65_0E6A_765B_41A2_C311A0A36D9B_0.label = MP_02_01_Biastoch_10 (2022) album_0EF7EA65_0E6A_765B_41A2_C311A0A36D9B_1.label = MP_02_01_Biastoch_11 (2022) album_0EF7EA65_0E6A_765B_41A2_C311A0A36D9B_2.label = MP_02_01_Biastoch_12 (2022) album_0EF7EA65_0E6A_765B_41A2_C311A0A36D9B_3.label = MP_02_01_Haupt_1 (2023) album_0F17E1E5_0FAA_725B_4199_29186FE28D13_0.label = MP_03_01_Trisa Das_01 (2023) album_0F17E1E5_0FAA_725B_4199_29186FE28D13_1.label = MP_03_01_Trisa Das_02 (2023) album_0F17E1E5_0FAA_725B_4199_29186FE28D13_2.label = MP_03_01_Trisa Das_03 (2023) album_0F17E1E5_0FAA_725B_4199_29186FE28D13_3.label = MP_03_01_Trisa Das_04 (2023) album_0F17E1E5_0FAA_725B_4199_29186FE28D13_4.label = MP_03_01_Trisa Das_08 (2023) album_0F17E1E5_0FAA_725B_4199_29186FE28D13_5.label = MP_03_01_Trisa Das_10 (2023) album_0F17E1E5_0FAA_725B_4199_29186FE28D13_6.label = MP_03_01_Trisa Das_11 (2023) album_0F17E1E5_0FAA_725B_4199_29186FE28D13_7.label = MP_03_01_Trisa Das_12 (2023) album_0F17E1E5_0FAA_725B_4199_29186FE28D13_8.label = MP_03_01_unknown_01 (2023) album_0F17E1E5_0FAA_725B_4199_29186FE28D13_9.label = MP_03_01_unknown_02 (2023) album_0F17E1E5_0FAA_725B_4199_29186FE28D13_10.label = MP_03_01_unknown_03 (2023) album_0F17E1E5_0FAA_725B_4199_29186FE28D13_11.label = MP_03_01_unknown_04 (2023) album_0F7BD4AB_0E5A_522F_419E_C85EC085D22F_0.label = MP_04_Biastoch_04 (2022) album_0F7BD4AB_0E5A_522F_419E_C85EC085D22F_1.label = MP_04_Biastoch_13 (2022) album_84A839A9_CC02_E654_41E5_83526410D928_0.label = MP_05_01 album_84A839A9_CC02_E654_41E5_83526410D928_1.label = MP_05_02 album_84A839A9_CC02_E654_41E5_83526410D928_2.label = MP_05_03 album_84A839A9_CC02_E654_41E5_83526410D928_3.label = MP_05_04 photo_0F82CC7D_0EAA_B22B_418F_74DC7ABB5343.label = MP_05_Niloy Das_01 (2022) photo_0F82CC7D_0EAA_B22B_418F_74DC7ABB5343.label = MP_05_Niloy Das_01 (2022) video_8387F847_CC02_26DC_41D4_1F5EF9A5AE71.label = MP_06 album_0F8A0076_0EA5_B239_41AB_2C3770BC22DC_0.label = MP_06_Biastoch_03 (2022) album_B905CFC0_0E66_4E59_41A7_167B54CA0CFB_0.label = MP_08_01_Meherab_01 (2023) album_B905CFC0_0E66_4E59_41A7_167B54CA0CFB_1.label = MP_08_01_Meherab_02 (2023) album_B905CFC0_0E66_4E59_41A7_167B54CA0CFB_2.label = MP_08_01_Roksana Parvin_03 (2022) album_B905CFC0_0E66_4E59_41A7_167B54CA0CFB_3.label = MP_08_01_Trisa Das_05 (2023) album_B905CFC0_0E66_4E59_41A7_167B54CA0CFB_4.label = MP_08_01_Trisa Das_06 (2023) album_B905CFC0_0E66_4E59_41A7_167B54CA0CFB_5.label = MP_08_01_Trisa Das_07 (2023) album_7873EA30_0EDA_B639_4180_1E19E511531E_0.label = MP_08_02_IMG_3539_©_Florian Wehking album_7873EA30_0EDA_B639_4180_1E19E511531E_1.label = MP_08_02_IMG_3583_©_Florian Wehking__IMG_1007_©_Florian Wehking album_7873EA30_0EDA_B639_4180_1E19E511531E_2.label = MP_08_02_IMG_3584_©_Florian Wehking album_7873EA30_0EDA_B639_4180_1E19E511531E_3.label = MP_08_02_IMG_3603_©_Florian Wehking album_7873EA30_0EDA_B639_4180_1E19E511531E_4.label = MP_08_02_IMG_3662_©_Florian Wehking album_7873EA30_0EDA_B639_4180_1E19E511531E_5.label = MP_08_02_IMG_3663_©_Florian Wehking album_7873EA30_0EDA_B639_4180_1E19E511531E_6.label = MP_08_02_IMG_3672_©_Florian Wehking album_7873EA30_0EDA_B639_4180_1E19E511531E_7.label = MP_08_02_IMG_3697_©_Florian Wehking album_7873EA30_0EDA_B639_4180_1E19E511531E_8.label = MP_08_02_IMG_3783_©_Florian Wehking album_7873EA30_0EDA_B639_4180_1E19E511531E_9.label = MP_08_02_IMG_3788_©_Florian Wehking album_7873EA30_0EDA_B639_4180_1E19E511531E_10.label = MP_08_02_IMG_3817_©_Florian Wehking album_7873EA30_0EDA_B639_4180_1E19E511531E_11.label = MP_08_02_IMG_3823_©_Florian Wehking album_7873EA30_0EDA_B639_4180_1E19E511531E_12.label = MP_08_02_IMG_3826_©_Florian Wehking album_7873EA30_0EDA_B639_4180_1E19E511531E_13.label = MP_08_02_IMG_3833_©_Florian Wehking album_7873EA30_0EDA_B639_4180_1E19E511531E_14.label = MP_08_02_IMG_3839_©_Florian Wehking album_7873EA30_0EDA_B639_4180_1E19E511531E_15.label = MP_08_02_IMG_3843_©_Florian Wehking album_7873EA30_0EDA_B639_4180_1E19E511531E_16.label = MP_08_02_IMG_4041_©_Florian Wehking album_7873EA30_0EDA_B639_4180_1E19E511531E_17.label = MP_08_02_IMG_4058_©_Florian Wehking album_7873EA30_0EDA_B639_4180_1E19E511531E_18.label = MP_08_02_IMG_4071_©_Florian Wehking album_7873EA30_0EDA_B639_4180_1E19E511531E_19.label = MP_08_02_IMG_4081_©_Florian Wehking photo_3D63DD06_0EAA_53D9_4186_66DA59DA6557.label = MP_Start_01 photo_3D63DD06_0EAA_53D9_4186_66DA59DA6557.label = MP_Start_01 album_81441350_CC02_6AF4_41C6_20220C572525_0.label = MP_Start_01 photo_3CC38E6F_0EAA_4E27_41A4_43A120686F39.label = MP_Start_02 photo_3CC38E6F_0EAA_4E27_41A4_43A120686F39.label = MP_Start_02 album_81441350_CC02_6AF4_41C6_20220C572525_1.label = MP_Start_02 album_11B000B1_1789_A410_41A0_64ABF6AE19CA_0.label = MP_Start_02_01 album_11B000B1_1789_A410_41A0_64ABF6AE19CA_1.label = MP_Start_02_02 album_11B000B1_1789_A410_41A0_64ABF6AE19CA_2.label = MP_Start_02_03 album_11B000B1_1789_A410_41A0_64ABF6AE19CA_3.label = MP_Start_02_04 album_11B000B1_1789_A410_41A0_64ABF6AE19CA_4.label = MP_Start_02_05 photo_3CC04350_0EAA_7679_4193_50D85BA13917.label = MP_Start_02_07_Roksana Parvin photo_3CC04350_0EAA_7679_4193_50D85BA13917.label = MP_Start_02_07_Roksana Parvin photo_3CC3F5FB_0EAA_722F_41A5_3ADA4CDBBD81.label = MP_Start_02_08_Gregor Biastoch photo_3CC3F5FB_0EAA_722F_41A5_3ADA4CDBBD81.label = MP_Start_02_08_Gregor Biastoch photo_3CC3E8DC_0EAA_7269_4138_2E6CB7A62F18.label = MP_Start_02_09_Gregor Biastoch photo_3CC3E8DC_0EAA_7269_4138_2E6CB7A62F18.label = MP_Start_02_09_Gregor Biastoch photo_3CC3EBB7_0EAA_7627_41AB_BEED7EBC96E5.label = MP_Start_02_10_Gregor Biastoch photo_3CC3EBB7_0EAA_7627_41AB_BEED7EBC96E5.label = MP_Start_02_10_Gregor Biastoch photo_3CC342E1_0EAA_565B_4151_A350C3429336.label = MP_Start_03 album_81441350_CC02_6AF4_41C6_20220C572525_2.label = MP_Start_03 photo_3CC342E1_0EAA_565B_4151_A350C3429336.label = MP_Start_03 photo_3CC0F6D4_0EAA_5E79_415F_D45CB9C81610.label = MP_Start_04 photo_3CC0F6D4_0EAA_5E79_415F_D45CB9C81610.label = MP_Start_04 album_81441350_CC02_6AF4_41C6_20220C572525_3.label = MP_Start_04 panorama_9CCD2646_DCE3_194C_41E2_21FA214BF777.label = RS I / 04 – Detailed Sorting panorama_9CCAD696_DCE3_39CC_41E9_05850202C5FD.label = RS I / 01 – Storting panorama_9CCDF83B_DCE3_E8C4_41E2_F67408CE6061.label = RS I / 02 – Storage panorama_9CCD79CE_DCE3_6B5C_41D2_38CCBC90A75B.label = RS I / 03 – Medical Waste panorama_9CCC2375_DCE3_3F4C_41E2_E8A3DDF432E1.label = RS I / 05 – Shredding & Washing panorama_6F4C66FE_4A31_DE5B_41D0_96FC4964A64C.label = RS I / 07 – Drying panorama_6D39BFF1_4A32_AE69_41B4_C5375A511B48.label = RS II / 01 – Shop Entrance panorama_6F4F6C36_4A32_D1EB_41C7_CD7DAD87CD93.label = RS II / 02 – Sorting panorama_6F4FA5D1_4A31_B2A9_41C1_D860C6EF182C.label = RS II / 03 – Shredding & Washing panorama_94187D72_DB4B_3345_41DC_743E228A8607.label = RS II / 04 – PCR panorama_6F4D5DEC_4A32_F27F_41D1_D3AF7D513490.label = RS II / 05 – Bottle Caps panorama_6F4FE0CF_4A31_52B9_419A_72BB1B0FE151.label = RS II / 06 – Pallets to Yarn panorama_6FBF1401_4A36_F1A9_41D0_B8C09B5BEDB4.label = RS II / 07 – To Dumping Site panorama_6F622003_4A36_D1A9_41CE_1FA2D1F90BFB.label = RS II / 08 – Dumping Site video_A062CFB9_F476_45A5_41B3_CAE3DD638348.label = RSII_02_Sorting video_A062D6CD_F476_47FD_41C7_DC13DA08B833.label = RSII_06_Pallets video_A0627DA5_F476_45AD_41E2_4A8A5F5C7561.label = RSII_08_Spinning video_A05D94CC_F449_BBE3_41ED_A488CD277BEA.label = RSII_Zusammenschnitt_05_Washing video_A0635722_F476_46A7_41D9_F75512341FDB.label = RSI_07_Drying map_DF021FD7_DACB_0F4B_4174_768AEF7CD54C.label = Recycling_II_Floorplan map_DF02D37C_DACB_173D_41EA_107A9E0321C6.label = Recycling_I_Floorplan video_A0632069_F476_7AA5_41DD_266E5CC6742F.label = Retailer_Delivery panorama_8A78A3DA_7CBB_31A6_41DC_26E0E54E0B43.label = STS I / 01 – Unloading & Loading panorama_4C1F3E7D_7332_8BCC_4191_54D443CF4615.label = STS II / 01 – Waste Collection panorama_4C1CCF6B_7332_89F5_41B5_B5E689E81154.label = STS II / 02 – Waste Seperation panorama_4C1C6111_7332_9955_41A1_5C70EBAB9088.label = STS III / 01 – Roadside Dumping panorama_4C1DA250_7332_BBD3_41B8_B051399EC66F.label = STS III / 02 – Container panorama_88B8E75D_7CBB_F2A2_4167_71DF38181811.label = STS IV / 01 – Outlook video_C9888E77_CC0E_3ABC_41CF_A2E1F1714A40.label = STS IV_Start_01 video_CDC63F10_C402_5A74_41E9_A8A289A04B84.label = STS I_01_03 video_A05DFB19_F449_CE65_419A_68709DA4F321.label = STS_01_Cows & Crows map_C55E7D6A_733F_89F7_41D7_8F6EA046AF1F.label = STS_III_Floorplan map_CF8F141E_733F_FF4F_41C1_A2AA3F7131F7.label = STS_II_Floorplan panorama_1DB41E23_345A_9A73_419C_E04E0A8F1C1D.label = Start / Knowledge Transfer Hub panorama_A1F936CE_F10A_AE95_41D8_2F323CF0AB9C.label = Start / Mongla Port panorama_C1B3A241_9F48_4B2C_41E2_1B6D22627B72.label = Start / Rajbandh Landfill panorama_595155AF_DF23_3BDC_41DA_2565E0284F13.label = Start / Recycling Shop I panorama_C02405B1_0FE4_D9BA_4199_DE7CFB14EA6E.label = Start / Recycling Shop II panorama_900CFB48_E354_924E_41CD_7F0FA68A81A6.label = Start / SCIP-Plastics 360° panorama_7C441C3F_7CBB_16DE_41B9_D3E82B5943A0.label = Start / STS I – Nirala open panorama_4D25B81D_7333_F74D_41DA_F02DE8A55659.label = Start / STS II – Truck Terminal panorama_5695F757_52F5_224C_41D4_7280566CA943.label = Start / STS III – Dowlatpur Station panorama_88B8962D_7CBB_12E2_41D9_E865816F107B.label = Start / STS IV– Dowlatpur In-house panorama_2D0214EA_345B_8FFD_4153_93008BDC9DB4.label = Start / Waste Lab panorama_99AA615D_DCE3_7B7C_41DB_6EDBDDBF8967.label = Start / Waste Traders panorama_A01062D4_04EC_5BFA_417A_10768C4B66AC.label = Start / Wave Jute Textile Mill panorama_2D03E4EE_345B_8FF5_41B6_BA6B0694BE94.label = WL / 01 – Waste Collection panorama_2D1ABB1B_345A_9A53_41C3_D0FE66B996FD.label = WL / 02 – Extension Room panorama_2D1A706D_345A_86F7_41C1_7481B7F73F9C.label = WL / 03 – Main Lab panorama_2D19355C_345A_8ED5_41A6_29F36A7F9AF1.label = WL / 04 – Hallway panorama_2D0350A1_345A_866F_41AA_6D314188CB16.label = WL / 05 – Special Equipment Lab panorama_2D03F22D_345A_8A76_41C7_6BD2654719C4.label = WL / 06 – Lab for Analyses album_7B9C5639_3174_D9A7_41B7_6E2873D16F1B_0.label = WL_01_01 album_7B9C5639_3174_D9A7_41B7_6E2873D16F1B_1.label = WL_01_02 album_7B9C5639_3174_D9A7_41B7_6E2873D16F1B_2.label = WL_01_03 album_7C4C3E3D_3173_E99F_41C8_2888D3A9FC0A_0.label = WL_02_01_01 album_7C4C3E3D_3173_E99F_41C8_2888D3A9FC0A_1.label = WL_02_01_02 album_7C4C3E3D_3173_E99F_41C8_2888D3A9FC0A_2.label = WL_02_01_03 album_7C6424F0_317C_DAA5_41A6_0EE03243BC0B_0.label = WL_02_02_01 album_7C6424F0_317C_DAA5_41A6_0EE03243BC0B_1.label = WL_02_02_02 album_7C6424F0_317C_DAA5_41A6_0EE03243BC0B_2.label = WL_02_02_03 album_7C6F9981_317D_AB67_41B1_A0A816B7DF5E_0.label = WL_02_03_01 album_7C6F9981_317D_AB67_41B1_A0A816B7DF5E_1.label = WL_02_03_02 album_7C6F9981_317D_AB67_41B1_A0A816B7DF5E_2.label = WL_02_03_03 album_7C491007_317C_796B_41BF_2764A903CED0_0.label = WL_02_04_01 album_7C491007_317C_796B_41BF_2764A903CED0_1.label = WL_02_04_02 album_7C491007_317C_796B_41BF_2764A903CED0_2.label = WL_02_04_03 album_7C491007_317C_796B_41BF_2764A903CED0_3.label = WL_02_04_04 album_7C491007_317C_796B_41BF_2764A903CED0_4.label = WL_02_04_05 album_7C191387_317C_5F6B_41C1_F6A83F534EBF_0.label = WL_03_01_01 album_7C033BBF_317F_EE9B_41BC_1BD7C96C22AE_0.label = WL_03_02_01 album_7CE977FD_317C_A69F_41C3_FADFEEB8689F_0.label = WL_03_03_01 album_7CE977FD_317C_A69F_41C3_FADFEEB8689F_1.label = WL_03_03_02 album_7CC210BE_317C_5A9D_41BB_EF40A50FD6C2_0.label = WL_03_04_01 album_7CC0FEF5_317D_A6AF_41BF_C343D1EF9A9E_0.label = WL_03_05_01 album_7CC0FEF5_317D_A6AF_41BF_C343D1EF9A9E_1.label = WL_03_05_02 album_7CC0FEF5_317D_A6AF_41BF_C343D1EF9A9E_2.label = WL_03_05_03 album_7C848E08_317C_A965_41AF_F74439410069_0.label = WL_03_06_01 album_7C848E08_317C_A965_41AF_F74439410069_1.label = WL_03_06_02 album_7C848E08_317C_A965_41AF_F74439410069_2.label = WL_03_06_03 album_7C8E590F_3173_AB7B_41C0_F17A48EC8DA2_0.label = WL_03_07_01 album_7C8E590F_3173_AB7B_41C0_F17A48EC8DA2_1.label = WL_03_07_02 album_7C8E590F_3173_AB7B_41C0_F17A48EC8DA2_2.label = WL_03_07_03 album_7D5F55E2_3174_BAA5_41AC_7098D17733FF_0.label = WL_03_08_01 album_7D5F55E2_3174_BAA5_41AC_7098D17733FF_1.label = WL_03_08_02 album_7D5F55E2_3174_BAA5_41AC_7098D17733FF_2.label = WL_03_08_03 album_7D51C25C_3175_B99D_41AD_EE385D79728C_0.label = WL_03_09_01 album_7D257504_3174_DB6D_41B6_34119B2D4DB2_0.label = WL_03_10_01 album_7D257504_3174_DB6D_41B6_34119B2D4DB2_1.label = WL_03_10_02 album_7D257504_3174_DB6D_41B6_34119B2D4DB2_2.label = WL_03_10_03 album_7D257504_3174_DB6D_41B6_34119B2D4DB2_3.label = WL_03_10_04 album_7D14F441_3174_59E7_41B3_F99D312D7A49_0.label = WL_08_01_01 album_7D14F441_3174_59E7_41B3_F99D312D7A49_1.label = WL_08_01_02 album_7DC54C5D_3175_A99F_41A5_0D1075723E83_0.label = WL_08_02_01 album_7DEDAB54_3174_6FED_41C6_B3D11474176B_0.label = WL_08_03_01 album_7DEDAB54_3174_6FED_41C6_B3D11474176B_1.label = WL_08_03_02 album_7DEDAB54_3174_6FED_41C6_B3D11474176B_2.label = WL_08_03_03 album_7DEDAB54_3174_6FED_41C6_B3D11474176B_3.label = WL_08_03_04 album_B8763470_CC0E_6EB4_41D7_18C72294B580_0.label = WL_Start_01 album_B8763470_CC0E_6EB4_41D7_18C72294B580_1.label = WL_Start_02 album_B8763470_CC0E_6EB4_41D7_18C72294B580_2.label = WL_Start_03 album_B8763470_CC0E_6EB4_41D7_18C72294B580_3.label = WL_Start_04 photo_34E99085_319C_796F_41B0_9216D1BC9FEE.label = WL_Start_05 photo_34E99085_319C_796F_41B0_9216D1BC9FEE.label = WL_Start_05 ### Video videolevel_5A5E1CCA_706C_A213_4193_AA0A89ED60AB.url = media/video_278DC83A_2266_31F1_41B2_A9D5B0355E76_de.m3u8 videolevel_5A5E7CCA_706C_A213_41D8_7983820A92FB.url = media/video_278DC83A_2266_31F1_41B2_A9D5B0355E76_de.mp4 videolevel_5A5E7CCA_706C_A213_41D8_7983820A92FB.posterURL = media/video_278DC83A_2266_31F1_41B2_A9D5B0355E76_poster_de.jpg videolevel_5A5E1CCA_706C_A213_4193_AA0A89ED60AB.posterURL = media/video_278DC83A_2266_31F1_41B2_A9D5B0355E76_poster_de.jpg videolevel_5A485EF8_706C_BFFF_41D3_3A8E30F7307B.url = media/video_278E3595_2262_52B3_41C0_7E3986F761C6_de.m3u8 videolevel_5A8DD86F_706C_E211_41B1_9411100C758D.url = media/video_278E3595_2262_52B3_41C0_7E3986F761C6_de.mp4 videolevel_5A485EF8_706C_BFFF_41D3_3A8E30F7307B.posterURL = media/video_278E3595_2262_52B3_41C0_7E3986F761C6_poster_de.jpg videolevel_5A8DD86F_706C_E211_41B1_9411100C758D.posterURL = media/video_278E3595_2262_52B3_41C0_7E3986F761C6_poster_de.jpg videolevel_5B7BAA8B_706C_E611_41D7_314149D512E4.url = media/video_278EA2DB_2262_76B7_41A0_CA69FF51FAC2_de.m3u8 videolevel_5B03F0D2_706F_A233_41D5_1399E23F8F73.url = media/video_278EA2DB_2262_76B7_41A0_CA69FF51FAC2_de.mp4 videolevel_5B7BAA8B_706C_E611_41D7_314149D512E4.posterURL = media/video_278EA2DB_2262_76B7_41A0_CA69FF51FAC2_poster_de.jpg videolevel_5B03F0D2_706F_A233_41D5_1399E23F8F73.posterURL = media/video_278EA2DB_2262_76B7_41A0_CA69FF51FAC2_poster_de.jpg videolevel_5BECF2E4_706F_A617_41A5_B895E7348712.url = media/video_278F9C8F_2262_52AF_418A_05D7594816F8_de.m3u8 videolevel_5BBDD9E9_706C_6211_41AD_A764BB5C7243.url = media/video_278F9C8F_2262_52AF_418A_05D7594816F8_de.mp4 videolevel_5BBDD9E9_706C_6211_41AD_A764BB5C7243.posterURL = media/video_278F9C8F_2262_52AF_418A_05D7594816F8_poster_de.jpg videolevel_5BECF2E4_706F_A617_41A5_B895E7348712.posterURL = media/video_278F9C8F_2262_52AF_418A_05D7594816F8_poster_de.jpg videolevel_5BAB8BE2_706C_6613_41D1_756C34234034.url = media/video_278FA5BA_2262_72F1_41B7_A05E5681AD4E_de.m3u8 videolevel_5DE34A63_7094_A611_41C4_2B80FDCBFBCE.url = media/video_278FA5BA_2262_72F1_41B7_A05E5681AD4E_de.mp4 videolevel_5BAB8BE2_706C_6613_41D1_756C34234034.posterURL = media/video_278FA5BA_2262_72F1_41B7_A05E5681AD4E_poster_de.jpg videolevel_5DE34A63_7094_A611_41C4_2B80FDCBFBCE.posterURL = media/video_278FA5BA_2262_72F1_41B7_A05E5681AD4E_poster_de.jpg videolevel_5D041F30_7094_9E0F_41C7_948F906D33A9.url = media/video_27A8B530_21AE_53F1_4196_877736E9FC40_de.m3u8 videolevel_5E82A0F1_7094_63F1_41D2_41810413F465.url = media/video_27A8B530_21AE_53F1_4196_877736E9FC40_de.mp4 videolevel_5D041F30_7094_9E0F_41C7_948F906D33A9.posterURL = media/video_27A8B530_21AE_53F1_4196_877736E9FC40_poster_de.jpg videolevel_5E82A0F1_7094_63F1_41D2_41810413F465.posterURL = media/video_27A8B530_21AE_53F1_4196_877736E9FC40_poster_de.jpg videolevel_5E99936B_7094_6611_41D4_486A41CDB6FB.url = media/video_27A94C0F_21AE_31AF_41BB_120AE38A4D7B_de.m3u8 videolevel_583F8E3F_7094_7E71_41DB_DD22C01CE02E.url = media/video_27A94C0F_21AE_31AF_41BB_120AE38A4D7B_de.mp4 videolevel_583F8E3F_7094_7E71_41DB_DD22C01CE02E.posterURL = media/video_27A94C0F_21AE_31AF_41BB_120AE38A4D7B_poster_de.jpg videolevel_5E99936B_7094_6611_41D4_486A41CDB6FB.posterURL = media/video_27A94C0F_21AE_31AF_41BB_120AE38A4D7B_poster_de.jpg videolevel_585D824D_7094_6611_41B8_6ABA42249B89.url = media/video_2BA94589_21AE_3293_41BF_059EC63E5E1A_de.m3u8 videolevel_59B829D5_709B_A231_41A8_F23F7179ADFC.url = media/video_2BA94589_21AE_3293_41BF_059EC63E5E1A_de.mp4 videolevel_585D824D_7094_6611_41B8_6ABA42249B89.posterURL = media/video_2BA94589_21AE_3293_41BF_059EC63E5E1A_poster_de.jpg videolevel_59B829D5_709B_A231_41A8_F23F7179ADFC.posterURL = media/video_2BA94589_21AE_3293_41BF_059EC63E5E1A_poster_de.jpg videolevel_59D11E47_709B_9E11_41AA_E7ABC50F48AE.url = media/video_461642A6_BD13_CF7E_41E6_68881139750F_de.m3u8 videolevel_590F47B4_709C_6E77_41BA_2AF8B8C18D14.url = media/video_461642A6_BD13_CF7E_41E6_68881139750F_de.mp4 videolevel_59D11E47_709B_9E11_41AA_E7ABC50F48AE.posterURL = media/video_461642A6_BD13_CF7E_41E6_68881139750F_poster_de.jpg videolevel_590F47B4_709C_6E77_41BA_2AF8B8C18D14.posterURL = media/video_461642A6_BD13_CF7E_41E6_68881139750F_poster_de.jpg videolevel_5984D587_706C_A211_41C1_021908E5F712.url = media/video_5E6E23A9_2261_F693_41BA_428E685A6D6F_de.m3u8 videolevel_59852587_706C_A211_41B1_8280E5FF29C5.url = media/video_5E6E23A9_2261_F693_41BA_428E685A6D6F_de.mp4 videolevel_59852587_706C_A211_41B1_8280E5FF29C5.posterURL = media/video_5E6E23A9_2261_F693_41BA_428E685A6D6F_poster_de.jpg videolevel_5984D587_706C_A211_41C1_021908E5F712.posterURL = media/video_5E6E23A9_2261_F693_41BA_428E685A6D6F_poster_de.jpg videolevel_59A36397_706C_A631_41D7_2A8711074750.url = media/video_5F67B907_2266_539F_41C2_32878E831D23_de.m3u8 videolevel_59A37397_706C_A631_41D0_B30502340769.url = media/video_5F67B907_2266_539F_41C2_32878E831D23_de.mp4 videolevel_59A36397_706C_A631_41D7_2A8711074750.posterURL = media/video_5F67B907_2266_539F_41C2_32878E831D23_poster_de.jpg videolevel_59A37397_706C_A631_41D0_B30502340769.posterURL = media/video_5F67B907_2266_539F_41C2_32878E831D23_poster_de.jpg videolevel_59F91629_706C_6E11_41D9_6EA1FEE1E4A9.url = media/video_82969B79_E36C_F24E_41D5_95F2ED93FE91_de.mp4 videolevel_59F91629_706C_6E11_41D9_6EA1FEE1E4A9.posterURL = media/video_82969B79_E36C_F24E_41D5_95F2ED93FE91_poster_de.jpg videolevel_5C7EE516_70B4_A233_41D7_000C4F4C8E24.url = media/video_8387F847_CC02_26DC_41D4_1F5EF9A5AE71_de.m3u8 videolevel_5DCB8613_70B5_AE31_41D3_7902F972B1E9.url = media/video_8387F847_CC02_26DC_41D4_1F5EF9A5AE71_de.mp4 videolevel_5DCB8613_70B5_AE31_41D3_7902F972B1E9.posterURL = media/video_8387F847_CC02_26DC_41D4_1F5EF9A5AE71_poster_de.jpg videolevel_5C7EE516_70B4_A233_41D7_000C4F4C8E24.posterURL = media/video_8387F847_CC02_26DC_41D4_1F5EF9A5AE71_poster_de.jpg videolevel_59E947C3_706C_6E11_41C8_06E8E928C38A.url = media/video_868C0FFD_E36C_B246_41DB_E3F9D8BAB2B5_de.mp4 videolevel_59E947C3_706C_6E11_41C8_06E8E928C38A.posterURL = media/video_868C0FFD_E36C_B246_41DB_E3F9D8BAB2B5_poster_de.jpg videolevel_59D9B93A_706C_6270_41CC_2207F6EF8FC6.url = media/video_868D12FF_E36C_9242_41A7_5ED6408CE585_de.mp4 videolevel_59D9B93A_706C_6270_41CC_2207F6EF8FC6.posterURL = media/video_868D12FF_E36C_9242_41A7_5ED6408CE585_poster_de.jpg videolevel_5CC5371F_70BB_EE31_41D0_88B74034CF7D.url = media/video_A05D94CC_F449_BBE3_41ED_A488CD277BEA_de.m3u8 videolevel_5C48631C_70B4_A637_41AC_C6D90DCF59B5.url = media/video_A05D94CC_F449_BBE3_41ED_A488CD277BEA_de.mp4 videolevel_5C48631C_70B4_A637_41AC_C6D90DCF59B5.posterURL = media/video_A05D94CC_F449_BBE3_41ED_A488CD277BEA_poster_de.jpg videolevel_5CC5371F_70BB_EE31_41D0_88B74034CF7D.posterURL = media/video_A05D94CC_F449_BBE3_41ED_A488CD277BEA_poster_de.jpg videolevel_5919690E_709C_6213_4192_52684ED4581B.url = media/video_A05DFB19_F449_CE65_419A_68709DA4F321_de.m3u8 videolevel_5A1E2FFF_709C_9DF1_41D6_381749A954A8.url = media/video_A05DFB19_F449_CE65_419A_68709DA4F321_de.mp4 videolevel_5A1E2FFF_709C_9DF1_41D6_381749A954A8.posterURL = media/video_A05DFB19_F449_CE65_419A_68709DA4F321_poster_de.jpg videolevel_5919690E_709C_6213_4192_52684ED4581B.posterURL = media/video_A05DFB19_F449_CE65_419A_68709DA4F321_poster_de.jpg videolevel_5B2B1B43_709D_A611_41DB_9E175B719308.url = media/video_A06108FB_F476_CBA5_41CF_6DB9D2A50D64_de.m3u8 videolevel_5D853A1E_7095_E633_4195_3EBF29FEC377.url = media/video_A06108FB_F476_CBA5_41CF_6DB9D2A50D64_de.mp4 videolevel_5D853A1E_7095_E633_4195_3EBF29FEC377.posterURL = media/video_A06108FB_F476_CBA5_41CF_6DB9D2A50D64_poster_de.jpg videolevel_5B2B1B43_709D_A611_41DB_9E175B719308.posterURL = media/video_A06108FB_F476_CBA5_41CF_6DB9D2A50D64_poster_de.jpg videolevel_5B841134_70BC_6277_41D7_033909DF3AF3.url = media/video_A0627DA5_F476_45AD_41E2_4A8A5F5C7561_de.m3u8 videolevel_5CABE549_70BB_E211_41D0_F9F55EF39739.url = media/video_A0627DA5_F476_45AD_41E2_4A8A5F5C7561_de.mp4 videolevel_5B841134_70BC_6277_41D7_033909DF3AF3.posterURL = media/video_A0627DA5_F476_45AD_41E2_4A8A5F5C7561_poster_de.jpg videolevel_5CABE549_70BB_E211_41D0_F9F55EF39739.posterURL = media/video_A0627DA5_F476_45AD_41E2_4A8A5F5C7561_poster_de.jpg videolevel_59C4BAB7_70BC_6671_41C4_CCD92D5B1EA2.url = media/video_A062CFB9_F476_45A5_41B3_CAE3DD638348_de.m3u8 videolevel_5A96C9F3_70BC_65F1_41AF_479F26A3AE58.url = media/video_A062CFB9_F476_45A5_41B3_CAE3DD638348_de.mp4 videolevel_5A96C9F3_70BC_65F1_41AF_479F26A3AE58.posterURL = media/video_A062CFB9_F476_45A5_41B3_CAE3DD638348_poster_de.jpg videolevel_59C4BAB7_70BC_6671_41C4_CCD92D5B1EA2.posterURL = media/video_A062CFB9_F476_45A5_41B3_CAE3DD638348_poster_de.jpg videolevel_5A83EBCA_70BC_6613_41D8_150661818440.url = media/video_A062D6CD_F476_47FD_41C7_DC13DA08B833_de.m3u8 videolevel_5A680F2B_70BC_9E11_416F_17FE7562F762.url = media/video_A062D6CD_F476_47FD_41C7_DC13DA08B833_de.mp4 videolevel_5A83EBCA_70BC_6613_41D8_150661818440.posterURL = media/video_A062D6CD_F476_47FD_41C7_DC13DA08B833_poster_de.jpg videolevel_5A680F2B_70BC_9E11_416F_17FE7562F762.posterURL = media/video_A062D6CD_F476_47FD_41C7_DC13DA08B833_poster_de.jpg videolevel_5D50C425_70B4_6211_41CD_ED513DDA9610.url = media/video_A0632069_F476_7AA5_41DD_266E5CC6742F_de.m3u8 videolevel_5804A18A_70B4_A213_41B4_3EC79DE12CEB.url = media/video_A0632069_F476_7AA5_41DD_266E5CC6742F_de.mp4 videolevel_5D50C425_70B4_6211_41CD_ED513DDA9610.posterURL = media/video_A0632069_F476_7AA5_41DD_266E5CC6742F_poster_de.jpg videolevel_5804A18A_70B4_A213_41B4_3EC79DE12CEB.posterURL = media/video_A0632069_F476_7AA5_41DD_266E5CC6742F_poster_de.jpg videolevel_5835632E_70B4_A613_41C6_710D985BF6B2.url = media/video_A0635722_F476_46A7_41D9_F75512341FDB_de.m3u8 videolevel_59A9C8E3_70BC_6211_41D8_825CCED14962.url = media/video_A0635722_F476_46A7_41D9_F75512341FDB_de.mp4 videolevel_59A9C8E3_70BC_6211_41D8_825CCED14962.posterURL = media/video_A0635722_F476_46A7_41D9_F75512341FDB_poster_de.jpg videolevel_5835632E_70B4_A613_41C6_710D985BF6B2.posterURL = media/video_A0635722_F476_46A7_41D9_F75512341FDB_poster_de.jpg videolevel_5B671256_70B4_A633_41D6_2ABDEDB3941F.url = media/video_A0638109_F476_5A65_41D5_4317D3443AAA_de.m3u8 videolevel_5C2B363F_70B4_AE71_41BD_B0F0BF1A1331.url = media/video_A0638109_F476_5A65_41D5_4317D3443AAA_de.mp4 videolevel_5B671256_70B4_A633_41D6_2ABDEDB3941F.posterURL = media/video_A0638109_F476_5A65_41D5_4317D3443AAA_poster_de.jpg videolevel_5C2B363F_70B4_AE71_41BD_B0F0BF1A1331.posterURL = media/video_A0638109_F476_5A65_41D5_4317D3443AAA_poster_de.jpg videolevel_5C4067F3_70B4_ADF1_419F_FD3EB1FE97C3.url = media/video_A0638851_F476_4AE5_41E3_AD1947A6D556_de.m3u8 videolevel_5D39E256_70B4_6633_41D5_2B1C970D7A5F.url = media/video_A0638851_F476_4AE5_41E3_AD1947A6D556_de.mp4 videolevel_5D39E256_70B4_6633_41D5_2B1C970D7A5F.posterURL = media/video_A0638851_F476_4AE5_41E3_AD1947A6D556_poster_de.jpg videolevel_5C4067F3_70B4_ADF1_419F_FD3EB1FE97C3.posterURL = media/video_A0638851_F476_4AE5_41E3_AD1947A6D556_poster_de.jpg videolevel_59F688BF_70AD_A271_41A3_D5E8CC8AA5D3.url = media/video_A063C1CB_F476_BDE5_41D7_19AB2E1192E3_de.m3u8 videolevel_5A5251BB_70AC_A271_41CB_CBD96DB00AB8.url = media/video_A063C1CB_F476_BDE5_41D7_19AB2E1192E3_de.mp4 videolevel_59F688BF_70AD_A271_41A3_D5E8CC8AA5D3.posterURL = media/video_A063C1CB_F476_BDE5_41D7_19AB2E1192E3_poster_de.jpg videolevel_5A5251BB_70AC_A271_41CB_CBD96DB00AB8.posterURL = media/video_A063C1CB_F476_BDE5_41D7_19AB2E1192E3_poster_de.jpg videolevel_5DAECBA8_7095_E61F_41D9_4B98723814B5.url = media/video_A0640301_F476_DE65_41C0_98181527B520_de.m3u8 videolevel_58F9809C_7095_A237_41AC_80581A70BD03.url = media/video_A0640301_F476_DE65_41C0_98181527B520_de.mp4 videolevel_58F9809C_7095_A237_41AC_80581A70BD03.posterURL = media/video_A0640301_F476_DE65_41C0_98181527B520_poster_de.jpg videolevel_5DAECBA8_7095_E61F_41D9_4B98723814B5.posterURL = media/video_A0640301_F476_DE65_41C0_98181527B520_poster_de.jpg videolevel_580BD207_7095_A611_41CC_008B1AC021B6.url = media/video_A0641A1A_F476_CE67_41C9_FC9F19159318_de.m3u8 videolevel_59E44723_70AD_AE11_41D7_6AB092121125.url = media/video_A0641A1A_F476_CE67_41C9_FC9F19159318_de.mp4 videolevel_580BD207_7095_A611_41CC_008B1AC021B6.posterURL = media/video_A0641A1A_F476_CE67_41C9_FC9F19159318_poster_de.jpg videolevel_59E44723_70AD_AE11_41D7_6AB092121125.posterURL = media/video_A0641A1A_F476_CE67_41C9_FC9F19159318_poster_de.jpg videolevel_5A7D3364_70AC_A617_41D8_D78265512607.url = media/video_A0643A65_F476_4EAD_4180_A9C94777D815_de.m3u8 videolevel_5B7100A2_70B4_A213_41D0_5FA3845E51C0.url = media/video_A0643A65_F476_4EAD_4180_A9C94777D815_de.mp4 videolevel_5B7100A2_70B4_A213_41D0_5FA3845E51C0.posterURL = media/video_A0643A65_F476_4EAD_4180_A9C94777D815_poster_de.jpg videolevel_5A7D3364_70AC_A617_41D8_D78265512607.posterURL = media/video_A0643A65_F476_4EAD_4180_A9C94777D815_poster_de.jpg videolevel_5DE7B9CC_70B5_A217_41A9_F899D8B6E2C2.url = media/video_A59B21C0_A3C8_492C_41E3_300EE9F64714_de.m3u8 videolevel_582B83F9_70B4_65F1_41D9_A5C819BD819E.url = media/video_A59B21C0_A3C8_492C_41E3_300EE9F64714_de.mp4 videolevel_5DE7B9CC_70B5_A217_41A9_F899D8B6E2C2.posterURL = media/video_A59B21C0_A3C8_492C_41E3_300EE9F64714_poster_de.jpg videolevel_582B83F9_70B4_65F1_41D9_A5C819BD819E.posterURL = media/video_A59B21C0_A3C8_492C_41E3_300EE9F64714_poster_de.jpg videolevel_5D23DDA8_7095_E21F_41D3_4657EAC32FDE.url = media/video_A59B3800_A3C8_472C_41E3_12874278DE6E_de.m3u8 videolevel_58050B87_7097_A611_41BA_9BC7BA17DA7F.url = media/video_A59B3800_A3C8_472C_41E3_12874278DE6E_de.mp4 videolevel_58050B87_7097_A611_41BA_9BC7BA17DA7F.posterURL = media/video_A59B3800_A3C8_472C_41E3_12874278DE6E_poster_de.jpg videolevel_5D23DDA8_7095_E21F_41D3_4657EAC32FDE.posterURL = media/video_A59B3800_A3C8_472C_41E3_12874278DE6E_poster_de.jpg videolevel_5C36D404_70AB_A217_41DA_212A5A5CEA0F.url = media/video_A59B40AA_A3C8_C77C_41E0_E8352B6B8FF2_de.m3u8 videolevel_5DCA8B4F_7095_E611_41D9_42C81ADAC432.url = media/video_A59B40AA_A3C8_C77C_41E0_E8352B6B8FF2_de.mp4 videolevel_5C36D404_70AB_A217_41DA_212A5A5CEA0F.posterURL = media/video_A59B40AA_A3C8_C77C_41E0_E8352B6B8FF2_poster_de.jpg videolevel_5DCA8B4F_7095_E611_41D9_42C81ADAC432.posterURL = media/video_A59B40AA_A3C8_C77C_41E0_E8352B6B8FF2_poster_de.jpg videolevel_5B052C33_70AC_6271_41CA_FABFCC6E1022.url = media/video_A59B490E_A3C8_D934_4198_EB68F58573E8_de.m3u8 videolevel_5C0FF1AD_70AB_A211_41B5_E988B1374082.url = media/video_A59B490E_A3C8_D934_4198_EB68F58573E8_de.mp4 videolevel_5B052C33_70AC_6271_41CA_FABFCC6E1022.posterURL = media/video_A59B490E_A3C8_D934_4198_EB68F58573E8_poster_de.jpg videolevel_5C0FF1AD_70AB_A211_41B5_E988B1374082.posterURL = media/video_A59B490E_A3C8_D934_4198_EB68F58573E8_poster_de.jpg videolevel_5A0A1607_70AC_EE11_41A5_5E6D79147592.url = media/video_A59B514E_A3C8_C934_41D3_8945BB83F026_de.m3u8 videolevel_5B1DE9F4_70AC_65F7_41B8_9255CCFA7BE8.url = media/video_A59B514E_A3C8_C934_41D3_8945BB83F026_de.mp4 videolevel_5B1DE9F4_70AC_65F7_41B8_9255CCFA7BE8.posterURL = media/video_A59B514E_A3C8_C934_41D3_8945BB83F026_poster_de.jpg videolevel_5A0A1607_70AC_EE11_41A5_5E6D79147592.posterURL = media/video_A59B514E_A3C8_C934_41D3_8945BB83F026_poster_de.jpg videolevel_597905EE_70AC_6213_41D1_CD2E180A30D6.url = media/video_A59B5A64_A3C8_FBF4_41E1_599BF709054A_de.m3u8 videolevel_5A1CC3E9_70AC_E611_41D5_F9923E5BE618.url = media/video_A59B5A64_A3C8_FBF4_41E1_599BF709054A_de.mp4 videolevel_5A1CC3E9_70AC_E611_41D5_F9923E5BE618.posterURL = media/video_A59B5A64_A3C8_FBF4_41E1_599BF709054A_poster_de.jpg videolevel_597905EE_70AC_6213_41D1_CD2E180A30D6.posterURL = media/video_A59B5A64_A3C8_FBF4_41E1_599BF709054A_poster_de.jpg videolevel_599BC8E4_70B5_E217_41B3_50ACD8DE7A27.url = media/video_A59B62DC_A3C8_C8D4_41E1_EC056BADDBE5_de.m3u8 videolevel_595323D9_70AC_6631_41BA_488B411C6B73.url = media/video_A59B62DC_A3C8_C8D4_41E1_EC056BADDBE5_de.mp4 videolevel_595323D9_70AC_6631_41BA_488B411C6B73.posterURL = media/video_A59B62DC_A3C8_C8D4_41E1_EC056BADDBE5_poster_de.jpg videolevel_599BC8E4_70B5_E217_41B3_50ACD8DE7A27.posterURL = media/video_A59B62DC_A3C8_C8D4_41E1_EC056BADDBE5_poster_de.jpg videolevel_585AE5EE_70B4_6213_41A4_B08E3F4E5EF1.url = media/video_A59B6BF5_A3C8_D8D4_41D9_1FD26F6FDC81_de.m3u8 videolevel_587716EC_70B5_EE17_41BB_BBA04BFC321C.url = media/video_A59B6BF5_A3C8_D8D4_41D9_1FD26F6FDC81_de.mp4 videolevel_585AE5EE_70B4_6213_41A4_B08E3F4E5EF1.posterURL = media/video_A59B6BF5_A3C8_D8D4_41D9_1FD26F6FDC81_poster_de.jpg videolevel_587716EC_70B5_EE17_41BB_BBA04BFC321C.posterURL = media/video_A59B6BF5_A3C8_D8D4_41D9_1FD26F6FDC81_poster_de.jpg videolevel_5A358166_709C_6213_41C9_DABBEF84A8DD.url = media/video_AE07C215_F476_FE6D_41ED_E0975524537E_de.m3u8 videolevel_5B1ED9AE_709D_A213_41B4_386152C5956B.url = media/video_AE07C215_F476_FE6D_41ED_E0975524537E_de.mp4 videolevel_5B1ED9AE_709D_A213_41B4_386152C5956B.posterURL = media/video_AE07C215_F476_FE6D_41ED_E0975524537E_poster_de.jpg videolevel_5A358166_709C_6213_41C9_DABBEF84A8DD.posterURL = media/video_AE07C215_F476_FE6D_41ED_E0975524537E_poster_de.jpg videolevel_5997192C_7094_6217_41BF_5111A26D82E0.url = media/video_C9888E77_CC0E_3ABC_41CF_A2E1F1714A40_de.m3u8 videolevel_5A8D588D_709C_6211_41D6_0902D7CDA207.url = media/video_C9888E77_CC0E_3ABC_41CF_A2E1F1714A40_de.mp4 videolevel_5997192C_7094_6217_41BF_5111A26D82E0.posterURL = media/video_C9888E77_CC0E_3ABC_41CF_A2E1F1714A40_poster_de.jpg videolevel_5A8D588D_709C_6211_41D6_0902D7CDA207.posterURL = media/video_C9888E77_CC0E_3ABC_41CF_A2E1F1714A40_poster_de.jpg videolevel_5AE57B1F_709C_6631_41D4_720CADE0D0A1.url = media/video_C990108B_CC1E_2654_41D8_A1FDD55F47ED_de.m3u8 videolevel_5A4803F0_709D_E60F_41B9_D926A3C6EF45.url = media/video_C990108B_CC1E_2654_41D8_A1FDD55F47ED_de.mp4 videolevel_5A4803F0_709D_E60F_41B9_D926A3C6EF45.posterURL = media/video_C990108B_CC1E_2654_41D8_A1FDD55F47ED_poster_de.jpg videolevel_5AE57B1F_709C_6631_41D4_720CADE0D0A1.posterURL = media/video_C990108B_CC1E_2654_41D8_A1FDD55F47ED_poster_de.jpg videolevel_5BA0F691_709D_EE31_41DA_E00E54303722.url = media/video_C99049A3_CC1E_2654_41CA_A6B16F3101E4_de.m3u8 videolevel_5CB958FB_709C_E3F1_41B1_3D519ACBFBB7.url = media/video_C99049A3_CC1E_2654_41CA_A6B16F3101E4_de.mp4 videolevel_5BA0F691_709D_EE31_41DA_E00E54303722.posterURL = media/video_C99049A3_CC1E_2654_41CA_A6B16F3101E4_poster_de.jpg videolevel_5CB958FB_709C_E3F1_41B1_3D519ACBFBB7.posterURL = media/video_C99049A3_CC1E_2654_41CA_A6B16F3101E4_poster_de.jpg videolevel_586B61D0_7097_A20F_417D_15826787D838.url = media/video_CDC63F10_C402_5A74_41E9_A8A289A04B84_de.m3u8 videolevel_59BD86C8_7094_6E1F_41D2_0C53C621CA86.url = media/video_CDC63F10_C402_5A74_41E9_A8A289A04B84_de.mp4 videolevel_59BD86C8_7094_6E1F_41D2_0C53C621CA86.posterURL = media/video_CDC63F10_C402_5A74_41E9_A8A289A04B84_poster_de.jpg videolevel_586B61D0_7097_A20F_417D_15826787D838.posterURL = media/video_CDC63F10_C402_5A74_41E9_A8A289A04B84_poster_de.jpg videolevel_5CF451EB_709C_A211_41A1_0E69153E2A92.url = media/video_DAEA1057_1597_A410_4189_4D253785DC42_de.m3u8 videolevel_5D02D10D_709B_E211_41CE_53FEB4984EE0.url = media/video_DAEA1057_1597_A410_4189_4D253785DC42_de.mp4 videolevel_5CF451EB_709C_A211_41A1_0E69153E2A92.posterURL = media/video_DAEA1057_1597_A410_4189_4D253785DC42_poster_de.jpg videolevel_5D02D10D_709B_E211_41CE_53FEB4984EE0.posterURL = media/video_DAEA1057_1597_A410_4189_4D253785DC42_poster_de.jpg ### Video Untertitel ## Popup ### Body htmlText_62752079_646D_FCB8_41C4_6606BF0A710E.html =


htmlText_353F2A5D_EE78_3430_41E3_0A496C2EB8E6.html =


htmlText_ED6F4000_E891_9BF4_41ED_7DFCDE8D3950.html =
The LCA calculations are based on standardized methodologies established under the guidelines of ISO 14044:2006. For this analysis, the openLCA software and the ecoinvent database were utilized alongside specific assumptions to support the comparative assessment of the environmental impacts of 1 kg of jute and 1 kg of LDPE.
The system boundaries encompassed the entire life cycle of both materials, including raw material extraction (cradle), manufacturing, transportation, consumption, and end-of-life disposal (grave). Each phase of the life cycle comprises multiple processes, which were systematically modelled within the LCA framework.
htmlText_625BA47E_67A4_C4B8_4192_DB1B2BF371B7.html =
Bauhaus-Universität Weimar (BUW)
Prof. Dr.-Ing. Eckhard Kraft
Chair of Resource Management
waste@bauing.uni-weimar.de
www.uni-weimar.de
htmlText_625D8441_645C_C4C8_41D4_9A531080BB3E.html =
Chittagong University of Engineering & Technology (CUET)
Prof. Dr. Mst. Farzana Rahman Zuthi
Department of Civil Engineering
farzana@cuet.ac.bd
www.cuet.ac.bd
htmlText_625BF60A_67A4_4458_41D6_32468E37F9EC.html =
Institute for Social-Ecological Research (ISOE)
Heide Kerber, MA
Coupled Infrastructures
heide.kerber@isoe.de
Dr.-Ing. Martin Zimmermann
Coupled Infrastructures
martin.zimmermann@isoe.de
www.isoe.de
htmlText_625DBBF5_645C_C3C8_41D5_D09AC62F7F12.html =
Khulna City Corporation (KCC)
Abir Ul Jabbar
Ministry of Local Government,
Rural Development, and Cooperatives
abirul.jabbar@yahoo.com
www.khulnacity.org
htmlText_625D4C8D_645C_4458_41D0_BB35A1A6676C.html =
Khulna University of Engineering & Technology (KUET)
Prof. Dr. Mohammad Mashud
Department of Mechanical Engineering
mdmashud@me.kuet.ac.bd
Prof. Dr. Mdd. Rafizul Islam
Department of Civil Engineering
imrafizul@ce.kuet.ac.bd
www.kuet.ac.bd
htmlText_1103D4E9_148E_AC30_419C_D1EBE9371D24.html =
Active Work Zone: Waste Picking
(Assessment category 17)
On average, around 20 informal waste pickers regularly work on the Rajbandh site. Based on interviews with KCC officials, waste picking at the site is tolerated but not encouraged.
htmlText_2AAB8CA5_055F_8483_418C_8110A9729C17.html =
Bottle Caps
Bottle caps consist primary of high-density polyethylene (HDPE) or polypropylene (PP). These materials usually fetch a high price and are therefore carefully sorted according to type, quality and color.
htmlText_ED81822F_EB90_9C0C_41C6_E5934BA6AD82.html =
Carding
Carding is a crucial process that converts long, meshy jute fibres into spinnable fibres, known as slivers, with the desired linear density. This process typically occurs in two or three stages, spanning several days, as the fibres pass through a series of progressively finer carding machines. Carding is divided into the two main stages of breaker card and finisher card [1,3].
The process pictured here is the first step, the breaker card. While entering the breaker carding machine, the jute undergoes root cutting to remove coarse ends. The breaker carding machine then breaks down the meshy jute structure into individual long filaments while simultaneously removing dust and impurities. The jute is manually piled and fed into the machine in controlled amounts, where multiple rollers process it into slivers. This stage results in a finer, softer, and cleaner fibre, preparing it for subsequent processing [3].
htmlText_ED65389C_E891_EC0C_41D1_531008DC2585.html =
Comparative Life Cycle Assessment (LCA)
Are products made of jute generally more environmentally friendly than single-use products from plastics? To answer this question scientifically, the environmental impacts of both products are assessed throughout their entire life cycle.
A comparative Life Cycle Assessment (LCA) was conducted comparing the environmental impacts of 1 kg of jute and 1 kg of low-density polyethylene (LDPE). LCA systematically evaluates each phase of a product’s life cycle, from raw material extraction to end-of-life disposal, providing a comprehensive measure of its environmental footprint. This methodology enables a detailed assessment of sustainability by considering multiple impact categories, such as resource depletion, greenhouse gas emissions, and pollution. By applying LCA, product comparisons become more transparent, enabling a clearer understanding of eco-friendly trends and hotspots of environmental footprints. This approach helps identify alternatives with lower environmental impacts, supporting more informed and sustainable decision-making.
htmlText_2D79FAEF_281C_FBA1_41BD_81BE762EEC24.html =
Container
Although containers can help to reduce the spreading of waste, their limited capacity can quickly result in the opposite effect: if the container is full, waste is dumped around it. In addition, waste collectors must first empty their rickshaw vans onto the ground and then manually shovel the waste into the container. This waste transfer is time-consuming and inconvenient for the drivers. The container’s significant advantage is that skip loader trucks do not require any additional equipment for loading. They can pick up the containers and take them directly to the final disposal site. As of 2024, there are 80 containers (open skips and closed containers) deployed throughout KCC.
htmlText_10F59635_158A_AC10_41A4_D5559A78A11E.html =
Containment and Vector Control
(Assessment category 11)
There are no specific procedures to ensure on-site waste containment or pest control measures. Animals can freely move and forage on the site: goats, dogs and large flocks of egrets and crows can be observed. The monitoring fence is currently the only containment measure for wind-blown waste.
htmlText_ED92BAD7_EBB0_EC1C_41D5_5F84FE7C94AE.html =
Cutting Machine
A cutting Machine is used to precisely cut jute fabrics to the required size, ensuring uniformity and accuracy in production. Together, these machines streamline jute processing by enhancing storage efficiency and maintaining consistency in fabric dimensions.
htmlText_2D706116_282B_0663_41C0_BC29E6B52A7E.html =
Daulatpur Station
The Daulatpur waste transfer point is located next to the Daulatpur train station. Waste is dumped on the ground next to the road (open transfer point), as well as into an open skip container.
htmlText_ED88D21D_EB90_BC0C_41EC_D910AD0A8B4F.html =
Drawing
Drawing is the process of refining sliver by reducing its width and thickness while blending 4 to 6 slivers simultaneously. This process, often performed in multiple stages, straightens the fibres, improving the sliver’s smoothness and strength. The first drawing stage utilizes a drawing frame machine that blends and equalizes the slivers. It combines two or more slivers to ensure consistency in quality and colour. This machine is equipped with various components, including delivery rollers, pressing rollers, retaining rollers, faller screw sliders, check springs, back springs, and a crimpling box. The second drawing stage further refines the slivers produced in the first drawing, focusing on achieving more uniformity in the sliver. This stage also reduces the jute to a suitable size for the third drawing. In the third drawing stage, the machine runs at high speeds to further crimp and refine the sliver, producing a thinner sliver ready for spinning [1,3].
htmlText_348E896E_3194_6BBD_41BA_162B01349F37.html =
Drone
The drone is equipped with a high-resolution 20 MP camera capable of capturing images in RAW and JPEG formats, along with 4K video recording at 60 fps. With a transmission range of up to 12 km and app-based operation, it offers extensive coverage and precise control for aerial data collection. The drone is primarily used for imaging and video documentation, enabling detailed monitoring of countermeasures and supports the creation of digital surface models. The system has been deployed in multiple air monitoring campaigns, including the documentation of secondary transfer stations and pollution control efforts at Rajbandh landfill site.
htmlText_F0E96EC0_3194_66E5_41A7_CCA2F678985F.html =
Drum Sieve
The rotary drum sieve is a manually operated device used for the initial separation of large-sized waste fractions such as bulky plastics, textiles, and wood. It features a robust drum with a mesh size of 120 mm, allowing oversized materials to be retained while smaller fractions pass through for further processing. The drum is manually fed and rotated, offering a simple yet effective method for pre-sorting waste. This equipment is used in combination with the sorting station, enhancing the efficiency of waste separation.
htmlText_348FC38F_3193_DF7B_41C2_E387865126E3.html =
Drying Oven
The drying oven is designed for precise thermal treatment of waste samples, with a maximum temperature of 300 °C and a volume of 240 L. Equipped with horizontal forced air circulation, it ensures uniform heat distribution across all layers. Each layer can accommodate up to 30 kg of material, with a total power load of 3.3 kW. These ovens are primarily used for dry residue analysis at 105 °C of waste samples, typically requiring a drying duration of 48 hours. Temperature settings can be adjusted for the gentle drying of plastics, staying below the material’s moulding temperature. It is used for sample pre-treatment before ashing in a muffle furnace to determine the organic content.
htmlText_EB6F6C5F_EE68_2C30_41C8_01D4AA642E4B.html =
Drying the Flakes
After sorting and shredding of the incoming plastic waste, the material is dried for further treatment or transport. Local weather conditions allow drying under the open sun most of the year. However, these practices benefit unwanted plastic emissions into land and water bodies. Depending on the recycling shops equipment dried flakes are either further processed into new grains or packed and prepared for vending.
htmlText_ED8720C8_EB91_9C74_41E9_214011FA7B37.html =
Finisher Card
The finisher carding machine further refines the carding process with additional rollers, staves, and pinning arrangements, operating at higher speeds. This results in a more finely processed and superior-quality output compared to the breaker carding machine. The process enhances the uniformity of the sliver in terms of length and weight [1,3].
htmlText_ED90FFBA_EBB0_6414_41D2_7243ABBE27D2.html =
Hydraulic Baling
A hydraulic baling machine is designed to compress stacked jute products, significantly reducing their volume for more efficient storage and transportation. By applying hydraulic pressure, it compacts the bulky jute products into manageable bales, optimizing space and handling.
htmlText_2DCD9674_2875_0AA7_41AE_F2DB70F1DC14.html =
In-House STS with Ramp
To ensure easy off-loading from rickshaw vans and quick loading on trucks, the combination of ramps, a tipping platform and containers is a widely used concept for waste transfer stations. The Daulatpur In-house STS was designed in this way. However, the ramp had a slope of 1:6, which was too steep for the non-motorised vans. In 2024, SCIP Plastics first tested different slopes and found that ramp slopes should always be lower than 1:8 (for non-motorised vans). Incorporating the spatial limitation of the STS, an on-ramp with a slope of 1:8 was built leading up to the tipping platform along the northern and western walls of the building. The old ramp remained as the off-ramp.
htmlText_348EF38E_3195_BF7D_41C5_E877DD2232BC.html =
Incubator
The incubator is a precision-controlled device designed for cultivating microbial cultures and conducting biological analyses under defined temperature conditions. Operating within a range of +5 °C to 99.9 °C and with a power consumption of 350 W, and a chamber volume of 55 L. It is used to support studies in contexts such as composting and anaerobic digestion, where temperature regulation is essential for replicating environmental conditions. Additionally, the incubator is suitable for biochemical oxygen demand (BOD) analysis, a key parameter in evaluating the degradability of organic matter in water or waste samples.
htmlText_372B43B4_0EBE_7639_4194_05F8EA2A2318.html =
International Ships
International ships are vessels engaged in transporting goods between countries, typically staffed with 10–30 crew members. They often undertake long voyages lasting several days to weeks, carrying a diverse range of cargo, including containers, bulk goods, oil, and manufactured products. These vessels are subject to international maritime regulations and strict port safety standards, including compliance with environmental conventions such as MARPOL Annex V, which prohibits the discharge of waste including plastic into the sea. In contrast, local vessels are crewed by local personnel, often lack formal registration, and are largely exempt from regulatory oversight, making their exact number difficult to ascertain. These smaller ships handle domestic river transport and also assist in transshipping cargo from international vessels, particularly oil and bulk commodities. Much of this activity occurs “off-dock” outside designated port areas.
htmlText_ED6101B7_E891_9C1C_41E6_96D14A003AC7.html =
Jute – The Golden Fibre
Bangladesh is the world’s second-largest producer of jute after India. Known as the “golden fibre,” jute has been a key part of the country’s economy since the 19th century. It was widely used for packaging due to its strength, durability, and affordability. However, synthetic materials have reduced its dominance over time.
Jute grows in tropical floodplains, thriving in hot and humid conditions with high precipitation. It is cultivated from March to July, reaching heights of up to 4.5 meters [1].
A total of 26 state-owned and 234 private jute mills are actively producing yarn, sacks, and fabrics, maintaining a strong presence in both the agriculture and manufacturing industries [2].
[1] (2010). Jute basics (First Edition). International Jute Study Group.
[2] Moniruzzaman, S. M., Alam, M. J., Sharman, D., et al. (2024). Value chain analysis of jute fiber in Bangladesh. Social Sciences & Humanities Open, 10 (101088), https://doi.org/10.1016/j.ssaho.2024.101088
htmlText_43ABC939_318C_6BA7_418B_0E5242B0AD57.html =
Knowledge Transfer Hub
The Knowledge Transfer Hub is an independent research centre on the KUET campus, inaugurated on November 9, 2023, as the university’s first dedicated facility for waste management. Operated as an affiliated institute of KUET, it brings together scientific expertise and practical experience in urban systems. The hub includes a fully equipped waste laboratory, meeting rooms, and workspaces for researchers and staff. Managed by a board of directors from all project partners, it serves as a platform for local collaboration, enabling the planning, implementation, and evaluation of waste management measures in close coordination with academic programmes and municipal stakeholders.
htmlText_110C6393_149A_6410_4155_1B2CA780B36A.html =
Landfill Fires
According to the site operators, landfill fires occur regularly during the dry season. Fires can be accidentally started due to flammable materials and built-up landfill gas. However, fires are also set on purpose as a management tool to decrease the volume of the waste body and eliminate medical waste. In the latter case, fires are also seen as a disease control measure. Open burning of waste materials at low temperatures significantly contributes to air pollution, particularly the generation of particulate matter and dioxins.
htmlText_527B715B_283B_06E1_41A6_62D176960739.html =
Loading
For the secondary transfer from the transfer point to the final disposal site, a front wheel loader loads the accumulated waste into waiting trucks.
htmlText_D8AB1E7A_0E7E_4E29_4195_F0994FFFA026.html =
Local Vessels
Local vessels, typically crewed by 9–13 people, often remain anchored for weeks in front of the ports while awaiting orders for loading or unloading. Their operations are closely tied to the geography of Bangladesh’s river-based port system. The Mongla Port is located along the Pasur River north of the merging with Mongla river at Mongla Port Municipality No. 4. The Chattogram Port lies on the Karnafuli River. With only 11 km from the Bay of Bengal it is situated in an much more urban context within the city of Chattogram itself. Along the river banks many industries and oil companies are operating own jetties with many local vessels. Since there is a constant movement, it is very difficult to estimate the exact number of local ships operating at the ports.
The SCIP project developed a methodology using satellite image counts from 2018 to 2024, identifying an average of 1,156 vessels at Chittagong Port and 221 vessels near Mongla.
htmlText_EB5AF55F_EFA8_3C30_41ED_3D0F0BA90807.html =
Medical Waste
The occupational health and safety conditions for recycling shop employees is seriously at risk when medical waste is treated on site. Provision of personal safety equipment is very little. The most basic items like cut-prove shoes and gloves are rarely seen. Due to its composition and metal parts, medical waste is a favored recycling material while public bodies fail to ensure a safe and legal disposal of these hazardous items.
htmlText_AE3841B4_3193_BAAD_41C5_83158F44E478.html =
Meeting Room
The meeting room is the centrepiece of the Knowledge Transfer Hub, offering a representative space for gatherings of up to 50 participants. Equipped with state-of-the-art multimedia technology—including loudspeakers, amplifiers, projectors, and webcam transmission—it supports both in-person and hybrid meetings.
htmlText_34A06B21_318C_AFA7_41B8_D0B41E604523.html =
Microscope
The microscope is a high-resolution, standalone device equipped with daylight LED illumination and a 12 MP camera capable of recording at 60 fps when connected to a laptop. It supports both dry and oil immersion techniques, allowing for flexible sample analysis at various magnifications.
htmlText_ED7B6692_EB70_6414_41CB_D3298922F2C2.html =
Moistening & Softening
Jute fibers and their joints are treated with an oil-water emulsion to enhance their suitability for machine processing. This treatment cleans the fibers of extraneous matter and softens them, enhancing their flexibility and softness, facilitating further processing. The nature of the emulsion depends on the type of jute product being manufactured, with mineral oil commonly used as the softening medium. Softening is achieved through either a softening machine or a jute good spreader. This step is essential, as untreated jute fibres are rigid and difficult to handle. By improving pliability, moistening enables more efficient spinning, weaving, and subsequent manufacturing processes [1,3].
htmlText_0F8634A3_0EAD_D2DF_41AE_365B3D0DC20D.html =
Mongla Ferry Ghat
The Mongla Ferry Ghat serves as a crucial transport hub, linking the Khulna–Mongla Highway (N7) with the town of Mongla Municipality across the Mongla River. While the Port of Mongla itself is integrated into the national transport network through both road and rail connections, the municipality—located within Mongla Upazila in Bagerhat District—relies primarily on the ferry service. As no bridge exists, the ferry remains the only direct connection, making it heavily frequented by commuters, traders, and port workers. Mongla Upazila is home to more than 150,000 inhabitants, many of whom depend on the ferry for daily access to jobs, markets, schools, and administrative services.
htmlText_0F7C6985_0E5E_72DB_41AD_1DBA81999A44.html =
Mongla Landfill
The Mongla landfill functions as an uncontrolled open dumping site, lacking engineered safeguards against pollution. While waste from local vessels is discharged directly into the river, waste from international ships is collected by ship chandlers and deposited at the municipal landfill. However, the landfill itself poses a serious environmental risk. Its location close to the river and coastal systems means that uncontrolled dumping of waste is likely posing emission pathways into the marine environment. During the rainy season, large parts of the landfill are regularly washed into nearby waterways.
htmlText_0F7EDF69_0E5A_4E2B_4175_ED72203CE1EE.html =
Mongla Landfill
The main access to the Mongla landfill is via an unpaved road located about one kilometre from the town centre. There are no residential areas in the immediate neighbourhood, instead, the coastal area is characterized by small jetties, vessels, and vacant land. The site is enclosed by a fence, with entry restricted by a simple barrier, although the landfill itself is not staffed. A narrow brick-paved track provides direct access to the dumping area. The landfill body rises only a few meters high and is marked by frequent smoldering fires and the presence of animals feeding on the waste, both resulting from the high organic content of the disposed material. It represents a typical example of an uncontrolled landfill: there are neither basement nor top liners nor leachate treatment systems in place. Both municipal services as well as private and informal actors are active on the site, further reflecting the lack of systematic waste management and oversight.
htmlText_3D0D51D0_0EAF_F279_41A3_93774CD932C2.html =
Mongla Port
As a dynamic trading nation, Bangladesh is importing and exporting goods to markets worldwide. In 2022, approximately 3.2 million Twenty-Foot Equivalent Units (TEU) were handled nationally. While Chittagong Port handles more than 90% of the international trade, the Port of Mongla, situated in the Bagerhat district, is the country’s second-largest seaport. Strategically located Mongla has gained growing importance as an alternative gateway for maritime trade. In 2022, container throughput at Mongla reached around 32,000 TEU (16,054 imported and 16,215 exported). Cargo handling summed up to 11.4 million metric tons (11.3 million imported, 0.13 million exported), alongside the import of 21,484 vehicles. The port is equipped with a range of modern cargo-handling machinery, including carriers, heavy-duty forklift trucks, stackers, and mobile cranes with lifting capacities of up to 100 tons.
htmlText_348D848E_3194_597D_41BF_F17F1282D682.html =
Muffle Furnace
The muffle furnaces are a high-temperature laboratory unit designed for the thermal ashing of waste samples. With a chamber volume of 15 litres and a maximum operating temperature of 1100 °C, it enables controlled incineration. The furnace is primarily used to determine the volatile and organic content of materials by combusting, as well as to quantify the remaining ash content. Typically used following pre-treatment in a drying oven, the muffle furnace plays a crucial role in waste characterization and the evaluation of material properties in research and field applications.
htmlText_348EBFD5_3195_A6EF_41AA_D2AF85ECA3D4.html =
NIR
The NIR handheld scanner is a portable device for the on-site identification of plastic types based on near-infrared spectroscopy. Operating within a spectral range of 1400–2500 nm, it can distinguish up to 30 different plastic polymers with high precision. The scanner connects to a mobile app, providing immediate access to an extensive online database for material classification. In addition to on-site identification, it allows the export of raw wavelength absorption data for further analysis. This tool is particularly valuable in waste sorting and recycling environments, where rapid material characterization is essential. In a field campaign conducted at a recycling shop, the device was used to classify 45 manually sorted plastic categories into their chemical composition.
htmlText_A0D09F4E_0D4A_8581_4198_9D267BDECAAF.html =
New Products
Recycled plastic grains are a cost-saving substitute in the plastic manufacturing industry but their properties cannot compete with virgin pellets. When manufacturing new products with recycled plastic, there is always a proportion of virgin pellets. The higher the demands placed on the product, the lower the proportion of recycled pellets. The variety of products from local manufacturers is various.
htmlText_5C54BAB9_282D_3BA1_41B1_784E4F83AFBA.html =
Nirala Open STS
This is the Nirala open STS, an open transfer point, located next to a main throughway in Khulna city. Once a day, large trucks pick up waste from here and deliver it to the Rajbandh final disposal site. Open transfer points do not provide any containment structures. Waste can spread into the surrounding area, pollute the environment and impede traffic. As of 2024, there are still 13 open transfer points active in Khulna.
htmlText_348CD831_3195_E9A7_4198_9A138F8D889E.html =
Optical Level
The optical level is a precision instrument designed for accurate elevation measurements in construction and environmental monitoring. With 24× magnification, 360° horizontal graduation, and a standard deviation of 1.9 mm/km, it ensures reliable measuring for slopes and landfill embankment construction. It is also used in the installation of pipelines, sewers, and drainage systems.
htmlText_2DEE58B7_2837_07A1_41B2_BC00935B53A0.html =
Outlook
Currently, the STS receives mixed waste from households and street litter from a KCC street cleaner. After the refurbishment, it is now possible to increase the waste intake at the STS or consider a waste separation scheme on the household level, separating waste into a biodegradable and non-biodegradable fraction. The segregated waste could be received here in two different containers.
htmlText_42A20177_0A05_619E_4190_9185A940BDC5.html =
PET-bottle Labels
PET-bottles make up the largest proportion of plastic waste. The thin layer of the PET-bottle label is made of polypropylene (PP). Local recycling shops do not have the technical means to treat PET-bottle labels in such a way that they can make a profit. Under these circumstances PET-bottle labels are considered as non-valuable. If not shop employees take home the material as cooking fuel it is often seen illegally disposed of in the nearby environment.
htmlText_ED95EC55_EBB0_641C_41E7_622F9FEEBB7D.html =
Packaging
During the packaging/wrapping process, spools of jute yarn are stacked into piles. These piles are then placed in a wrapping machine, which rotates them while a plastic film is tightly wound around the spools, ensuring secure and compact packaging for efficient storage and transportation. The products are stacked on pallets and shipped all over the world.
htmlText_34A03A07_318C_A96B_4189_59106424064E.html =
Photometer
The photometer DR3900 is a versatile analytical instrument designed for the quantitative analysis of water quality parameters. It measures transmittance, absorbance, and concentration across a broad wavelength range of 320–1,100 nm. The device features Ethernet and USB ports for efficient data storage and extraction. It is widely used for the analysis of key contaminants in leachate, such as ammonium, nitrate, phosphate, and chemical oxygen demand (COD). In addition to automated test routines, manual measurements such as turbidity assessments are also supported.
htmlText_8A358F62_0D36_8581_4194_35E269764AFE.html =
Post-Consumer Recycled (PCR) resins production
Plastic flakes are converted into new pellets or granules by means of extrusion. The molten plastic is cooled and cut into small pellets ready for reuse in manufacturing. Colouring is achieved by adding pigments before melting.
htmlText_10BCDB9A_15FA_A410_419F_E5D3C0B66278.html =
Raibandh Training Centre
(Assessment category 15)
The Training Centre is part of the monitoring and improvement concept for the Rajbandh landfill. It is a training centre and sanitary facility for the 20–25 informal waste workers. For the staff that operates the landfill it is a space for meeting and recreation as well.
htmlText_10B2B5A4_158E_EC30_41AE_15285C375442.html =
Record Keeping
(Assessment category 13)
All trucks accessing the site are supposed to be recorded manually in a logbook. The data entry includes the date, the size or type of the truck, and the driver’s name. The logbook is stored on-site in the office shed. The information is reported to the KCC Conservancy Department.
htmlText_EB8217CA_EE9B_FC10_41E6_8F9364406F65.html =
Recycling Shops in Residential Areas
Urban areas in Bangladesh are experiencing an influx of residents that urban development is unable to cope with. There is high pressure on residential and commercial space. In this case it led to an accumulation of at least seven recycling shops right in the middle of a residential area next to the Sonadanga bus terminal. Accordingly, residents are exposed to high concentrations of micro- and macroplastics.
htmlText_ED6800E3_E89F_9C34_41E9_B16A83141373.html =
Results of the LCA
The results of the study show that jute is actually superior to plastic products made from LDPE in terms of carbon emissions, resource conservation, and water use, while requiring higher land demand.
1 kg of jute generates 50 % less CO₂ emissions (2.09 kg CO₂-eq) compared to 1 kg of LDPE (3.17 kg CO₂-eq), significantly reducing global warming potential. Additionally, jute requires approximately four times less fossil resources (0.55 kg oil-eq) and three times less water (16.82 L water-eq) than LDPE (2.13 kg oil-eq and 51.29 L water-eq, respectively). However, jute’s agricultural land occupation is nearly twice as high (0.50 m²/a) compared to LDPE (0.26 m²/a), which may have implications for land use efficiency.
htmlText_5EC7B792_2835_0A63_41A0_E7497451084A.html =
Rickshaw Van Unloading
Door-to-door waste collectors collect waste from households, load the waste into their non-motorised rickshaw vans, and transfer it to the closest transfer station. In some areas, NGOs or CBOs (Non-governmental or Community-based organisations) provide door-to-door waste collection services. The waste collector in this video is employed by an NGO.s However, many waste collectors are self-employed and are part of the informal waste sector. Van drivers often prefer open transfer stations because unloading is quick and easy.
htmlText_2D7223F8_282F_09AF_41C4_086E939E519B.html =
Roadside Dumping
Since there is no clear demarcation of the transfer station, waste is dumped all along the road. Interestingly, when looking at the dropped off materials, you can see a lot of biodegradable waste, like garlic and onion peels or tamarind pods. These materials are also not mixed in with other waste; they appear as mono-charges. Mono-charges are larger quantities of the same material and generally originate in businesses, not households. This waste likely comes from surrounding businesses repacking or handling agricultural produce.
htmlText_F0124FFA_3195_E6A5_41AF_37D822EE78B3.html =
Scales
Scales are among the most frequently used instruments in the Waste Lab, forming the basis for mass flow and sorting analyses. Weighing and back-weighing are essential for verifying data and ensuring the reliability of experimental results
The lab is equipped with a range of scales to accommodate requirements from fine laboratory balances capable of measuring down to micrograms, to heavy-duty floor and hanging scales suitable for loads of several hundred kilograms. All units are battery-operated, enabling flexible use in various settings, including outdoor fieldwork, such as the weighing of small rickshaw tricycles.
htmlText_C5E73404_319C_B96D_41BA_BEB9A68CA31D.html =
Shaking Water Bath
The shaking water bath with a capacity of 18 L and a power consumption of 1,400 W, offers uniform and gentle incubation of samples between +5 °C and 99 °C. The bath features linear shaking at adjustable speeds from 20 to 200 rpm, ensuring continuous mixing during incubation. The shaking water bath is particularly suitable for chemical-physical extraction processes in complex sample matrices, such as leachate analysis or solubility testing.
htmlText_771D17C7_0ACA_848F_4187_80B953CC707E.html =
Shredding
Local recycling shops are not subject to written quality standards. The quality is as versatile as the technical equipment and process design in the workshops. PET-bottles can be seen shredded with or without the labels. Sometimes bottle caps are removed before shredding – in other shops bottle caps and labels are filtered during water bath.
htmlText_F0794C7E_3194_699D_41B7_15B2ACF46E21.html =
Sorting Station
The sorting station consists of two stackable sieve frames with mesh sizes of 40 mm and 10 mm, allowing for the separation of waste into three distinct fractions: >40 mm, >10 mm, and <10 mm. Finer materials and liquids are collected in trays beneath the sieves. The design enables batch-wise manual feeding of mixed municipal waste, with gravity facilitating the separation of particles as they pass through the different mesh sizes. The sieve frames are interchangeable, allowing flexible adjustments to suit various sampling requirements. This station has been used extensively in field studies, including a large-scale application across 675 households in nine wards, where a total of 10,766 kg of mixed municipal waste was manually sorted.
htmlText_EAEE4B10_EE68_5430_41D0_C8C0435A23F3.html =
Sorting by Type and Colour
As the first step at the recycling shop purchased material gets sorted by type and colour.
htmlText_ED745028_EB77_BC34_4197_16D9233477E2.html =
Sorting the Jute
The jute delivered to mills has already undergone retting, a process in which harvested stalks are submerged in water, allowing microorganisms to break down the natural binding agents in the plant. Upon arrival at the mill, raw jute is first stored before processing. Workers trim the edges and sort the fibres into batches based on grade [1,3].
Data for the agricultural phase was sourced from the Bangladesh Jute Research Institute (BJRI), covering jute yield, land use, and fertilizer application, while harvest and retting data were obtained from the ecoinvent database. Primary data for pre-manufacturing and manufacturing were collected through on-site visits to two jute mills (August 2022–March 2023) via staff interviews, though no written records were available for validation. Transport data was unavailable and thus excluded, while the disposal scenario was based on literature sources.
[3] Shakil, Md., Ullah, Md. Rahamat (2013). Process Flow Chart and Factor Analysis in Production of a Jute Mills. Journal of Industrial and Intelligent Information, 1(4) 247-254, https://doi.org/10.12720/jiii.1.4.247-254
htmlText_2BB8B4C0_054B_8481_417F_DAD4D28ECCA8.html =
Sorting
PET-bottles often make the biggest type of treated plastic waste at the recycling shops. Bottle cap, label and the bottle itself have different chemical compositions and are preferably recycled separately. This requires manual separation of caps and labels often conducted by female shop employees.
htmlText_ED8A4EF0_EB93_A414_41E9_7709613F3A5D.html =
Spinning
The thin sliver produced in the drawing process is converted into yarn by twisting and elongating the fibres to achieve the required yarn strength. The goal of this stage, along with the preceding processes, is to transform individual fibres into a cohesive, continuous length of yarn, making it suitable for further manufacturing processes [3].
htmlText_10BADEFA_15FE_5C10_4173_6F3D8324BE8B.html =
Staff and Equipment
(Assessment category 15)
There is a heavy-duty workshop area to accommodate on-site repairs and a well and basic office shed. Additionally, it functions as a workshop storage for a shovel, bucket, bulldozer chain, bulldozer oil, gumboots, first aid box, and essential bulldozer repair tools. The sanitation and training facility and the temporary weighing station are new additions to the site.
htmlText_EB76A7AB_EE78_DC10_41C1_6D5B1C561E21.html =
Storage
Sorted items are stored in big bags until further treatment. Storage usually happens outside which exposes the material to all kinds of weather what can lead to emissions via water and land.
htmlText_ED6AD5CC_E890_A40C_41E7_7EFCE220405C.html =
The Life Cycle of a Jute Product
The life cycle of a jute product comprises four phases. First, in the agricultural phase, jute is cultivated, harvested, and subjected to retting—a process in which bundles are submerged in clear, flowing water for approximately three weeks. Following retting, the fibres are manually extracted, thoroughly washed, and dried. The manufacturing phase begins when the dried fibres enter the mills.
Within the mills, the fibres undergo a series of processing steps, including softening, carding, and spinning, which collectively result in the production of yarn. This yarn is then further processed into jute products through cutting, sewing, and finishing, preparing the textiles for distribution to industries and retail markets.
During the consumption phase, jute products, such as bags, are used by consumers, with their lifespan determined by usage patterns. In the last of the four phases, the final disposal phase, jute products reach the end of their life cycle, with disposal options like composting, recycling, open burning or landfill disposal, depending on local waste management systems.
htmlText_2A70D8F7_0A0D_A09E_41A1_C5F7D0B195B6.html =
The Local Private Plastic Recycling Sector
Although plenty of shop owners maintain their business for many years already they are barely recognised by the city authorities and still considered informal. That puts them in an unfortunate position when it comes to trade licenses, bank loans and stable provision of water and electricity. The local private plastic recycling sector is despite these challenges a well-established network of actors in the field of solid waste management in Khulna.
htmlText_83FCCC61_0EAB_B25B_41A8_E12E7838D0FC.html =
The Sundarbans
The port also serves as a gateway to the Sundarbans, a UNESCO World Heritage Site and the world’s largest mangrove forest. This unique ecosystem is not only a habitat for endangered species and a popular destination for ecotourism, but also plays a vital role in protecting coastal regions from cyclones and storm surges. However, the Sundarbans are highly vulnerable to environmental pollution, making stringent environmental safeguards in port operations essential.
htmlText_34A07AD3_318C_AEEB_41C9_0B312087520E.html =
Thermo Block
The thermo block is a high-speed digestion (HSD) unit designed for the thermal preparation of water and waste samples prior to photometric analysis. It accommodates up to 12 standard cuvette tests and offers programmable digestion times between 5 and 240 minutes at temperatures ranging from 40 °C to 150 °C.
htmlText_F08F9C9C_3194_6A9D_41AC_85ABBE4CCE09.html =
Throwing Sieve
The throwing sieve is manually operated for the separation of waste fractions under field conditions. Constructed from stainless steel with a 40 mm grit and 4 mm wire mesh, it measures 1.5 × 0.9 m and is mounted on a foldable U-shaped stand with hinge and holding cord for easy transport and setup. It is operated using basic tools such as a shovel, pitchfork, and wheelbarrow, with appropriate health and safety equipment. The sieves were used during an eight-day pilot campaign at a transfer station to separate biodegradable from non-biodegradable waste. The campaign aimed on the comparison of centralised waste separation, with household-level sorting involving 120 households.
htmlText_D9486CE2_319F_AAA5_41C7_49E23CA8A2DB.html =
Truck Scale
The mobile truck scale is a battery-operated, wireless wheel weighing platform designed for on-site vehicle mass measurements. With a maximum capacity of 10,000 kg per pad and a fine resolution of 5 kg, it ensures accurate documentation of incoming and outgoing material flows. The weighing platform measures 750 × 450 mm. Operating independently for up to ten hours, it is ideally suited for locations without permanent weighbridges like transfer stations. A solid, level surface is required for reliable operation. This equipment has been successfully deployed in large-scale material flow analyses, such as a four-day campaign at the Rajbandh landfill. During this operation, 103 trucks were weighed daily, revealing an average delivery volume of 242 tonnes per day. The data obtained supports the assessments of waste flows and contributes to estimating the expected lifespan of the Rajbandh landfill site.
htmlText_ED8EF361_EB90_7C34_41E5_737EDA02892A.html =
Twisting
The twisting process is crucial for improving yarn strength by twisting two to three threads together to form a single, stronger thread [1]. For example, the twisting machine at Wave Jute Mill has the capacity to twist between 4 to 12 metric tons of yarn per day.
htmlText_779B4E3A_0ACE_8781_4175_D3F6226795A3.html =
Washing
The process of shredding and washing is preferably done during morning hours so that the remaining hours of the day are sufficient to dry the material. The water bath can be used for separation of plastic particles due to their different density. After the the daily batch of material is shredded the process water is released to the environment without any further treatment. Under these conditions process water from recycling shops is a serious source of macro- and microplastic pollution. After drying the clean plastic flakes are ready for being processed into plastic resin pellets.
htmlText_0D12152D_2835_0EA1_41C1_51F30C7F8488.html =
Waste Collection in Bangladesh
Waste collection in Bangladesh is divided between primary and secondary collection. The collection system relies on primary waste transfer from the point of generation (e.g., from households, street litter), which is provided by residents, waste collectors or street cleaners, as well as secondary transfer stations (STS). Transfer stations or transfer points are designated locations where waste is dropped off and accumulated so that larger collection vehicles can efficiently transfer the waste to the final disposal site. Transfer stations are not designed for permanent waste storage, only for temporary storage. In Khulna city, there are three types of transfer stations: containers, in-house and open.
htmlText_0F18D8E0_0FA6_5259_4188_0D9B34675670.html =
Waste Collection
In a second step, waste collection campaigns were organised on the identified local vessels at Mongla and Chattogram, accompanied by surveys on crew size, type of cargo, duration of voyages, and waste management practices on board. By sharing background information on the campaign and distributing designated waste collection bags, the SCIP project was able to recover the accumulated waste of the crews after 2 to 37 days on board. In total, 241 local vessels were equipped with collection bags, and waste was successfully retrieved from 80 ships within the survey period. The campaign was followed by detailed waste-sorting analyses to assess both the composition and the quantities of waste generated on board. The extrapolated data shows that in Chattogram, approximately 1.4 tonnes of plastic waste are generated each month on local vessels, while in Mongla the figure amounts to around 0.3 tonnes. In Chattogram, 75% of this waste is discharged into the river and the sea, with only 25% reaching landfill sites. At Mongla Port, by contrast, no official collection system exists—meaning that 100% of the generated plastic waste enters the river.
htmlText_AA6A077D_31B5_E79F_41BA_FE8C6719BFA9.html =
Waste Collection
Waste samples are collected directly in the field under real-world conditions. For this purpose, an off-road vehicle with a closed loading area is available to the project, ensuring safe and protected transport. Samples are stored in sealed buckets or barrels and transported to the laboratory site. Upon arrival, the materials are unloaded from the multipurpose vehicle and registered by laboratory staff. Each sample is weighed and documented before entering the laboratory for further processing. Depending on the volume and nature of the material, appropriate handling equipment such as wheelbarrows, trolleys, or pallet trucks is used to ensure efficient and safe internal transport.
htmlText_E115E95A_281D_06E3_419B_38A5A0C7556D.html =
Waste Collector / Waste Unloading
Waste collectors bring the waste and dump it on the floor of the in-house structure. Later in the day, a front wheel loader and waste trucks come to pick up the waste. If there are delays in the collection or the necessary vehicles are not available, the accumulated waste might exceed the STS capacity and be dumped in front of it.
htmlText_E3E0F29B_2815_0A61_41C3_3A40F3A76CE4.html =
Waste Pickers & Material Recovery
Secondary transfer stations allow waste pickers to sort through the arriving waste and recover valuable materials. Generally, the waste collectors have already removed the most valuable materials when they pick up the waste from the households. Waste pickers generate their income from any residual, tradable materials. Since there are no official material recovery schemes in Khulna, all material recovery is done by waste collectors and waste pickers.
htmlText_E00F2417_286B_0E61_41AE_BB93256655B2.html =
Waste Separation Scheme
Currently, all municipal solid waste goes to the final disposal site at Rajbandh, but a new composting facility is starting up in the south of the city (3-R plant in Mathavhanga). For facilities like this, pre-sorted waste could significantly improve operational efficiency. During the SCIP Plastics project, we tested a waste separation scheme in the Newsprint In-House STS. It looks similar to the one at the Truck Terminal, but has more open floor space (ca. 260 m2). Waste was sieved through 3 throwing sieves with 40mm grading, resulting in a non-biodegradable fraction (> 40mm) and a biodegradable fraction (<40mm). The quality of the resulting material streams was relatively high, with 11% contamination in the non-biodegradable and 8% in the biodegradable waste.
htmlText_EADA093A_EEAB_D470_41E7_9D773F7D25D0.html =
Waste Traders / Vangari Shops
Recycling waste traders, also called Vangari shops, purchase recyclable waste from households and informal waste collectors to sell it to recycling shops. Vangari shops are often specialised on either cardboard, glass, metals or plastic waste. Some of them sort and wash the recyclables before reselling it. Recycling waste traders work alone or employ a few workers for sorting and washing the waste. In a city like Khulna, trading in recyclable materials can provide employment for several hundred people.
htmlText_5CFA9CD2_282D_1FE3_41AD_8CE1904E650D.html =
Waste Trucks in Khulna
htmlText_DCF863EE_3195_DEBD_41A0_04E921D8E867.html =
Water Purification
The water purification system is designed for laboratory and equipment cleaning applications. It combines micromembrane filtration, mixed-bed resin exchange, and reverse osmosis to remove dissolved solids and impurities from the feed water. With a capacity of 5 litres per hour and integrated real-time total dissolved solids (TDS) monitoring, it ensures consistent water quality for specific laboratory needs. However, it does not produce distilled water with conductivity below 5.0 µS/cm.
htmlText_10B4D054_158A_A410_41A7_4D64B5299F1C.html =
Weighing Station
(Assessment category 13)
A weighing station was built within the SCIP Plastics project. It allows the temporary installation of truck weighing pads on a concrete platform to accurately weigh incoming and outgoing trucks during short-term data collection campaigns.
htmlText_ED8BECEB_EB90_6434_41EC_49E51639C91D.html =
Winding
Winding is the process of transferring yarn or thread from one package to another to prepare it for subsequent stages in the textile industry. This step ensures that both the yarn and the package are properly configured for the next phase of production, taking into account factors such as packaging requirements and winding tension. There are two main types of winding: Precision Winding, where yarn is laid in parallel coils to create dense packages with maximum storage capacity, and Non-Precision Winding, where yarn is wound at an angle, forming a less dense but more stable package [3].
htmlText_AAD6356D_319C_FBBF_41C4_F3B530103AC5.html =
Workstations
Surrounding the central room are approximately 30 workstations for research staff, along with dedicated consultation rooms and a tea kitchen, creating a functional and collaborative environment for interdisciplinary exchange and project work.
htmlText_C6D1B2EF_319C_5EBB_41C5_8C09452F08C1.html =
pH & Cd Meter
The pH and conductivity meters are portable, battery-operated devices designed for precise on-site and laboratory analysis. Leachate, wastewater, and process water can be assessed for their acidity or alkalinity, and concentration of dissolved salts. Both meters require regular calibration according to the manufacturer’s instructions.
htmlText_3498820D_EE78_7410_41D6_88599BED0BDB.html =
Awareness Center
The Awareness Center is a joint venture between the KUET and KCC. Located on KCC premises and operated by KCC staff, the Awareness Center creates the interface between the research activities, municipal services and local residents. It ensures the translation of research outputs to the local communities. Vice versa, the Awareness Center guarantees that local residents can communicate their concerns and expectations and actively contribute to research activities.
htmlText_627056D7_6464_45C8_41A6_6BC3D65489AC.html =
Final Disposal
The Rajbandh landfill serves as the only active disposal site for KCC. The waste is received, despite the site lacking essential environmental protections. It is operated by a small municipal team using heavy machinery. The informal waste collectors are working in unsafe conditions alongside roaming animals.
Within the project activities, the incoming waste was monitored, highlighting the need for better data and system control. Several improvements were implemented: a modular truck scale was installed, drainage trenches were dug, and slopes were stabilized. The site was fenced to reduce plastic drift, and a combined training and sanitary centre was built to improve working conditions, offering hygiene facilities, training rooms, and safe spaces for staff and informal workers.
htmlText_EA874DC7_EE98_6C10_41D6_E876057A5F1F.html =
Final Disposal
The Rajbandh landfill serves as the only active disposal site for KCC. The waste is received, despite the site lacking essential environmental protections. It is operated by a small municipal team using heavy machinery. The informal waste collectors are working in unsafe conditions alongside roaming animals.
Within the project activities, the incoming waste was monitored, highlighting the need for better data and system control. Several improvements were implemented: a modular truck scale was installed, drainage trenches were dug, and slopes were stabilized. The site was fenced to reduce plastic drift, and a combined training and sanitary centre was built to improve working conditions, offering hygiene facilities, training rooms, and safe spaces for staff and informal workers.
htmlText_34C803E2_EE68_F410_41DA_7FC1EF31E074.html =
Guide to municipal plastic waste management in Bangladesh
This guide offers hands-on tools to help tackle plastic pollution in Bangladesh. Designed for municipal managers, planners, and young researchers, it presents clear methods for data collection, waste analysis, and intervention planning, backed by real examples from the SCIP project. Its modular format makes it easy to focus on what matters most, whether system assessments, waste sampling, or operational strategies. The surrounding 360° tours to collection, disposal, recycling, substitution and ports can be found in greater detail and depth in the guidebook.
Open / download the guide via the image to the right.
htmlText_94A241EC_E78F_BC0C_41CC_07DC1BA6FBDA.html =
IMPRINT
Political partners
Ministry of Environment, Forests and Climate Change (MoEFCC)
Department of Environment, Dhaka – 1207
University Grants Commission of Bangladesh (UGC)
Dhaka – 1207
Mayor’s office Khulna
Khulna City Corporation (KCC), Khulna – 9100
Mayor’s office Mongla
Mongla Port Municipality (MPA), Bagerhat – 9350
Nirala Janokallan Sanity at Ward no. 24
Community based organisation, (CBO) Khulna – 9100
Implementing partner
Bangladesh Jute Association (BJA)
Unincorporated Association, Khulna – 9202
Homepage
https://www.scip-plastics.com/
Acknowledgement
The SCIP Plastics project on which this publication is based was funded by the German Federal Ministry for the Environment, Nature Conservation and Nuclear Safety under grant no. 67MM0004. The responsibility for the content of this publication lies with the authors.
htmlText_1733AF84_E770_64FC_41CA_A18B990495FF.html =
Knowledge Transfer Hub
The Knowledge Transfer Hub, established on the campus of Khulna University of Engineering & Technology, housed in its own building, offers a modern workspace for 30 researchers with meeting rooms and a Waste Lab. As an institution, it is led by an 11-member board, including KUET, CUET, KCC, ISOE and BUW. The Hub brings together science, practice, and policy makers becoming a national reference in sustainable waste management. It serves as a centre for training, dialogue, and technical expertise, supporting local administrations, advising on waste strategies, and driving innovation through interdisciplinary exchange.
Waste Lab
The Waste Lab, part of the Knowledge Transfer Hub, offers facilities for sorting, quantifying, and analysing household waste with tools like sieves, scales, muffle furnaces, and drying ovens. Besides this more advanced chemical and bioanalytical testing can be performed. Operated by trained staff, the lab also serves as a hands-on lab for graduating students. Through lectures, thesis work, and joint projects, students gain vital skills in standard operation, waste analytics and data interpretation.
htmlText_627F4802_645C_4C48_41CB_36E9C4CD2DBE.html =
Plastic Substitution
Locally produced jute fibres offer a promising biodegradable alternative to fossil-based plastics. To assess the environmental benefits, a cradle-to-grave life cycle assessment was conducted using data from two major jute mills near Khulna. The study compared jute-based products with conventional plastics across key environmental indicators. In a second phase, pilot campaigns were launched at the KUET and CUET campuses, where jute bags were distributed or sold to promote alternatives to plastic bags. The studies insights highlighted both the environmental potential and the practical limitations of switching to jute-based alternatives.
htmlText_627C1898_6463_CC78_41D6_8806F8675AA6.html =
Port
The export-driven economy leads to high maritime traffic, with plastic waste from cargo handling, ship operations, and port activities often directly entering the ocean.
The project focused on local and informal ships that operated without formal waste management systems. Field campaigns were conducted at local vessels near Chattogram Port and Mongla Port. The findings highlighted major gaps in collection, especially at Mongla Port, where no system was in place. In response, the project appointed an environmental officer at Mongla Port. His role focused on establishing a waste collection system for local ships, reporting regularly to the Port Authority ensuring monitoring and long-term implementation.
htmlText_EA8CAC44_EEA8_2C10_41EB_355902BD0C61.html =
Port
The export-driven economy leads to high maritime traffic, with plastic waste from cargo handling, ship operations, and port activities often directly entering the ocean.
The project focused on local and informal ships that operated without formal waste management systems. Field campaigns were conducted at local vessels near Chattogram Port and Mongla Port. The findings highlighted major gaps in collection, especially at Mongla Port, where no system was in place. In response, the project appointed an environmental officer at Mongla Port. His role focused on establishing a waste collection system for local ships, reporting regularly to the Port Authority ensuring monitoring and long-term implementation.
htmlText_C97A5F85_CC02_DA5C_4159_F31D025EE4C8.html =
Recycling
The plastic waste recycling industry is operated entirely by private and partly informal actors, with recycling shops playing a central role in managing plastic waste. Waste collectors focuses on materials with resale value, however, the process still generates non-recyclable residues, such as labels from PET bottles.
To address the challenge of low-value plastics like contaminated packaging, plastic litter and process waste, a pilot business model was introduced. The project partnered with local recycling shops to test an incentive-based system for collecting such materials. This way the pilot successfully integrated mismanaged plastic waste into the formal waste management system of KCC.
htmlText_EA854A3E_EE98_5470_41D7_D56DEAAA963D.html =
Recycling
The plastic waste recycling industry is operated entirely by private and partly informal actors, with recycling shops playing a central role in managing plastic waste. Waste collectors focuses on materials with resale value, however, the process still generates non-recyclable residues, such as labels from PET bottles.
To address the challenge of low-value plastics like contaminated packaging, plastic litter and process waste, a pilot business model was introduced. The project partnered with local recycling shops to test an incentive-based system for collecting such materials. This way the pilot successfully integrated mismanaged plastic waste into the formal waste management system of KCC.
htmlText_ED5CA422_E8B0_E434_41D3_382342D70220.html =
The Jute Production Process
The jute production process at Wave Jute Mills Ltd. is carried out in a structured, step-by-step manner. The facility operates on a three-shift system, with 300 employees working eight-hour shifts. Each day, approximately 30 tonnes of jute yarn and fibre are produced, equivalent to around two truckloads.
The production process consists of multiple stages, including softening, carding, drawing, spinning, winding, twisting, beaming, cutting, sewing, and baling, with final products either stored or wrapped for export. Wave Jute Mills Ltd. operates its own machinery for each of these processes, with workers responsible for operation, maintenance, and repair.
All manufactured jute products are entirely exported to 26 countries, including China, Vietnam, India, Tunisia, South Africa, and South Korea, supporting the global supply of jute yarns and fibres.
htmlText_EA89B0F9_EEA8_35F0_41E9_AA13449A022E.html =
Waste Collection
Khulna follows a two-stage collection system. Households first deposit waste at central collection points, called Secondary Transfer Stations (STS), KCC then transports the waste to the landfill.
To improve planning, the project assessed waste composition and collection practices across nine city wards and various income groups. All 81 STS were evaluated distinguishing between with seven in-house systems, 18 open, and 56 container systems. In a second phase three STS were selected for pilot upgrades, focusing on structural improvements, separating recyclables and safety. Additionally, waste was sorted and analysed at the STS comparing the effectiveness to household-level source separation.
htmlText_6271B7F4_6464_C3C8_41BB_B07B19A7F1DA.html =
Waste Collection
Khulna follows a two-stage collection system. Households first deposit waste at central collection points, called Secondary Transfer Stations (STS), KCC then transports the waste to the landfill.
To improve planning, the project assessed waste composition and collection practices across nine city wards and various income groups. All 81 STS were evaluated distinguishing between with seven in-house systems, 18 open, and 56 container systems. In a second phase three STS were selected for pilot upgrades, focusing on structural improvements, separating recyclables and safety. Additionally, waste was sorted and analysed at the STS comparing the effectiveness to household-level source separation.
htmlText_07C23A03_0DFA_E45E_4178_DEE3730C36D0.html =


htmlText_279B7062_2262_D191_41B1_A3C8FBD5FABF.html =


htmlText_A322DB2E_0E66_7629_41AD_9F341279FEFD.html =


htmlText_C9A37958_CC02_E6F4_41BE_01662F0B8BB5.html =


htmlText_F4789922_F43A_CAA7_41E9_05BA716484DD.html =


htmlText_78EFC7D5_F45A_45ED_41D5_83B49066C608.html =


htmlText_27982F4A_226E_4F91_41B7_A140DCB3ECD9.html =


htmlText_F47AB531_F43E_DAA5_41DA_07FAABA8F737.html =


htmlText_C99DEAB5_CC01_FBBC_41D7_5F427111952E.html =


htmlText_2BBCABC9_21A6_7693_41C2_CCC441BD62D6.html =


htmlText_F33FA388_22A3_D691_4165_7AABED7B1C0C.html =


htmlText_D6D3B924_22DE_5391_41C2_14904A33B624.html =


htmlText_07D5D564_0D99_ACDA_418A_DD7A7D5287B3.html =


htmlText_D707FDB8_22BE_32F1_41A0_F3523C039435.html =


htmlText_AE397480_0D39_8481_418A_8661BF0F9658.html =


htmlText_C992FDED_CC03_D9AC_41E6_9A7397499B02.html =


htmlText_D76B4359_22A2_F7B3_41B5_4D2C21D1B121.html =


htmlText_A993708B_A3D8_C73C_41D6_0F67E5B91C33.html =


htmlText_D5F479EB_22A2_5297_41A0_DFC6DA8F50FF.html =


htmlText_B84C3F8D_CC01_DA6C_41C6_7D459980EDF3.html =


htmlText_10A77019_1596_6410_41A3_E9BE7183EB25.html =
Access Roads and Interior Roads
(Assessment category 12)
The access road to the Rajbandh site is a 220-meter-long dirt road that leads from the Satkhira Road to the workshop and office shed. Truck drivers reported that during the rainy season, the road becomes impassable for heavy trucks, making it difficult to offload waste at the site. Interior roads change depending on the location of the current active work zone. Based on observations on site, construction and demolition waste is used to reinforce and establish interior roads.
htmlText_1106225C_1489_E410_4194_902C1FB3533E.html =
Active Work Zone: Biological Processes
(Assessment category 4)
Due to the lack of top covers, waste degrades anaerobically and aerobically, depending on waste depth and moisture content. It is likely that the bottom parts of the site, which were previously ponds, remain waterlogged, creating a permanent anaerobic environment. The conditions in the top layers change throughout the year. The site is mostly waterlogged during the rainy season, fostering anaerobic conditions. This changes with the dry season, when these layers slowly dry out, allowing for semi-aerobic or aerobic conditions.
htmlText_11098931_149A_A410_41A2_FE235B6A0869.html =
Active Work Zone: Compaction
(Assessment category 9)
A bulldozer spreads and compacts waste after delivery (see also Category (3) Waste Placement).
htmlText_10FFAFE6_1576_FC30_419F_A304B1E7CB1C.html =
Active Work Zone: Waste Placement
(Assessment category 3)
After entering the site, waste trucks are directed to the active waste disposal area, which the site supervisor determines. Here, the bulldozer operator spreads the dumped waste, levels out any heaps, and compacts the waste. According to representatives of the Conservancy Department, the waste is spread out in a thin layer to allow for rapid aerobic decomposition of organic compounds to reduce landfill gas production. Waste placement and spreading activities result in a characteristic fan-shaped waste body with uneven and steep edges and unstable slopes.
htmlText_E2F2EDD9_15BA_BC10_41A8_78A532F713A9.html =
Assessing Infrastructure and Operations of the Rajbandh Final Disposal Site
Rajbandh key facts
• Est. daily waste intake: 300–600 tonnes/day
• Area: 78,320 m²
• Location: approx. 7 km east of the Khulna City centre along Satkhira Road
• Operated by KCC Conservancy Department
• In use since approx. 2010
• Operated as an open dump site
To meet long-term environmental objectives and achieve sustainability in KCC’s waste management, waste disposal must transition from open dumping to sanitary landfilling. This process often follows a chronological development, from crude open disposal in uncontrolled sites to controlled open disposal where basic containment measures and operations are in place, and finally, to sanitary or engineered landfills. The transition from one disposal form to the next can be seen as a continuous process where different disposal forms co-exist. It is often feasible to consider the transition of an existing open site to a controlled site while planning and developing a new sanitary landfill or incineration plant at a second location (Figure slide 1).
The Rajbandh disposal site is evaluated within seventeen assessment categories to plan and design intervention measures. Observations from site visits, including photographic evidence and findings from interviews with relevant stakeholders, are documented for each category and compiled in an assessment report. This 360° tour follows the assessment process and illustrates the findings in each assessment category (Figure slide 2).
htmlText_110F8A40_1496_A470_4192_FF0296539A76.html =
Assessment summary
The results from the site assessment are compiled in a table. Additionally, a scoring system from zero points to six points in each category is introduced to improve comparability and progress tracking.
An open-crude site would score zero points across all categories, a basic sanitary landfill would score four points in each category, and an advanced site would score six points in selected categories; for example, if the site comprises laboratory facilities and employs highly qualified staff. In-between scenarios can be credited with odd scores. A waste management expert or site engineer assigns the respective scores using the assessment guideline.
Table: Assessment summary of Rajbandh disposal site and score system:
O: Open-crude
R: Rajbandh
C: Controlled
Sb: basic Sanitary
Sa: advanced Sanitary Site
htmlText_10A9F4D1_159A_6C10_41AA_26392B329DF9.html =
Fencing and Access Control
(Assessment category 10)
The two site managers and three guards control truck access to the site and record all entries. There is no gate, permanent perimeter fence, or weighbridge. Along the western and northern boundaries, each approximately 270 meters long, a low earthen embankment separates the disposal site from the adjacent ponds. Solid walls of 117 and 86 meters form part of the western and southern boundaries. Due to swamp-like conditions, access to the complete boundary is impossible during the wet season.
In April 2023, a temporary fence made of bamboo poles and nylon netting was constructed on top of the western and northern boundary embankments to establish a monitoring scheme at the site.
Figure: Expanse of Rajbandh disposal site
Cross-hatched Area:
Designated waste disposal area
Black-hatched Area:
Active work zone in March 2023
Dotted Area:
Historically contaminated area
Blue-hatched Area:
Accumulation zones for leachate and surface water run-off.
htmlText_10C123A9_158B_E430_41A3_F72115B7E58B.html =
Improvement
for Waste Workers
(Assessment category 15)
The Raibandh Training Centre is equipped with essential facilities to support the health, safety, and well-being of informal waste workers. It includes a training room designed to host occupational health, safety and first-aid sessions. Additionally, the centre features a security room for maintaining the safety of the premises and a SCIP office to facilitate project coordination.
One of the most important additions is the provision of sanitation facilities, offering separate restrooms for male and female informal workers, addressing the critical need for proper hygiene solutions at the dumpsite.
htmlText_10F84CB1_1579_BC10_41AF_7A14856046FA.html =
Landfill Cover and Gas Management
(Assessment category 8)
No daily, intermediate, or monsoon covers or plans for a final cover system exist. Construction waste is occasionally used to cover sections of the waste pile. Additionally, old waste piles are slowly covered by vegetation, thus mitigating erosion processes.
There is no infrastructure to capture, flare, or utilise landfill gas. The current waste placement strategy promotes aerobic decomposition to keep gas production low.
htmlText_10FC6804_157A_63F0_41AA_3372FF8B9D74.html =
Leachate Management
(Assessment category 6)
There is no leachate management. The leachate mixes with surface runoff, forms pools in depressions on the waste body and accumulates along the earthen embankments and boundaries. Leachate leaks into the surrounding ponds, especially in the southwestern corner and along the western and northern boundaries.
htmlText_EB8B3AFF_EEA8_35F0_41E7_F367380F7053.html =
M/S. J.N. PET Flaks
The Recycling Shop M/S. J.N. PET Flaks is a medium-sized company that, in addition to producing flakes, also manufactures its own products from plastic waste.
htmlText_10CB0C09_159F_A3F0_4179_16E4C7AA212B.html =
Proper Hygiene Solutions
(Assessment category 15)
The separate restrooms for male and female workers, addressing the critical need for proper hygiene solutions. Previously, the workers used groundwater for washing and drinking, which was pumped from the water reservoir directly below the landfill.
htmlText_EAE9BC45_EE68_2C10_41DA_76E9CAC9F44E.html =
Recycling Companies in Khulna
During our research, we found around 35 recycling companies in the Khulna city area. Some of them limit themselves to sorting, washing and shredding. Others produce recycled pellets or even manufacture new products.
htmlText_EE70C175_281B_06A1_41C1_6A8113E80A7E.html =
STS at Khulna Truck Terminal
This is the in-house secondary transfer station at the Khulna truck terminal. In-house secondary transfer stations offer the best option for waste containment, protecting waste from wind and rain. However, available space in cities is limited, and local communities often oppose the construction of these STS. As of 2024, there are seven operational in-house STS in Khulna, and ten more are in planning.
htmlText_0D74370B_282D_0A61_41B6_937074D69B7E.html =
Secondary Transfer Stations (STS)
Secondary Transfer Stations (STS), also known as secondary transfer points or secondary disposal points receive waste from primary waste collection, and temporarily store waste until it is transferred to large collection vehicles and taken to the final disposal site or treatment facility.
Types of Transfer Stations in KCC
7 In-house transfer stations: enclosed and roofed.
82 containers: skips and closed waste containers
15 open transfer points: some with minimal containment, like walls or floor plates, but generally without
Open transfer stations in KCC
5 open transfer points are open bunker systems with concrete walls and floors, namely the stations Kalibari, Goakhali, Nurnagor, Besides New Market, and KDA Mosjid New Market.
12 open transfer points are not engineered. They often lack any clear demarcation, so that waste piles spread over long stretches on the side of the road. Waste from these transfer points spreads onto the street, leaks into drains, and interferes with traffic and urban drainage.
htmlText_EB66788D_EF98_3410_419C_6E7329A19224.html =
Shredding & Washing
After the plastic has been sorted, it is shredded into small flakes and washed and cleaned in a water bath.
htmlText_10A0F0E2_158A_6430_41A9_9D76C5F46493.html =
Site Selection, Site Design
and Site Closure
(Assessment categories 1, 2 and 16)
There is little historical data available to trace Rajbandh’s siting process. Land was purchased by KCC for waste disposal probably before the year 2000. The site is conveniently located close to Khulna City along Satkhira Road, allowing easy access to and from the city.
The Google Earth satellite images show a pond system with five ponds at the site in 2001 (Slide 1). Waste disposal activities appear to start from 2010 (Slide 2) onwards, with waste being deposited first along the access road and in the southern part of the site. There is no indication that the site was prepared.
The ponds with an estimated two to three meters depth were filled with waste material. Remnants of these ponds now accumulate leachate. The ponds likely had a clay soil lining to retain water. However, there are no hydrogeological surveys or site closure and aftercare plans for this site. The site's lifespan is unclear and strongly depends on the overall KCC waste management strategy.
htmlText_EB5E0965_EFAB_D410_41E5_C24DFDAAC0A0.html =
Sorting by Type and Recyclability
In modern industries the chemical composition of plastic items can easily be determined with the help of near-infrared spectroscopy. Local recycling shops owners in Bangladesh rely on the experience of their employees who manually separate plastic items in over 70 categories taking chemical composition, colour, earlier use and recyclability into account.
htmlText_10C85C0F_1599_A3F0_4183_A74355A7C0C9.html =
Toilets and Washrooms
(Assessment category 15)
The toilets and washrooms are freely accessible for male and female informal workers.
htmlText_10C4DFD4_158A_5C10_4194_2E17E83D3F7D.html =
Training Sessions
(Assessment category 15)
The health, safety and first aid trainings with the informal waste workers take place in this room.
htmlText_10F27F17_158E_5C10_419A_E2E3B129D27F.html =
Waste Acceptance
(Assessment category 14)
There is no acceptance process in place. All waste, including medical waste, is accepted. There are no inspection, screening, quarantine protocols, or specific instructions on managing mono-charges.
htmlText_A96F70E1_31B4_5AA7_41AF_C50DB8E7988D.html =
Waste Lab
The Waste Lab is situated on the ground floor of the Knowledge Transfer Hub, providing direct and convenient access for the transport of samples and equipment. A dedicated access road leads to the facility, enabling vehicles to deliver materials efficiently. Ground-level entry at the rear of the building allows for straightforward loading and unloading of samples, ensuring smooth logistics and safe handling of materials for laboratory analysis and processing.
htmlText_10EDBA00_159A_E7F0_41A0_952AA524FBE8.html =
Water Management / Surface Run-off Management
(Assessment category 5)
There is little water or surface run-off management on site. A low earthen embankment forms a barrier for run-off from the disposal site to the surrounding ponds in the west and north. Drainage lines are partly excavated on top of the waste pile and partly form naturally. Water erosion of the waste body occurs along these lines. Along the access road, drainage lines are maintained to protect the road from erosion. Surface run-off collects in ponds on the site, specifically in the northern corners or towards the southwestern corner, and it mixes with leachate. Despite the embankment structures, this run-off-leachate mixture overflows into the surrounding ponds during heavy rainfall, especially in the monsoon season.
htmlText_EACA3E2A_EEA8_2C10_41E8_CD81C4C1358A.html =
Welcome to the KCC Awareness Centre (AWC)
The AWC was established as part of the SCIP Plastics project on the second floor of the KCC Administrative building. From here, you can choose the different tours exploring waste management in Khulna City, as well as ship-related waste management in Mongla Port and Chattogram Port.
Furthermore, you can explore the Centre itself, which offers a selection of project outputs and insights into the SCIP Plastics project and the AWC’s activities, such as workshops with stakeholders and NGOs. At the end of every tour, you will be guided back into this room.
htmlText_EAA21FAB_EE9B_EC10_41D7_B3F65AFEC360.html =
JOURNAL PUBLICATIONS
Setu, S., Pangkaj, K.M., Rafizul, I.M., et al. Prediction of methane emissions and electrical energy generation potential from MSW landfill in Khulna city of Bangladesh: a model-based approach. Clean Techn Environ Policy (2023). https://doi.org/10.1007/s10098-023-02682-1
Rafizul, I.M., Kraft, E., Haupt, T., et al. Forecasting municipal solid plastic waste generation and management policy using system dynamics: a case study of Khulna City in Bangladesh. Environ Monit Assess 196, 770 (2024). https://doi.org/10.1007/s10661-024-12907-5
Pangkaj, K.M., Rafizul, I.M., Kraft, E., et al. Evaluation of the fate of trace organic compounds using the Level III fugacity model: a case study of Rajbandh open dump site in Khulna City of Bangladesh. Environ Syst Res 12, 30 (2023). https://doi.org/10.1186/s40068-023-00315-6
Saju, J.A., Bari, Q.H., Rafizul, I.M., et al. Observation of non-recyclable plastic in recycling shops: present practice and potential usage. J Mater Cycles Waste Manag 26, 800–815 (2024). https://doi.org/10.1007/s10163-023-01880-9
Das. S, Morshed. M.M., Rafizul, I.M. Investigating landfill site suitability integrating GIS and multicriteria decision-making approaches in Khulna, Bangladesh. Int. J. Environ. Sci. Technol. (2024). https://doi.org/10.1007/s13762-024-06249-5
Mondal, S., Rafizul, I.M. Evaluating Energy Generation Potential from Municipal Solid Waste in an Open Dumping Site of Khulna. Journal of City and Environment Interactions 24, 100172 (2024). https://doi.org/10.1016/j.cacint.2024.100172
Das, S., Baral, A., Rafizul, I.M. et al. Efficiency enhancement in waste management through GIS-based route optimization. Cleaner Engineering and Technology 21, 100775 (2024). https://doi.org/10.1016/j.clet.2024.100775
Mondal, S., Rafizul, I.M. Analyzing the impact of age on waste properties at an open dumpsite in Khulna. Cleaner Engineering and Technology 23, 100833 (2024). https://doi.org/10.1016/j.clet.2024.100833
Baral, A., Rafizul, I.M., Das., S., et al. Economic and environmental benefits of optimized waste transportation routes in Khulna. Journal of Environmental Challenges 17, 101023 (2024). https://doi.org/10.1016/j.envc.2024.101023
Saju, J.A., Bari, Q.H., Lorber, P., et al. Integrated approach of waste analysis and life cycle assessment for the management of non-recyclable plastics in recycling shops. Journal of Cleaner Environmental Systems 15, 100229 (2024). https://doi.org/10.1016/j.cesys.2024.100229
Ali, Md.T., Rafizul, I.M. Environmental risks of plastic losses from landfills: A comparative study of divisional cities in Bangladesh. Journal of Hazardous Materials Advances 16, 100507 (2024). https://doi.org/10.1016/j.hazadv.2024.100507
Al Noman, A., Rafizul, I.M., Kraft, E. et al. Assessment of municipal solid waste from households in Khulna city of Bangladesh. Heliyon 9 (12), e22446 (2023). https://doi.org/10.1016/j.heliyon.2023.e22446
Farsi, M.M.N., Rafizul, I.M., Lorber, P. The Role of Plastic Recycling Shops in Khulna City Within A Circular Economy Framework. Journal of Engineering Science 15, 1 (2024). https://doi.org/10.3329/jes.v15i1.76031
Al Hasan, A., Bari, Q.H., Lorber, P., et al. An Association Rule Mining approach to explore the dynamics in plastic recycling business. Journal of Cleaner Waste Systems 9, 100186 (2024). https://doi.org/10.1016/j.clwas.2024.100186
Zuthi, M.F.R., Khan, F., Lange, I., et al. Jute bags as a sustainable alternative to single-use plastic bags in Bangladesh: Rethinking the sole reliance on life cycle assessment. Journal of Sustainable Production and Consumption 56 (2025) 54-65. https://doi.org/10.1016/j.spc.2025.03.010
htmlText_59BC057E_0BFE_AC10_4199_ACB37DC7102F.html =


htmlText_6287CC9B_64AC_4478_41AD_2CE9750FBD01.html =


## Skin ### Button Button_0B73474A_2D18_CB95_41B5_180037BA80BC_mobile.pressedLabel = AMENITIES > Button_0B73474A_2D18_CB95_41B5_180037BA80BC.label = AMENITIES > Button_0B73474A_2D18_CB95_41B5_180037BA80BC.pressedLabel = AMENITIES > Button_0B73474A_2D18_CB95_41B5_180037BA80BC_mobile.label = AMENITIES > Button_3A0D16BD_1389_E752_41A5_4D092495D737.label = Anaerobier Button_3A0D5C25_1388_6B72_41A9_25597C98ADA3.label = Anmaischen Button_2A2C553C_310E_0014_41C4_86393D0ADCC7_mobile.label = Bar Button_3A0DAE8E_1388_274E_41B0_4F28F2F75A0C.label = Bio-Erdgas Button_3A0D8A91_1388_EF52_41C9_24DC8A25DB0A.label = Bioabfall Button_3A0DD4DB_1388_64D6_41C7_5BFBD171FD27.label = Biofilter Button_3A0DF65F_1388_27CE_41B3_1CFF03B47364.label = Biogas Button_3A0E1F64_138B_E5F2_41C8_EEFFD1FA75CB.label = Biowäscher Button_15EF2665_3106_0035_41AE_9BACA1A48D02_mobile.label = Chill Out Button_3A0E54C6_1388_7B3E_41CB_C50F5A34D53F.label = Cytoplasmamembran Button_3A0E7865_1388_2BF2_415B_DEF9831979B4.label = Enzyme Button_3A0E9EFE_1388_E4CE_41C3_1F62A05BD545.label = Enzymkinetik Button_3A0EFDA7_1388_257E_41C3_10E1BD52C82E.label = Fermenter Button_0AEB5577_2D08_CE7B_41B6_192923248F4E.label = Glossar Button_3A0F70C1_1388_3B32_41BA_549D5236DB9C.label = Glühverlust Button_3A0F332B_1388_3D76_4196_6D55C13B795F.label = Gärung Button_3A0FA09D_1388_DB52_41BB_3F63362BBDF5.label = Hammermühle Button_3A0FC5E9_1388_64F2_4174_DAB89B42E263.label = Hydrolyse Button_3A0FF8C4_1388_2B32_41C6_B1351E4F7044.label = Hygienisierung Button_3A102C32_1398_2B56_41BA_9034B109162D.label = Intensivrotte Button_3A1059D5_1398_6CD2_41CA_552335A07D5A.label = Kompostgüte Button_062AF830_1140_E215_418D_D2FC11B12C47.label = LOREM IPSUM Button_062AF830_1140_E215_418D_D2FC11B12C47_mobile.label = LOREM IPSUM Button_2A2DE53B_310E_001C_41BB_C7AB6950A4DD_mobile.label = Lobby Button_1A1533C7_0AFB_F9CC_4190_80C63BBD97F9.label = Lorem Ipsum Button_1BBE72B1_0AFE_BA44_4194_26E709836197.label = Lorem Ipsum Button_1A1573C7_0AFB_F9CC_41A5_612854854875.label = Lorem Ipsum Button_1BBEA2B2_0AFE_BA44_4194_64AF02286E0F_mobile.label = Lorem Ipsum Button_1BBE52B2_0AFE_BA44_4199_AC3E50840A51_mobile.label = Lorem Ipsum Button_1BBE42B1_0AFE_BA44_4196_35189757248E_mobile.label = Lorem Ipsum Button_1BBE72B1_0AFE_BA44_4194_26E709836197_mobile.label = Lorem Ipsum Button_1BBE62B1_0AFE_BA44_4178_FDB66D3A01A4_mobile.label = Lorem Ipsum Button_1BBE12B1_0AFE_BA44_418B_18A823FEA795_mobile.label = Lorem Ipsum Button_1BBE12B1_0AFE_BA44_418B_18A823FEA795_mobile.pressedLabel = Lorem Ipsum Button_1BBE02B1_0AFE_BA44_41A1_9AF8C4F8D854_mobile.label = Lorem Ipsum Button_1BBE32B1_0AFE_BA44_4184_32A19BAA3D20_mobile.label = Lorem Ipsum Button_1EE571CA_0AFE_79C5_4174_BA62D25DF921_mobile.label = Lorem Ipsum Button_1EE561CA_0AFE_79C5_41A2_70FE1E675BFC_mobile.label = Lorem Ipsum Button_1EE541CA_0AFE_79C5_41A4_21C327719A3F_mobile.label = Lorem Ipsum Button_1EE531CA_0AFE_79C5_41A3_67E3568B920E_mobile.label = Lorem Ipsum Button_1EE511CA_0AFE_79C5_4196_B15F10ED26CE_mobile.label = Lorem Ipsum Button_1EE5F1CA_0AFE_79C5_41A2_04EECC4513C3_mobile.label = Lorem Ipsum Button_1EE5F1CA_0AFE_79C5_41A2_04EECC4513C3_mobile.pressedLabel = Lorem Ipsum Button_1EE5E1CA_0AFE_79C5_41A0_AC02248E1D05_mobile.label = Lorem Ipsum Button_1EE5D1CA_0AFE_79C5_4192_56F6C44EBD49_mobile.label = Lorem Ipsum Button_1A1533C7_0AFB_F9CC_4190_80C63BBD97F9_mobile.label = Lorem Ipsum Button_1A1523C7_0AFB_F9CC_4164_6930B8A326C2_mobile.label = Lorem Ipsum Button_1EE531CA_0AFE_79C5_41A3_67E3568B920E.label = Lorem Ipsum Button_1A1513C7_0AFB_F9CC_419F_AE585CB35F12_mobile.label = Lorem Ipsum Button_1A1503C7_0AFB_F9CC_41A4_26A96A26F8F5_mobile.label = Lorem Ipsum Button_1A1573C7_0AFB_F9CC_41A5_612854854875_mobile.label = Lorem Ipsum Button_2A62FEA0_0A2B_CFA0_41A2_752A27C4CCD1.label = Lorem Ipsum Button_2A7F3EA8_0A2B_CFA0_4194_5E460CCC4415.label = Lorem Ipsum Button_2A7EBEAD_0A2B_CFA0_41A1_735B4286C3BD.pressedLabel = Lorem Ipsum Button_2A7EBEAD_0A2B_CFA0_41A1_735B4286C3BD.label = Lorem Ipsum Button_2A7D5EAE_0A2B_CFA0_4191_C99A3BCB6C9E.label = Lorem Ipsum Button_2A7DDEAF_0A2B_CFA0_41A2_492CBF7D2150.label = Lorem Ipsum Button_2A7C4EB0_0A2B_CFA0_4141_83AFB6428150.label = Lorem Ipsum Button_2A7CCEB1_0A2B_CFA0_419A_F752D0576483.label = Lorem Ipsum Button_2A7B7EB3_0A2B_CFA0_4187_44EB29B13A0E.label = Lorem Ipsum Button_045874C8_0AF6_FFC5_418C_F2B104E6FB8D.label = Lorem Ipsum Button_045804C8_0AF6_FFC5_419B_3EC7E5537CBE.label = Lorem Ipsum Button_045814C8_0AF6_FFC5_419A_7EC6551D7377.pressedLabel = Lorem Ipsum Button_045814C8_0AF6_FFC5_419A_7EC6551D7377.label = Lorem Ipsum Button_045824C8_0AF6_FFC5_416A_D34FD7C01398.label = Lorem Ipsum Button_0458C4C8_0AF6_FFC5_41A3_32CFAAA6C374.label = Lorem Ipsum Button_0458D4C8_0AF6_FFC5_4160_C1B5D9EFCC50.label = Lorem Ipsum Button_0458E4C8_0AF6_FFC5_4185_7BE19BCBEDC4.label = Lorem Ipsum Button_0458F4C8_0AF6_FFC5_4142_C23056028700.label = Lorem Ipsum Button_1A15B3C7_0AFB_F9CC_4195_DA9098434B77.label = Lorem Ipsum Button_1A1543C7_0AFB_F9CC_4178_287A871A0A04.label = Lorem Ipsum Button_1A1563C7_0AFB_F9CC_4184_733B57ACB6DD.pressedLabel = Lorem Ipsum Button_1A1563C7_0AFB_F9CC_4184_733B57ACB6DD.label = Lorem Ipsum Button_2A7CCEB1_0A2B_CFA0_419A_F752D0576483_mobile.label = Lorem Ipsum Button_1A1503C7_0AFB_F9CC_41A4_26A96A26F8F5.label = Lorem Ipsum Button_1A1513C7_0AFB_F9CC_419F_AE585CB35F12.label = Lorem Ipsum Button_1A1523C7_0AFB_F9CC_4164_6930B8A326C2.label = Lorem Ipsum Button_1A1563C7_0AFB_F9CC_4184_733B57ACB6DD_mobile.label = Lorem Ipsum Button_1EE5D1CA_0AFE_79C5_4192_56F6C44EBD49.label = Lorem Ipsum Button_1EE5E1CA_0AFE_79C5_41A0_AC02248E1D05.label = Lorem Ipsum Button_1EE5F1CA_0AFE_79C5_41A2_04EECC4513C3.pressedLabel = Lorem Ipsum Button_1EE5F1CA_0AFE_79C5_41A2_04EECC4513C3.label = Lorem Ipsum Button_1EE511CA_0AFE_79C5_4196_B15F10ED26CE.label = Lorem Ipsum Button_0458E4C8_0AF6_FFC5_4185_7BE19BCBEDC4_mobile.label = Lorem Ipsum Button_1EE541CA_0AFE_79C5_41A4_21C327719A3F.label = Lorem Ipsum Button_1EE561CA_0AFE_79C5_41A2_70FE1E675BFC.label = Lorem Ipsum Button_1EE571CA_0AFE_79C5_4174_BA62D25DF921.label = Lorem Ipsum Button_1BBE32B1_0AFE_BA44_4184_32A19BAA3D20.label = Lorem Ipsum Button_1BBE02B1_0AFE_BA44_41A1_9AF8C4F8D854.label = Lorem Ipsum Button_1BBE12B1_0AFE_BA44_418B_18A823FEA795.pressedLabel = Lorem Ipsum Button_1BBE12B1_0AFE_BA44_418B_18A823FEA795.label = Lorem Ipsum Button_1BBE62B1_0AFE_BA44_4178_FDB66D3A01A4.label = Lorem Ipsum Button_1A1563C7_0AFB_F9CC_4184_733B57ACB6DD_mobile.pressedLabel = Lorem Ipsum Button_1BBE42B1_0AFE_BA44_4196_35189757248E.label = Lorem Ipsum Button_1BBE52B2_0AFE_BA44_4199_AC3E50840A51.label = Lorem Ipsum Button_1BBEA2B2_0AFE_BA44_4194_64AF02286E0F.label = Lorem Ipsum Button_045814C8_0AF6_FFC5_419A_7EC6551D7377_mobile.label = Lorem Ipsum Button_1A1543C7_0AFB_F9CC_4178_287A871A0A04_mobile.label = Lorem Ipsum Button_1A15B3C7_0AFB_F9CC_4195_DA9098434B77_mobile.label = Lorem Ipsum Button_045814C8_0AF6_FFC5_419A_7EC6551D7377_mobile.pressedLabel = Lorem Ipsum Button_0458F4C8_0AF6_FFC5_4142_C23056028700_mobile.label = Lorem Ipsum Button_2A7C4EB0_0A2B_CFA0_4141_83AFB6428150_mobile.label = Lorem Ipsum Button_0458D4C8_0AF6_FFC5_4160_C1B5D9EFCC50_mobile.label = Lorem Ipsum Button_0458C4C8_0AF6_FFC5_41A3_32CFAAA6C374_mobile.label = Lorem Ipsum Button_2A7EBEAD_0A2B_CFA0_41A1_735B4286C3BD_mobile.label = Lorem Ipsum Button_045824C8_0AF6_FFC5_416A_D34FD7C01398_mobile.label = Lorem Ipsum Button_2A7D5EAE_0A2B_CFA0_4191_C99A3BCB6C9E_mobile.label = Lorem Ipsum Button_2A7EBEAD_0A2B_CFA0_41A1_735B4286C3BD_mobile.pressedLabel = Lorem Ipsum Button_045874C8_0AF6_FFC5_418C_F2B104E6FB8D_mobile.label = Lorem Ipsum Button_2A7DDEAF_0A2B_CFA0_41A2_492CBF7D2150_mobile.label = Lorem Ipsum Button_045804C8_0AF6_FFC5_419B_3EC7E5537CBE_mobile.label = Lorem Ipsum Button_2A62FEA0_0A2B_CFA0_41A2_752A27C4CCD1_mobile.label = Lorem Ipsum Button_2A7B7EB3_0A2B_CFA0_4187_44EB29B13A0E_mobile.label = Lorem Ipsum Button_2A7F3EA8_0A2B_CFA0_4194_5E460CCC4415_mobile.label = Lorem Ipsum Button_3A1086B2_1398_E756_419C_9EA2DB71CB4E.label = Luftporenvolumen Button_3A10B165_1398_3DF2_41C1_B2BC67A1D53F.label = Magnetscheider Button_2A2D853B_310E_001C_41C4_1C2E2BAFC35D_mobile.label = Main Entrance Button_2A2C053B_310E_001C_41A2_583DE489828C_mobile.label = Meeting Area 1 Button_2A2C753B_310E_001C_41C4_B649CCC20E3D_mobile.label = Meeting Area 2 Button_3A112344_1399_DD32_4162_499395EF7AC0.label = Methan Button_3A1196CF_1398_E4CE_41CB_DC862291B504.label = Mieten Button_3A11CDF9_1398_64D2_41C4_1879E1F9FF66.label = Nachrotte Button_3A11F0CF_1398_3CCE_41C0_BB1AFF4C6DBB.label = Nassfermentation Button_3A123603_1398_2736_41C1_53CA568EC320.label = Pasteurisierung Button_3A126A08_1398_2F32_41B5_61285A5EA004.label = Produktgas Button_0AEB5577_2D08_CE7B_41B6_192923248F4E_mobile.label = RECEPTION > Button_1D0C50DE_2D07_C6AD_41C1_CF4547A6CFAB_mobile.label = RESTAURANTS > Button_1D0C50DE_2D07_C6AD_41C1_CF4547A6CFAB.label = RESTAURANTS > Button_0A054365_2D09_CB9F_4145_8C365B373D19_mobile.label = ROOMS > Button_0A054365_2D09_CB9F_4145_8C365B373D19.label = ROOMS > Button_3A12A10B_1398_DD36_41AD_5B87474E8240.label = Radlader Button_2A2C253B_310E_001C_41B6_D3A7F4F68C3E_mobile.pressedLabel = Reception Button_2A2C253B_310E_001C_41B6_D3A7F4F68C3E_mobile.label = Reception Button_3A12FCB5_1398_2B52_41C8_F38FD536E857.label = Rohbiogas Button_1D2C4FDF_2D7F_BAAB_4198_FBD1E9E469FF.label = SPORTS AREA > Button_1D2C4FDF_2D7F_BAAB_4198_FBD1E9E469FF_mobile.label = SPORTS AREA > Button_0399826A_2D79_4594_41BA_934A50D0E6B4.label = SWIMMING POOL > Button_0399826A_2D79_4594_41BA_934A50D0E6B4_mobile.label = SWIMMING POOL > Button_3A135840_1398_6B32_41C6_3E66DF4F9FA8.label = Schwachgas Button_3A138635_1398_E752_41BF_63D4616B9284.label = Schwefelwasserstoff (H₂S) Button_15F5A318_3106_001C_41C5_9AA2EF2184CF_mobile.label = Terrace Button_3A148F62_1398_E5F6_41CB_9A844E6B24E1.label = Trockenfermentation Button_3A14AFFF_1398_24CE_415F_EB891D097EB7.label = Trockengewicht Button_3A14DDF4_1398_64D2_41A8_35226641CC00.label = Trockenmasse Button_3A1508EC_1399_ECF2_41C7_FBDA81278A33.label = Trockensubstanz Button_3A1531F2_1398_3CD6_41C8_60E6DB262F5A.label = Unterkorn Button_3A15891F_1398_ED4E_41CC_AE52D8497FCD.label = Versäuerungsphase Button_3A15B33C_1398_3D52_41C2_E535EAFB47F2.label = Zwangsbelüftung Button_1B2143C6_11B8_5D3E_418B_6C4118182BD4.label = aerob Button_39A0A494_10B8_DB52_41C1_AAF56C5FAB30.label = aerobe Behandlung Button_3A0C92B6_1388_FF5E_41C5_92599CA5AD86.label = anaerob Button_3A0CE459_1388_5BD2_419B_233AD3FF24C5.label = anaerobe Behandlung Button_3A0ED303_1388_7D36_41A5_991609FA76C4.label = fakultative Bakterien Button_3A10F762_1398_25F6_41C0_D7BA14518536.label = mesophil Button_3A1153B5_1398_7D52_4192_81CE1991DF1E.label = methanogene Phase Button_3A1213E3_139B_FCF6_41C5_16E4877C82AA.label = obligater Aerobier Button_3A132ADE_1398_2CCE_41CC_AD9C80DFB840.label = saure Phase Button_3A142D63_1398_25F6_4194_76C1A0903491.label = thermophil Button_3A1560B0_1398_5B52_418C_D8A7B605804E.label = Überkorn ### Image Image_0435F73B_2D0F_4BF4_4181_65F86A8DAC19.url = skin/Image_0435F73B_2D0F_4BF4_4181_65F86A8DAC19_de.jpg Image_0435F73B_2D0F_4BF4_4181_65F86A8DAC19_mobile.url = skin/Image_0435F73B_2D0F_4BF4_4181_65F86A8DAC19_mobile_de.jpg Image_062A182F_1140_E20B_41B0_9CB8FFD6AA5A.url = skin/Image_062A182F_1140_E20B_41B0_9CB8FFD6AA5A_de.jpg Image_062A182F_1140_E20B_41B0_9CB8FFD6AA5A_mobile.url = skin/Image_062A182F_1140_E20B_41B0_9CB8FFD6AA5A_mobile_de.jpg Image_085F9A6F_0289_A4A6_4190_38B232ADF5AD.url = skin/Image_085F9A6F_0289_A4A6_4190_38B232ADF5AD_de.png Image_1E18723C_57F1_802D_41C5_8325536874A5.url = skin/Image_1E18723C_57F1_802D_41C5_8325536874A5_de.jpg Image_1E18723C_57F1_802D_41C5_8325536874A5_mobile.url = skin/Image_1E18723C_57F1_802D_41C5_8325536874A5_mobile_de.jpg Image_1E19C23C_57F1_802D_41D1_9DC72DB5C1E1.url = skin/Image_1E19C23C_57F1_802D_41D1_9DC72DB5C1E1_de.jpg Image_1E19C23C_57F1_802D_41D1_9DC72DB5C1E1_mobile.url = skin/Image_1E19C23C_57F1_802D_41D1_9DC72DB5C1E1_mobile_de.jpg Image_B72130F2_04E7_B07B_4199_F77DDE7B02F3.url = skin/Image_B72130F2_04E7_B07B_4199_F77DDE7B02F3_de.png ### Label Label_BAB5B093_BF1E_2B8D_41C1_01294AF8AC6D.text = Deutsch Label_BABFF454_BF0A_2A8B_41D1_CDC498F2A4A3.text = English ### Multiline Text HTMLText_062AD830_1140_E215_41B0_321699661E7F_mobile.html =
SCIP
plastics


The SCIP Plastics project stands for Sustainable Capacity building to reduce Irreversible Pollution by Plastics. The project supports the sustainable transformation of municipal waste management systems in the Ganges Delta. It promotes the development of plastic abatement strategies, as well as demand- and resource-oriented collection and disposal, in order to prevent large-scale environmental pollution at its source. The tangible project objective is the long-term establishment of a Knowledge Transfer Hub on the campus of the Khulna University of Engineering & Technology (KUET) for the reduction and prevention of marine plastic debris in the Bay of Bengal. The SCIP Plastics project is a collaboration between the German partners Bauhaus-Universität Weimar and the ISOE – Institute for Social-Ecological Research and the Bangladeshi partners KUET, Chittagong University of Engineering & Technology (CUET) and Khulna City Cooperation (KCC).



Project country
With 164 million inhabitants and 1,100 inhabitants per square kilometre, Bangladesh is the most densely populated country in the world and, due to its location in the Ganges delta, one of the top 10 marine plastic polluters. The country has been listed as a Least Developed Country by the United Nations since 1975. Currently, about 47% of the urban population lives in slums (2018). Little can be done to counter plastic pollution through water bodies due to dysfunctional waste management systems. Without countermeasures, plastic pollution will continue to increase due to rapid growth, improved connectivity and monsoon-related extreme weather events. Approximately 40% of Bangladesh’s land area is below 10 m above sea level, inhabiting 46% of the population. The country is strongly affected by the world’s most populous river delta. The target region of Khulna is the largest urban area within the delta, neighbouring the Sundarbans, the largest contiguous mangrove forest and a UNESCO World Heritage Site. It is estimated that the daily average quantity of waste generated in Khulna is 0.3 kg/person, which corresponds to app. 480 tons per day. Presently, open spaces on roadsides are used to store the wastes. The collecting is challenging, significant amounts of waste remains unhauled from various points and causes several problems, such as odour, diseases or the washing in nearby canals.


Bangladesh’s annual export of trades and services increases constantly from 6.6 Bil- lion US$ (2000) to 18,5 Billion US$ (2010) to 46.4 Billion US$ (2019). The port of Chattogram already handles 90% of national exports, resulting in 3 mill. TEU (Twenty-foot equivalent unit) in 2019. The Bay of Bengal provides the sea link between South and Southeast Asia and the silk route causing rapid economic boost in Bangladesh’s ports. In Mongla Port, the second biggest port, container terminals are yet being built (2024 – 2025), which besides its location in the Sundarbans and its medium size qualifies it as a prevailing model investigation area for plastic waste abatement.



Background
The 360° tour was developed at the Chair of Resource Management headed by Prof. Dr.-Ing. Eckhard Kraft in collaboration with all the members of the SCIP plastics team at Khulna University of Engineering & Technology (KUET), Chittagong University of Engineering & Technology (CUET), Khulna City Cooperation (KCC), Institute for Social-Ecological Research (ISOE) and Bauhaus-Universität Weimar and designed and implemented by Florian Wehking.



Contact
Prof. Dr.-Ing. Eckhard Kraft
Resource Management
Goetheplatz 7/8
99423 Weimar / Germany
+49 (0) 3643 / 58 46 21
eckhard.kraft@uni-weimar.de


Dr.-Ing. Thomas Haupt
+49 (0) 3643 / 58 46 50
thomas.haupt@uni-weimar.de
www.uni-weimar.de



Recordings, Design & Realisation
Dipl.-Des. Florian Wehking
+49 (0) 36 43 / 58 46 61
+49 (0) 163 / 174 14 86
florian.wehking@uni-weimar.de
www.360-degree.education



Sources / Literature
[1] – Website SCIP plastics
https://www.scip-plastics.com/, 07.05.2024


Imprint | Privacy Policy
HTMLText_062AD830_1140_E215_41B0_321699661E7F.html =
SCIP
plastics


The SCIP Plastics project stands for Sustainable Capacity building to reduce Irreversible Pollution by Plastics. The project supports the sustainable transformation of municipal waste management systems in the Ganges Delta. It promotes the development of plastic abatement strategies, as well as demand- and resource-oriented collection and disposal, in order to prevent large-scale environmental pollution at its source. The tangible project objective is the long-term establishment of a Knowledge Transfer Hub on the campus of the Khulna University of Engineering & Technology (KUET) for the reduction and prevention of marine plastic debris in the Bay of Bengal. The SCIP Plastics project is a collaboration between the German partners Bauhaus-Universität Weimar and the ISOE – Institute for Social-Ecological Research and the Bangladeshi partners KUET, Chittagong University of Engineering & Technology (CUET) and Khulna City Cooperation (KCC).



Project country
With 164 million inhabitants and 1,100 inhabitants per square kilometre, Bangladesh is the most densely populated country in the world and, due to its location in the Ganges delta, one of the top 10 marine plastic polluters. The country has been listed as a Least Developed Country by the United Nations since 1975. Currently, about 47% of the urban population lives in slums (2018). Little can be done to counter plastic pollution through water bodies due to dysfunctional waste management systems. Without countermeasures, plastic pollution will continue to increase due to rapid growth, improved connectivity and monsoon-related extreme weather events. Approximately 40% of Bangladesh’s land area is below 10 m above sea level, inhabiting 46% of the population. The country is strongly affected by the world’s most populous river delta. The target region of Khulna is the largest urban area within the delta, neighbouring the Sundarbans, the largest contiguous mangrove forest and a UNESCO World Heritage Site. It is estimated that the daily average quantity of waste generated in Khulna is 0.3 kg/person, which corresponds to app. 480 tons per day. Presently, open spaces on roadsides are used to store the wastes. The collecting is challenging, significant amounts of waste remains unhauled from various points and causes several problems, such as odour, diseases or the washing in nearby canals.


Bangladesh’s annual export of trades and services increases constantly from 6.6 Bil- lion US$ (2000) to 18,5 Billion US$ (2010) to 46.4 Billion US$ (2019). The port of Chattogram already handles 90% of national exports, resulting in 3 mill. TEU (Twenty-foot equivalent unit) in 2019. The Bay of Bengal provides the sea link between South and Southeast Asia and the silk route causing rapid economic boost in Bangladesh’s ports. In Mongla Port, the second biggest port, container terminals are yet being built (2024 – 2025), which besides its location in the Sundarbans and its medium size qualifies it as a prevailing model investigation area for plastic waste abatement.



Background
The 360° tour was developed at the Chair of Resource Management headed by Prof. Dr.-Ing. Eckhard Kraft in collaboration with all the members of the SCIP plastics team at Khulna University of Engineering & Technology (KUET), Chittagong University of Engineering & Technology (CUET), Khulna City Cooperation (KCC), Institute for Social-Ecological Research (ISOE) and Bauhaus-Universität Weimar and designed and implemented by Florian Wehking.



Contact
Prof. Dr.-Ing. Eckhard Kraft
Resource Management
Goetheplatz 7/8
99423 Weimar / Germany
+49 (0) 3643 / 58 46 21
eckhard.kraft@uni-weimar.de


Dr.-Ing. Thomas Haupt
+49 (0) 3643 / 58 46 50
thomas.haupt@uni-weimar.de
www.uni-weimar.de



Recordings, Design & Realisation
Dipl.-Des. Florian Wehking
+49 (0) 36 43 / 58 46 61
+49 (0) 163 / 174 14 86
florian.wehking@uni-weimar.de
www.360-degree.education



Sources / Literature
[1] – Website SCIP plastics
https://www.scip-plastics.com/, 07.05.2024


Imprint | Privacy Policy
HTMLText_008AE887_5F1E_3D84_41D7_7EE913B1F8B7.html =
Mauris aliquet neque quis libero consequat vestibulum. Donec lacinia consequat dolor viverra sagittis. Praesent consequat porttitor risus, eu condimentum nunc. Proin et velit ac sapien luctus efficitur egestas ac augue. Nunc dictum, augue eget eleifend interdum, quam libero imperdiet lectus, vel scelerisque turpis lectus vel ligula. Duis a porta sem. Maecenas sollicitudin nunc id risus fringilla, a pharetra orci iaculis. Aliquam turpis ligula, tincidunt sit amet consequat ac, imperdiet non dolor.
HTMLText_1E18423C_57F1_802D_41C4_458DB7F892AC.html =
JOHN DOE
Licensed Real Estate Salesperson


Tlf.: +11 111 111 111
jhondoe@realestate.com
www.loremipsum.com



Mauris aliquet neque quis libero consequat vestibulum. Donec lacinia consequat dolor viverra sagittis. Praesent consequat porttitor risus, eu condimentum nunc. Proin et velit ac sapien luctus efficitur egestas ac augue. Nunc dictum, augue eget eleifend interdum, quam libero imperdiet lectus, vel scelerisque turpis lectus vel ligula. Duis a porta sem. Maecenas sollicitudin nunc id risus fringilla, a pharetra orci iaculis. Aliquam turpis ligula, tincidunt sit amet consequat ac, imperdiet non dolor.
HTMLText_1E18423C_57F1_802D_41C4_458DB7F892AC_mobile.html =
JOHN DOE
Licensed Real Estate Salesperson


Tlf.: +11 111 111 111
jhondoe@realestate.com
www.loremipsum.com



HTMLText_1E18123C_57F1_802D_41D2_B0CD0D6533F4.html =
___
LOREM IPSUM
DOLOR SIT AMET
HTMLText_29DD1615_3597_79DF_41C4_7593739E5260.html =
Company Name
www.loremipsum.com
info@loremipsum.com
Tlf.: +11 111 111 111
HTMLText_35E4B820_5244_0E64_41A4_4E39518F7018.html =
{{title}}
HTMLText_6CE95386_8AE2_59D1_41D7_1027052B6FC8.html =
{{title}}
HTMLText_6ED047BC_8AFD_B931_41A0_EC634899F940.html =
{{title}}
HTMLText_62B87C4E_8AE5_EF51_41B5_0472021D0579.html =
{{title}}
HTMLText_611F21D1_8AE7_D973_41E0_67811EE95E80.html =
{{title}}
HTMLText_66A6330E_8AE2_DAD1_41C3_5DE7540BD7F9.html =
{{title}}
HTMLText_60CFDDFB_8AFE_E937_41CD_3ED124D5FCB0.html =
{{title}}
HTMLText_3A48859B_1388_E556_41A5_542B18963581.html =
Anaerobier


Organismen, die ohne freien Sauerstoff leben; gewinnen Energie durch unvollständige Abbauvorgänge ohne die Anwesenheit von Sauerstoff (Gärung). Man unterscheidet obligate Anaerobier, für die Sauer-stoff giftig ist und fakultative Anaerobier, die auch bei der Anwesenheit von Sauerstoff leben können, z. B. Darmbakterien und Bandwürmer, im Gegensatz zu Aerobiern.
HTMLText_3A533B1F_1398_2D4E_41B6_3F3F94C8E09D.html =
Anmaischen


Mischen der zu vergärenden Abfälle mit Wasser, um die organischen Stoffe zu lösen und für die anaeroben Mikro-organismen verfügbar zu machen.
HTMLText_3A595843_1388_6B36_4197_42EEA62F1586.html =
Bio-Erdgas


Biogas nach der Aufbereitung zur Einspeisung in das Erdgasnetz.
synonym: Bio-Methan
HTMLText_3A56A0C7_1398_DB3E_41C8_FDCB689B3422.html =
Bioabfall


1. Allgemein: Biogene (biogen) und biologisch abbaubare nativ- und derivativ-organische Abfälle (Ab-fall) (z.B. organische Küchenabfall, Gartenabfall und organische Produktionsrückstände, nach Bioab-fallverordnung); in der BRD in der Bioabfallverordnung in einer Positiv-liste aufgeführt.


2. Bioabfälle sind im Siedlungsabfall enthaltene biologisch abbaubare nativ- und derivativ-organische Abfallanteile (z. B. organische Küchenabfälle, Gartenabfälle etc.).


3. Sprachgebrauch: Der in zusätzlichen Abfallbehältern (Biotonnen) getrennt erfasste Hausmüllanteil inklusive der häuslichen Gartenabfälle (Gartenabfall). Darunter nicht zu verstehen sind organische Abfälle aus Großküchen, z.B. aus Kantinen oder Krankenhäusern.
HTMLText_3A5AEB55_1388_2DD2_41B8_310181952BE9.html =
Biofilter


Anlage zur Behandlung u.a. geruchsbeladener Abluft. Auf dem Trägermaterial siedeln sich Mikroorga-nismen an, welchen die Geruchsstoffe als Nährstoffe dienen. Die bekanntesten Biofiltermaterialien sind Kompost- und Rindenmulchfilter.
HTMLText_4EAA8D6D_5819_3749_41CF_4A6A3212CA10.html =
Biogas


Durch anaeroben Abbau organischer Substanzen mittels Methanbakterien in Abwesenheit von Sauerstoff entstehendes Gas (Klärgas, Sumpfgas, Faulgas, Deponiegas), das zu ca. 50 bis 70 Vol.-% aus dem hochwertigen Energieträger Methan, Kohlendioxid sowie aus Spuren von Schwefel-wasserstoff, Stickstoff, Wasserstoff und Kohlenmonoxid besteht.


Der durchschnittliche Heizwert von Biogas beträgt 5.000 kJ/m³. Biogas kann aus einer Vielzahl von organischen Abfällen (organischer Abfall) (u.a. menschlichen und tierischen Ex-krementen, tierischen und pflanzlichen Reststoffen) hergestellt werden.
HTMLText_77F50765_5827_3379_41D5_6BE5D8C2EF6F.html =
Biowäscher


Anlage zur Abluftreinigung, bei der das Waschmedium aerobe Mikroorganis-men zum Abbau luftverunreinigender und geruchsbelästigender Stoffe enthält.
HTMLText_6132A197_5828_CFD9_41BE_19DA5304F715.html =
Cytoplasmamembran


Membran, die den Zellinhalt einer Zelle begrenzt.
HTMLText_1058C1EB_5829_CF49_41C7_BACBBCE0E0FD.html =
Enzyme


1. Von der lebenden Zelle gebildete katalytisch wirkende organische Verbindung (organische Verbindung), die den Stoffwechsel des Organismus steuert.


2. Fermente, Eiweißstoffe, die im Organismus als Katalysatoren an fast allen chemischen Umsetzungen, d. h. den Stoffwechselvorgängen beteiligt sind, indem sie die für jede Reaktion notwendige Aktivierungsenergie herabsetzen und so eine Reaktion (zum Beispiel bei Körpertemperatur) beschleunigen oder erst ermöglichen. Viele der 700 bekannten Enzyme sind zusammengesetzte Eiweiße mit höchster Wirkungsspezifität. Enzyme haben meist systematische Namen mit der Endung -ase. Der „Vorname“ gibt die Wirkung der Enzyme an (z.B. Dehydrogenasen) oder bezeichnet das Substrat, das hydrolytisch gespalten wird (z.B. Amylasen).
HTMLText_19C3BDD5_5839_7759_4183_6FCD7A32F0C7.html =
Enzymkinetik


Gebiet der Biochemie von Enzymen über die Abhängigkeit der Reaktions-geschwindigkeit einer enzymkata-lysierten Reaktion von verschiedenen Parametern, wie der Substratkonzen-tration, Zusammensetzung, Druck, Temperatur, Ionenstärke und pH-Wert.
HTMLText_046B14CC_5828_F54F_41AA_9F9CBCE99CE0.html =
Fermenter


Behälter in dem Vergärungsprozesse stattfinden.
HTMLText_2F1847E1_5829_3379_41D2_7A65A2F75F49.html =
Glühverlust


1. Massenanteil, der beim Glühen vorher bei 105 °C getrockneter Proben von der Trockenmasse verloren geht. Entspricht dem organischen Anteil der Trockenmasse.


2. Die bei vollständiger Verbrennung bei 510 °C von Stoffen gasförmig entweichenden Anteile. Da diese zu nahezu 100 % aus organischem Kohlenstoff bestehen, wird näherungs-weise der Gehalt an organischer Substanz oft als Glühverlust angegeben.


3. Der Gewichtsverlust einer trockenen festen Substanz nach der Verbrennung.
HTMLText_2A6248E6_582B_5D7B_4199_EE46EDB436F4.html =
Gärung


Stufenweiser, enzymatischer Abbau organischer Stoffe, unter Ausschluss von Sauerstoff. Anders als bei der Atmung werden die bei den Abbaureaktionen gebildeten Elektronen und Protonen nicht auf Sau-erstoff, sondern auf organische Verbindung (Gärungsendprodukte) übertragen.
HTMLText_33C172C2_5829_CDBB_41BB_C6929E94642D.html =
Hammermühle


Eine Mühle, die einen schelllaufenden Rotor mit frei schwingenden Metall-hämmern besitzt. Diese schleudern den zu zerkleinernden Abfall gegen fest-stehende Metallkämme. Wesentliches Merkmal der Zerkleinerung ist die Druckbeanspruchung.
HTMLText_3328D949_5827_5F49_41CA_E37DCBCDBCD4.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_93D55D89_5819_77C9_41D1_1494817A3C66.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_24FC5DB6_581B_57DB_41C0_8753FD2FC406.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_24C49FBC_581B_53CF_41B7_193BDDE32C0C.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_93D43D88_5819_77B7_41D3_9CFE2498CF0F.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_D9899A18_5818_FCD7_41C0_4E86486788F9.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_D9881A18_5818_FCD7_41C2_E3FCD093E70C.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_58A31D02_5818_F4BB_41AC_9DB96DA09AD2.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_21BE2840_5819_DCB7_41BF_FFCA771B32A4.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_21BFA841_5819_DCB9_41A6_B77391479533.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_B86277A4_5819_33FF_41CB_ADF5E73E1224.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_D8B2B3B4_5819_F3DF_41B5_3A03F80CFF4A.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_D8B243B4_5819_F3DF_41D4_00FC8D116C12.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_B862D7A5_5819_33F9_41D0_BD9B08437CFE.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_CA23D7CE_5868_D34B_4177_D14547FBC5BD.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_CA20A7CF_5868_D349_41D0_947AEC92720E.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_90FD2D30_5818_D4D7_41C8_CC379FEC5ECA.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_CFF0249F_586F_35C9_41C2_C8F3321E7C5A.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_CFF7749F_586F_35C9_41C9_C9C5C3578170.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_90FD4D31_5818_D4D9_41B3_079ACEB2C885.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_F9776AB4_586B_DDDF_41C0_F5AF9ECF9307.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_F976FAB4_586B_DDDF_41CD_036A6A8DC07B.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_58A4A5F9_5819_D749_41BE_EA99AD323EA7.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_F292C5CD_5867_F749_41B2_65F656BF808D.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_F29265CD_5867_F749_41C7_49F5BA703B8B.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_8AEDB431_581B_34D9_41D2_3ACCA3F7C309.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_E6F53F84_5869_F3BF_4199_D23CC4E54B00.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_E6EAAF85_5869_F3B9_41A0_E132AC1E42F3.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_8255A091_5819_4DD9_41C2_60B5CD171B83.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_FDE2C193_586F_4FD9_419E_97D002888FDB.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_FDE24194_586F_4FDF_41B3_A719AE542D4E.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_8252F092_5819_4DDB_41C9_2829B9D903D9.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_9B3531CA_5868_CF4B_41C9_C2E17B334586.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_9B3581CB_5868_CF49_41C1_AAF75A15E5B0.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_58A4A5F8_5819_D757_41C7_CEF16119D463.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_587215C9_58F8_F749_41B8_4569860AF95F.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_B993667D_5827_3549_41D4_231CEB1B83B0.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_58763E0A_58F9_34CB_41B7_4519764FC2BF.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_58A11311_5818_CCD9_41C4_8BAA327A6840.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_587215C9_58F8_F749_41A6_31B03CC41D8A.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_58732723_58F8_D4F9_41CC_3801124F8318.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_58A31D02_5818_F4BB_41D4_9C4BFEF97751.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_58A11310_5818_CCD7_41BF_684E1739B089.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_58732722_58F8_D4FB_41C8_2E02556B7871.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_8AE2842F_581B_34C9_41D5_4349A6DD525D.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_58707459_58F9_3549_41CA_82FE687DD02B.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_58763E0A_58F9_34CB_41A4_FACF329FF68A.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_58707458_58F9_3557_41B8_F4C8F8B09121.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_58A20DE9_5818_D749_41D3_890C2D3CB506.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_871592E1_582B_CD79_41C3_E44DED4A0D98.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_B994267C_5827_354F_41BC_D7BBF171B62A.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_586E1365_58E8_F379_41B1_CF01202A1658.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_586E1364_58E8_F37F_41B8_F89FE7D1EB0C.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_58A20DEA_5818_D74B_41A9_2E346D60BDEA.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_871572E1_582B_CD79_41C0_26583314AD2B.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_A316E32C_58E9_CCCF_41B2_5D710ABE3AB9.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_A317A32D_58E9_CCC9_41C2_4DA4C531ECA0.html =
Hydrolyse


1. (hydor gr. = Wasser; lysis gr. = Lösung) Reaktion mit Wasser bzw. Spaltung chemischer Verbindungen durch Wasser.


2. Reaktion mit Wasser, manchmal bei erhöhtem Druck und Temperatur und oft bei Anwesenheit von Säuren, alkalischen oder enzymatischen Trägern. Der Prozess dient dazu, Substanzen zu zerlegen und daher zu entgiften, wie organophosphorische Verbindungen. Das Wasser selbst wird dabei auch zersetzt.
HTMLText_24A89EAE_581B_75CB_41C1_87EA7B2EABB5.html =
Hygienisierung


Verfahrensschritt mit dem Ziel der Entseuchung, d. h. das Material in einen nicht mehr ansteckenden Zustand bringen.
HTMLText_D9892A17_5818_FCD9_41C4_DDE0421F859B.html =
Intensivrotte


Erste, thermophile Phase des mikrobiellen Ab- bzw. Umbaus (mikrobieller Abbau) unter aeroben
Bedingungen mit hohem Sauer-stoffbedarf bei der Kompostierung.
HTMLText_21BEE840_5819_DCB7_41B2_156F21BB1DAE.html =
Kompostgüte


Güte definiert die Qualitätseigen-schaften von Kompost. Güterichtlinien für Komposte sollen die Beurteilung der Endprodukte verschiedenen orga-nischen Ursprungs ermöglichen und definierte, nachprüfbare Qualitäts-anforderungen enthalten.
HTMLText_D8B573B3_5819_F3D9_41D4_A8BE4B516769.html =
Luftporenvolumen


1. Luftvolumen = freies Luftporen-volumen. Das Porenvolumen, abzüglich des durch Trocknung entfernten Wassers, wird in Prozent vom Gesamtvolumen angegeben.


2. Bei jedem Mischungsverhältnis verschiedener Abfallstoffe entspricht einem bestimmten Wassergehalt ein bestimmtes freies, luftführendes Porenvolumen (FAS = Free Air Space).
HTMLText_CA23B7CE_5868_D34B_418B_CE7E4D593B30.html =
Magnetscheider


Anlage zum Abtrennen ferromagnetischer Metalle.
HTMLText_F977EAB3_586B_DDD9_41D3_F0D8339818FD.html =
Methan


1. Sumpfgas, farbloses, geruchloses, ungiftiges Gas, verbrennt zu Kohlendioxid und Wasser. Es ist ein etwa 30-fach stärkeres Treibhausgas als Kohlenstoffdioxid und ist daher Teil der Klimadiskussion.


2. Ein farb-, geruchloses, entzündbares Gas, das während des anaeroben Abbaus von faulfähigen Substanzen entsteht. Es bildet explosive Misch-ungen bei 5-15 Vol.-% Methan in Verbindung mit Luft.
HTMLText_E6F5AF84_5869_F3BF_41C5_5AC37D2C0234.html =
Mieten


Aufschüttung von zu kompostierenden Abfallstoffen auf regelmäßige Haufen zum Zweck der Rotte. Man unter-scheidet zwischen Tafel-, Dreiecks- und Walmenmieten.
HTMLText_FDE37193_586F_4FD9_41C9_AFB80624CCCF.html =
Nachrotte


1. Letzter Abschnitt des Rotteprozesses bei der Kompostierung, in welchem organische Substanzen, vorwiegend Zellulose, unter mesophilen Bedingungen (= Temperaturbereich ca. 30°C bis ca. 42°C) abgebaut werden. Der Sauerstoffbedarf ist nun wesentlich geringer als in der Intensivrotte (die Abbauleistung geht zurück).


2. An die Intensivrotte anschließende, länger währende Rottephase, in welcher bei niedrigen Temperaturen verstärkt Prozesse der Humifizierung ablaufen.
HTMLText_9B36E1CA_5868_CF4B_41CA_F059F31872DB.html =
Nassfermentation


Anaerobes Behandlungsverfahren bei dem der zu behandelnde Biomüll während der Vorbehandlung auf einen Trockensubstanzgehalt von 1–15 Gew.-% eingestellt wird
HTMLText_B85DC7A4_5819_33FF_41D3_16C61F5600C6.html =
Pasteurisierung


Verfahren zur Inaktivierung von Mikroorganismen, insbesondere Krankheitserregern, oder zur Ver-minderung ihrer Konzentration unter einen vorgegebenen Wert durch Einwirkung erhöhter Temperaturen über eine ausreichende Zeitdauer.
HTMLText_90FCED30_5818_D4D7_41A3_3DE1B45743D1.html =
Produktgas


Das Produktgas beschreibt das Biogas nach der Aufbereitung.
HTMLText_8AE3642F_581B_34C9_41C9_790363438F2E.html =
Radlader


Luftbereifte selbstfahrende Maschine mit einer beweglichen Schaufel zum Abtragen und Umlagern von Schüttgütern.
HTMLText_82540091_5819_4DD9_41D4_A3D06A22FBEB.html =
Rohbiogas


Das Rohbiogas beschreibt das Biogas vor der Aufbereitung bzw. Veredelung.
HTMLText_871252E0_582B_CD77_4183_B24A54E3F1DE.html =
Schwachgas


Das Schwachgas betitelt die Gase aus den Gärrestelagern, welche nicht in die Aufbereitung, sondern direkt in das Heizhaus geleitet werden.
HTMLText_A315432C_58E9_CCCF_41B7_9720E67E091F.html =
Schwefelwasserstoff (H₂S)


Giftiges Gas mit dem Geruch von verdorbenen Eiern, welches durch die Verringerung der Sulfate in einem schwefelhaltigen organischen Material und in dessen Verwesungsvorgang produziert wird.
HTMLText_58707457_58F9_3559_41CF_1D152EC1892F.html =
Trockenfermentation


Anaerobes Behandlungsverfahren bei dem der Bioabfall entsprechend seines Wassergehaltes bei 25–40 Gew.-% Trockensubstanz vergoren wird.
HTMLText_587215C8_58F8_F7B7_41B7_5A463237689C.html =
Trockengewicht


Gewicht der Trockensubstanz.
HTMLText_58732722_58F8_D4FB_41BA_6A66C5FCD596.html =
Trockenmasse


Der Anteil einer festen Substanz, der nach Wasserentzug übrig bleibt.
HTMLText_58763E09_58F9_34C9_41C4_38959592DEC1.html =
Trockensubstanz


1. Die nach einem Trocknungsverfahren erhaltene Masse.


2. Stoffe nach Entzug von Wasser durch Trocknung bei 105°C bis zur Gewichts-konstanz, s. a. Trockengewicht.
HTMLText_58A11310_5818_CCD7_41C3_3D8E551652DE.html =
Unterkorn


Material, dass bei einem Siebdurchgang hindurchfällt.
HTMLText_58A31D01_5818_F4B9_41AA_845981BD01AC.html =
Versäuerungsphase


In der Versäuerungsphase übernehmen verschiedene – fakultativ und obligat anaerobe – fermentative (= versäuernde) Bakterienarten die Gärung der Zwischenprodukte zu niederkettigen organischen Säuren, Alkoholen, Wasserstoff und Kohlendioxid.
HTMLText_58A4A5F8_5819_D757_4163_B3DEC4A8EC14.html =
Zwangsbelüftung


Bei der Zwangsbelüftung wird zwischen Druck- und Saugbelüftung unter-schieden. Je geringer das Luftporen-volumen ist, desto größer sind die Druckverluste bei der Zwangsbelüftung und desto energieaufwendiger wird die Belüftung. Die Luftverteilung ist bei der Druckbelüftung günstiger. Bei der Saugbelüftung fällt ein stark belastetes Kondensat mit der Abluft an. Darüber hinaus ist der Ventilator korrosions-beständig auszulegen.


Nachteil: Eine Ablufterfassung ist nur im geschlossenen System möglich.


Vorteil: Weitgehenden Erfassbarkeit der geruchsintensiven Prozessabluft.


Synonym: aktive Belüftung
HTMLText_1B27DC5B_11B8_6BD6_41A4_1A119C5B60EB.html =
aerob


1. (aer gr. = Luft; bios gr. = Leben) allgemein: sauerstoffbedürftig oder -haltig (bezogen auf Organismen, chemische Reaktionen)


2. Bezeichnung für die Lebensweise von Organismen, die zur Atmung Sauerstoff benötigen oder chemische Reaktions-weisen, die nur unter Sauerstoffzufuhr möglich sind (aerobe Atmung)
HTMLText_39A2E822_10B8_2B76_41B7_5D5AE56D805A.html =
aerobe Behandlung


Biologisches Abbauverfahren mit Hilfe vorwiegend aerob arbeitender Mikro-organismen, z.B. für die Herstellung eines wiederverwertbaren Stoffes (Sekundärrohstoff) beispielsweise zur Düngung oder Bodenverbesserung.
HTMLText_3A415754_13F8_65D2_41C2_D1D5CF2AADAE.html =
anaerob


1. Abbauvorgänge, bei denen kein Sauerstoff verbraucht wird.


2. Abbau von Stoffen durch Mikroorganismen unter anaeroben Bedingungen. In der Abwassertechnik zum Beispiel die Faulung zur Stabi-lisierung des Klärschlammes (s. Klärschlammstabilisation).


3. (aneu gr. = ohne; aer gr. = Luft). das Fehlen von molekularem Sauerstoff bezeichnend (lebend)


4. Bezeichnung für die Lebensweise von Organismen, die zum Leben keinen freien Sauerstoff benöti-gen, und für chemische Reaktionsweisen, die unter Ausschluss von Sauerstoff ablaufen (Anaerobier).


5. unter Luftabschluss lebend (Gegensatz: aerob)
HTMLText_3A459616_13F8_E75E_41C8_4B0AB52D6A9A.html =
anaerobe Behandlung


Gelenkter biologischer Abbau bzw. Umbau von nativ-organischen Abfällen in geschlossenen Systemen unter Luftabschluss.
HTMLText_0ED4DF02_5839_54BB_41B9_D233AA586542.html =
fakultative Bakterien


Bakterien, die in Anwesenheit und Abwesenheit von freiem Sauerstoff wachsen können.
HTMLText_CFF0749E_586F_35CB_41D5_38B50ED35BBA.html =
mesophil


Temperaturbereich zwischen 30–35 (42)°C. Das erste Stadium in der Kompostierung ist mesophil, solange diese Organismen sich vermehren und die Temperaturen ansteigen bis die thermophilen Organismen über-nehmen. Der pH-Wert wechselt von leicht sauer zu alkalisch in der meso-philen Phase.
HTMLText_F29375CC_5867_F74F_41C0_744BC323F5A7.html =
methanogene Phase


Bildung von Methan aus Essigsäure, Wasser und Kohlenstoffdioxid. Die Methanbakterien erzeugen das Biogas, bestehend aus ca. 50–70 Vol.-% Methan und 30–50 Vol.-% Kohlenstoffdioxid.
HTMLText_93D45D88_5819_77B7_41C9_1C6A818B6AD9.html =
obligater Aerobier


Ein Organismus, der atmosphärischem Sauerstoff zur Atmung benötigt.
HTMLText_B994967C_5827_354F_41D3_E2EF1D44E160.html =
saure Phase


In der sauren Phase oder auch Versäuerungsphase genannt, übernehmen verschiedene – fakultativ und obligat anaerobe – fermentative
(= versäuernde) Bakterienarten die Gärung der Zwischenprodukte zu niederkettigen organischen Säuren, Alkoholen, Wasserstoff und Kohlendioxid.
HTMLText_586E1364_58E8_F37F_41D0_6D354681CB0A.html =
thermophil


(thermos gr. = warm; philos = liebend) wärmeliebend. Mikroorganismen werden als thermophil bezeichnet, wenn ihr Temperaturoptimum um 50-55°C liegt.
HTMLText_58A20DE9_5818_D749_4197_CAA9C6709430.html =
Überkorn


Siebrückstand eines Siebes.
HTMLText_6F076E6A_8AEE_AB51_419E_0C9A63018AA4.html =
{{title}}
HTMLText_29DD1615_3597_79DF_41C4_7593739E5260_mobile.html =
Company Name
www.loremipsum.com
info@loremipsum.com
Tlf.: +11 111 111 111
HTMLText_91B22035_5DDC_5C48_41C6_6367F2DF525A.html =
Knowledge Transfer Hub
KUET
HTMLText_61FDC348_524C_0224_41A0_CE8A4D9C98DC.html =
Awareness Center
KCC
HTMLText_608ABC80_524C_0624_41B3_CE97A1EEB3ED.html =
Landfill
HTMLText_60E052CF_524C_023C_41C5_F1A1440A9F91.html =
Plastic Substitution
HTMLText_6081D6BF_524C_025C_41D2_BD2D0B4A594E.html =
Ports
HTMLText_60B3C286_524C_022C_41D2_51CE6EFC5571.html =
Recycling Shops
HTMLText_F01C879C_5761_06D2_41CA_6EFF65295601.html =
Secondary Transfer Stations (STS)
HTMLText_61396F83_524C_0224_41D3_63702037D6ED.html =
Waste Lab
KUET
HTMLText_A52F54AA_A0C8_CF7C_41C8_A2B8110230E5.html =
Working Group V
Plastic Substitution
### Tooltip IconButton_2B90E40F_3593_B9CB_41B4_408768336038_mobile.toolTip = Einleitung IconButton_E802EFF0_E326_E744_41E7_9AFF9ADBBA0D.toolTip = Floorplan Jute Mill IconButton_5D64946E_5C6C_C4D8_41CD_8F90783623CB.toolTip = Floorplan Knowledge Transfer Hub IconButton_2BBEA1DF_35B3_BA4B_41B8_DE69AA453A15.toolTip = Floorplan Landfill IconButton_582B9C51_5DC4_0624_41AD_0C77156C693D.toolTip = Floorplan Recycling Shop I IconButton_DEC4290F_DB4F_30DB_41DA_602E99A4EB2E.toolTip = Floorplan Recycling Shop II IconButton_76D55034_70D7_9753_41D0_A1DAA076F423.toolTip = Floorplan STS II IconButton_76D566BF_70D7_BB4D_41CB_F8EEA8A93A5B.toolTip = Floorplan STS III IconButton_EEFF957A_E389_9A06_41E1_2AD21904F8C0.toolTip = Fullscreen on / off IconButton_2B90E40F_3593_B9CB_41B4_408768336038.toolTip = Glossar IconButton_2B7D4C36_6056_A85D_41CD_4D2A99457A7F.toolTip = Gyroscope on / off Image_085F9A6F_0289_A4A6_4190_38B232ADF5AD.toolTip = Link to BMUV Website Image_B72130F2_04E7_B07B_4199_F77DDE7B02F3.toolTip = Link to SCIP Website IconButton_2DD5B630_28FF_1175_41B4_AB22FE074E30.toolTip = Location Jute Mill IconButton_2B90A410_3593_B9D5_41B7_0B5CCA80EF0F.toolTip = Location KCC IconButton_5D63F5A6_5C64_4448_41D3_114B4BCD00B2.toolTip = Location Knowledge Transfer Hub IconButton_739DDE3D_54E3_09D2_41C8_4027CD92BE88.toolTip = Location Landfill IconButton_73313B5D_F13A_A7B7_41E6_6561E49AFD78.toolTip = Location Mongla Port IconButton_80498830_854D_FEE2_41BA_94A86458D8D8.toolTip = Location Mongla Port International Ships IconButton_80496FCC_854D_31A2_41BD_704D4D4AD472.toolTip = Location Mongla Port Landfill IconButton_E833F411_E366_F8C4_41E4_39F3C09D8142.toolTip = Location Recycling Shop I IconButton_2DD5AFBC_28FF_0F6D_41C0_D2629066A0A7.toolTip = Location Recycling Shop II IconButton_E8342099_E361_19C4_41CD_AF8F86AD4183.toolTip = Location Retailer IconButton_FFD5CFDA_73F3_88D7_41BB_6B3DDA4E10A9.toolTip = Location STS I IconButton_FFDD9E43_73F3_8B35_41D8_91CE8E481E49.toolTip = Location STS II IconButton_FCCEBAF4_73F3_88D3_41D4_E541AA4AB05B.toolTip = Location STS III IconButton_7C69F269_7D4D_1362_41DC_B3166AE56A94.toolTip = Location STS IV IconButton_EF8F8BD8_E386_8E02_41D6_310FF1964329.toolTip = Options IconButton_2B7E8C36_6056_A85D_416F_B86F42E55356.toolTip = Options IconButton_2B90C410_3593_B9D5_41AB_13AB96397D83.toolTip = Overview Panoramas IconButton_2B90C410_3593_B9D5_41AB_13AB96397D83_mobile.toolTip = Overview Panoramas Container_611F61D1_8AE7_D973_41DE_6A3C400EAD62.toolTip = Panorama Name Container_62B8AC4E_8AE5_EF51_41DC_B784C4782807.toolTip = Panorama Name Container_6ED637BC_8AFD_B931_41DA_045FA12AB6D2.toolTip = Panorama Name Container_66A7130D_8AE2_DAD3_41C8_EBCC2D890B8B.toolTip = Panorama Name Container_60F13DFB_8AFE_E937_41B0_3C60318E2EEE.toolTip = Panorama Name Container_35E4F820_5244_0E64_41C5_39D940047700.toolTip = Panorama Name Container_6CE75386_8AE2_59D1_41C1_207ED5188021.toolTip = Panorama Name IconButton_2B721244_35B1_D9BD_41C8_FCB90D5BD7F7_mobile.toolTip = Project Information IconButton_2B721244_35B1_D9BD_41C8_FCB90D5BD7F7.toolTip = Project Information IconButton_EED073D3_E38A_9E06_41E1_6CCC9722545D.toolTip = Sound on / off IconButton_2B7D3C36_6056_A85D_4189_9125866AB64B.toolTip = Sound on / off IconButton_2B90A410_3593_B9D5_41B7_0B5CCA80EF0F_mobile.toolTip = Standort Container_2B7E9C36_6056_A85D_41CC_B0EB4698401D.toolTip = Ton & Gyroskop IconButton_C6003620_E561_8A2C_41E1_9B96DD7313AB.toolTip = Video überspringen IconButton_5C32B50A_2C96_204A_419A_B4BAFE4D3133.toolTip = Video überspringen IconButton_69DB503B_A45B_2CA0_41D2_703802A8E785.toolTip = Video überspringen IconButton_422E34E4_2C99_E1FE_41C6_06C82C7049EF.toolTip = Video überspringen IconButton_2B7D1C36_6056_A85D_41C4_AF935AF62E21.toolTip = Vollbild an / aus ## Tour ### Beschreibung tour.description = 360° Tour of the research project “SCIP Plastics – Sustainable Capacity building to reduce Irreversible Pollution by plastics” ### Titel tour.name = SCIP Plastics | 360° Tour ## VR Menu ### Text MenuItem_4922607E_49A2_2690_41D1_C90D7FF2354B.label = 01 – Project Partners MenuItem_629A10A0_64A7_DC48_41D4_E9FE86D1257B.label = 01 – Project Partners MenuItem_629A10A0_64A7_DC48_415B_0AEF8C2B2C10.label = 02 – Welcome to Awareness Center MenuItem_629A10A0_64A7_DC48_41D4_D1B3F338EDEC.label = 03 – Tour Selection MenuItem_4922607E_49A2_2690_41CC_0D5EFF11A29C.label = 04 – Tour Selection MenuItem_618C0FAB_64A3_C458_41D1_01B013CD6B5C.label = 04 – Tour Selection MenuItem_629A10A0_64A7_DC48_41CD_A87D75ABA008.label = 04 – Transfer / Publications MenuItem_4922607E_49A2_2690_41A0_699EFED07414.label = 05 – Workshops @ KCC MenuItem_4922607F_49A2_2690_41BE_D10F44F9470A.label = JM / 01 – The Golden Fibre MenuItem_4922607E_49A2_2690_41CE_B18B72A3BF22.label = JM / 02 – Life Cycle Assessment (LCA) MenuItem_4922607F_49A2_2690_4192_535611CE415E.label = JM / 03 – The Life Cycle of Jute MenuItem_4922607E_49A2_2690_41AB_37382EF7E26D.label = JM / 04 – Sorting MenuItem_4922607F_49A2_2690_41B9_6F29E8DF4782.label = JM / 05 – Moistening / Softening MenuItem_4922607E_49A2_2690_4162_5EBD99F337B5.label = JM / 06 – Carding MenuItem_4922607C_49A2_2690_41C1_1A85269BEAD9.label = JM / 07 – Finisher Card MenuItem_4922607E_49A2_2690_41C4_B0FB8C092823.label = JM / 08 – Drawing MenuItem_4922607B_49A2_2690_41D1_C1335FF692C0.label = JM / 09 – Spinning MenuItem_4922607E_49A2_2690_41CB_4A39226AA52C.label = JM / 10 MenuItem_4922607F_49A2_2690_41B2_014D463F7A92.label = JM / 10 – Winding MenuItem_4922607E_49A2_2690_41D1_554A6FC34DE9.label = JM / 11 – Twisting MenuItem_4922607F_49A2_2690_418F_25F45FB34E43.label = JM / 12 – Hydraulic Baling MenuItem_4922607E_49A2_2690_4173_D3D99EB40042.label = JM / 13 – Packaging MenuItem_4922607E_49A2_2690_41B5_CAEF6EBD4C17.label = JM / 14 – End MenuItem_5D6E4EB2_5C7C_4448_41D1_B92394822243.label = KTH / 01 – Research Hub MenuItem_5D6E4EB2_5C7C_4448_41D7_346020866A04.label = KTH / 02 – Entrance to KTH MenuItem_5D6E4EB2_5C7C_4448_41CC_90DD48EE7378.label = KTH / 03 – Meeting Room MenuItem_5D6E4EB2_5C7C_4448_41D3_BF18F142436E.label = KTH / 04 – Workstations MenuItem_4922607F_49A2_2690_41C8_0D523C622637.label = LF / 01 – History of the Site MenuItem_4922607E_49A2_2690_41B5_0EC2D1600DC2.label = LF / 02 – Roads & Controling MenuItem_A539B427_A0C8_4F74_41B9_3C61AC3EE53D.label = LF / 03 – Weighing & Recording MenuItem_A539B427_A0C8_4F74_41B2_875331B44F53.label = LF / 04 – Heavy-Duty Workshop MenuItem_A539B427_A0C8_4F74_4187_3A5FB7AB3011.label = LF / 05 – Rajbandh Training Centre MenuItem_A539B427_A0C8_4F74_41D6_2EC3A61DC233.label = LF / 06 – Centre Informal Workers MenuItem_A539B427_A0C8_4F74_41D3_47BBA5D8383A.label = LF / 07 – Training Room MenuItem_A539B427_A0C8_4F74_41E1_8F955C8B706E.label = LF / 08 – Toilets & Washrooms MenuItem_A539B427_A0C8_4F74_41DA_237B2A273B6C.label = LF / 09 – Proper Hygiene Solutions MenuItem_A539B427_A0C8_4F74_41E4_4954578F32DB.label = LF / 10 – Male Washroom MenuItem_4922607D_49A2_2690_41BC_BC33DA8901DA.label = LF / 11 – Water Management MenuItem_4922607F_49A2_2690_41D0_12CFD4720F1F.label = LF / 12 – Waste Acceptance MenuItem_4922607E_49A2_2690_41D1_9C26D225B1C8.label = LF / 13 – Containment MenuItem_4922607C_49A2_2690_41C9_F7D558D1DC1F.label = LF / 14 – Cover & Gas Management MenuItem_4922607F_49A2_2690_41CF_462270CAC4CD.label = LF / 15 – Leachate Management MenuItem_4922607E_49A2_2690_41B2_19DFB8AD03ED.label = LF / 16 – Waste Placement MenuItem_4922607C_49A2_2690_41C4_FE4CA6AE9F98.label = LF / 17 – Waste Picking MenuItem_4922607E_49A2_2690_41D1_A20A1034B25C.label = LF / 18 – Biological Processes MenuItem_4922607F_49A2_2690_41A5_F8037E7A1B15.label = LF / 18 – Waste Picking MenuItem_4922607C_49A2_2690_41CE_7DEEE28DF575.label = LF / 19 – Open Burning MenuItem_4922607E_49A2_2690_41C9_B3765B050BDC.label = LF / 20 – Site Summary MenuItem_F15C08FB_F10E_6273_41E9_A533635E7528.label = MP / 01 – International Cargo MenuItem_F15C08FB_F10E_6273_41E8_234AAD971FDC.label = MP / 02 – Local Vessels MenuItem_F15C08FB_F10E_6273_41D7_84049F195D6A.label = MP / 03 – To Mongla Landfill MenuItem_F15C08FB_F10E_6273_41E8_A43B4C1E1AE3.label = MP / 03 – Waste Collection MenuItem_A539B427_A0C8_4F74_41D3_03ECE30C5062.label = MP / 04 – Mongla Landfill I MenuItem_A539B427_A0C8_4F74_41BC_6D650B0A4CBD.label = MP / 05 – Mongla Landfill II MenuItem_A539B427_A0C8_4F74_41D7_EF8E247F87C5.label = MP / 06 – Mongla Ferry Ghat MenuItem_A539B427_A0C8_4F74_41CA_980095748B5E.label = MP / 06 – Mongla Landfill MenuItem_A539B427_A0C8_4F74_41D2_309B21B7B6C0.label = MP / 07 – Mongla Landfill Menu_2279D5BD_6A45_3B24_41DA_2E35A3AC7D76.label = Panoramas MenuItem_4922607C_49A2_2690_4199_D0D3050CE4F1.label = RE / 01 – PET Bottles MenuItem_4922607E_49A2_2690_41C6_FA2445E4AB2A.label = RS I / 04 – Detailed Sorting MenuItem_4922607E_49A2_2690_41BE_1973C3892739.label = RS I / 01 – Storting MenuItem_4922607E_49A2_2690_41A2_877D0EA70FA0.label = RS I / 02 – Storage MenuItem_4922607E_49A2_2690_41B4_34A9E94C5E14.label = RS I / 03 – Medical Waste MenuItem_4922607E_49A2_2690_41CD_767A98DF2672.label = RS I / 05 – Shredding & Washing MenuItem_4922607C_49A2_2690_41BE_5CCC443C1F35.label = RS I / 06 – Shop Entrance MenuItem_4922607D_49A2_2690_41A0_5866A095B8F8.label = RS I / 07 – Drying MenuItem_4922607E_49A2_2690_41AA_CD5889F806B1.label = RS II / 01 – Shop Entrance MenuItem_4922607B_49A2_2690_41B7_F2F1C442F531.label = RS II / 02 – Sorting MenuItem_4922607E_49A2_2690_41B1_8E0C51A0F486.label = RS II / 03 – Shredding & Washing MenuItem_4922607F_49A2_2690_418B_32AAEEE0748E.label = RS II / 04 – PCR MenuItem_4922607E_49A2_2690_41AC_602A13A6487A.label = RS II / 04 – Shredding MenuItem_4922607E_49A2_2690_41CC_E24CB0478874.label = RS II / 05 – Bottle Caps MenuItem_4922607F_49A2_2690_41CC_B51A094BB15A.label = RS II / 06 – Pallets to Yarn MenuItem_4922607F_49A2_2690_4193_704C84D4CA22.label = RS II / 07 – To Dumping Site MenuItem_4922607C_49A2_2690_41B4_A8A260BE1D12.label = RS II / 08 – Dumping Site MenuItem_4922607E_49A2_2690_41C8_DC677B4FA03F.label = RS II / 08 – Spinning MenuItem_4922607E_49A2_2690_41B3_9204258F695E.label = RS II / 09 – Rolling Up MenuItem_4922607E_49A2_2690_41D0_1A14B9AC2517.label = RS II / 12 – Dumping Site II MenuItem_8086F261_85C7_1362_41CB_8C9CA3739AD0.label = STS I / 01 – Unloading & Loading MenuItem_4922607C_49A2_2690_419D_0893040B0257.label = STS II / 01 – Waste Collection MenuItem_4922607F_49A2_2690_41B3_AB06CDB52964.label = STS II / 02 – Waste Seperation MenuItem_4922607E_49A2_2690_41C8_064D4E8BA6B7.label = STS III / 01 – Roadside Dumping MenuItem_4922607E_49A2_2690_41CF_5BF57F49A361.label = STS III / 02 – Container MenuItem_8086F261_85C7_1362_41C7_67141F7A08E4.label = STS IV / 01 – Outlook MenuItem_5D6E4EB2_5C7C_4448_41B1_AC4C818E532A.label = Start / Knowledge Transfer Hub MenuItem_618C0FAA_64A3_C458_41BD_613511A93237.label = Start / Mongla Port MenuItem_F15C08FB_F10E_6273_41C2_60A50A3DF257.label = Start / Mongla Port MenuItem_4922607E_49A2_2690_41B1_EFD08330E34D.label = Start / Rajbandh Landfill MenuItem_4922607F_49A2_2690_41C9_8268F1E31B55.label = Start / Recycling Shop I MenuItem_4922607F_49A2_2690_41A5_BBD7226B5D6D.label = Start / Recycling Shop II MenuItem_4922607C_49A2_2690_41CD_278773F81950.label = Start / SCIP-Plastics 360° MenuItem_8086F260_85C7_1362_41CE_A6073BF3852E.label = Start / STS I – Nirala open MenuItem_4922607F_49A2_2690_41B2_9D4752F3879E.label = Start / STS II – Truck Terminal MenuItem_4922607E_49A2_2690_41C5_2C66D88ABF1B.label = Start / STS III – Dowlatpur Station MenuItem_8086F261_85C7_1362_41DD_B7A65D81F105.label = Start / STS IV– Dowlatpur In-house MenuItem_5D6E4EB2_5C7C_4448_41C7_0465A42986A8.label = Start / Waste Lab MenuItem_4922607E_49A2_2690_41B0_7625872B35BB.label = Start / Waste Traders MenuItem_4922607F_49A2_2690_41BD_EC483EED0D0D.label = Start / Wave Jute Textile Mill MenuItem_5D6E4EB2_5C7C_4448_41D3_44CD113E79B2.label = WL / 01 – Waste Collection MenuItem_5D6E4EB2_5C7C_4448_41D1_5440E78B7C15.label = WL / 02 – Extension Room MenuItem_5D6E4EB2_5C7C_4448_41D3_AD560B177E07.label = WL / 03 – Main Lab MenuItem_5D6E4EB2_5C7C_4448_41D1_D0B8735F2C32.label = WL / 04 – Hallway MenuItem_5D6E4EB2_5C7C_4448_41C5_C469F3A29509.label = WL / 05 – Special Equipment Lab MenuItem_5D6E4EB2_5C7C_4448_41B2_2A081BCCCACD.label = WL / 06 – Lab for Analyses