12.5.- ( VD.19 ) → Settling thickening tanks.
12.5.- ( VD.18 ) → Overview of treatment technologies.
12.5.- ( VD.17 ) → Summary - Week 02.
12.5.- ( VD.16 ) → Collection and transport technologies.
12.5.- ( VD.15 ) → Quantities and Qualities (Q&Q) of Faecal Sludge - Case study.
12.5.- ( VD.14 ) → Quantities and Qualities (Q&Q) of Faecal Sludge - Theory.
12.5.- ( VD.13 ) → Characterization.
12.5.- ( VD.12 ) → Market driven approach to select treatment products.
12.5.- ( VD.11 ) → Resource recovery.
12.5.- ( VD.10 ) → Overview of treatment mechanisms.
12.5.- ( VD.09 ) → Treatment objectives.
12.5.- ( VD.08 ) → Summary - Week 01.
12.5.- ( VD.07 ) → What is working ? - Examples from Hanoi, Kampala, Toyokawa.
12.5.- ( VD.06 ) → What is Faecal Sludge ?
12.5.- ( VD.05 ) → Systems based approach.
12.5.- ( VD.04 ) → Sanitation research in Sub-Saharan Africa.
12.5.- ( VD.03 ) → The global situation.
12.5.- ( VD.02 ) → Course overview.
12.5.- ( VD.01 ) → Teaser.
12.5. ( FSM ) - Faecal sludge management -( credits: EAWAG - EPFL - Switzerland ).
12.4.- ( VD.62 ) → Key messages - Week 05.
12.4.- ( VD.61 ) → Selecting an organic waste treatment technology ( SOWATT ).
12.4.- ( VD.60 ) → Circular economy and solid waste management.
12.4.- ( VD.59 ) → Applying the waste flow diagram.
12.4.- ( VD.58 ) → Introduction to the waste flow diagram.
12.4.- ( VD.57 ) → Solid waste & Sustainable Development Goals.
12.4.- ( VD.56 ) → Waste and climate change.
12.4.- ( VD.55 ) → Comparing cities´performance.
12.4.- ( VD.54 ) → Strategic municipal solid waste management plan.
12.4.- ( VD.53 ) → Integrating biowaste management through strategic planning.