Developing appropriate technologies for the sanitation chain in low- and middle-income countries is crucial to protect public and environmental health. This includes treatment systems for the sludge produced in onsite and centralized systems (i.e., faecal and wastewater sludge). As the quantities and characteristics of sludge differ from city to city, this requires context-specific technologies. This case study was conducted to identify potential management strategies in five cities in Vietnam. The influence of the enabling environment, existing infrastructures, local sanitation practices and socioeconomic contexts on the selection of technology was assessed through literature reviews, household surveys and interviews. A checklist of influe...
Wastewater treatment leads to large quantity of sewage sludge which requires appropriate, environmen...
At the current rate of progress, there will probably still be 2.8 billion people world-wide without ...
At the current rate of progress, there will probably still be 2.8 billion people world-wide without ...
Developing appropriate technologies for the sanitation chain in low- and middle-income countries is ...
Developing appropriate technologies for the sanitation chain in low- and middle-income countries is ...
The selection of appropriate technology is fundamental to the long-term success of any project. Proj...
In peri-urban areas where infrastructure investments have not yet been made, there is a need to dete...
This project was developed during a three month internship with Habitat for Humanity Vietnam (HFHV) ...
Characterizing and quantifying faecal sludge (FS) at a city-wide scale in low- and middle-income cou...
In the context of high urbanization in South-East Asia, peri-urban areas suffer increasingly from en...
In most developing countries on-site sanitation, and more specifically septic tanks, will remain the...
Selection of appropriate sustainable treatment technologies involves satisfying user requirements, q...
At the current rate of progress, there will probably still be 2.8 billion people world-wide without ...
At the current rate of progress, there will probably still be 2.8 billion people world-wide without ...
At the current rate of progress, there will probably still be 2.8 billion people world-wide without ...
Wastewater treatment leads to large quantity of sewage sludge which requires appropriate, environmen...
At the current rate of progress, there will probably still be 2.8 billion people world-wide without ...
At the current rate of progress, there will probably still be 2.8 billion people world-wide without ...
Developing appropriate technologies for the sanitation chain in low- and middle-income countries is ...
Developing appropriate technologies for the sanitation chain in low- and middle-income countries is ...
The selection of appropriate technology is fundamental to the long-term success of any project. Proj...
In peri-urban areas where infrastructure investments have not yet been made, there is a need to dete...
This project was developed during a three month internship with Habitat for Humanity Vietnam (HFHV) ...
Characterizing and quantifying faecal sludge (FS) at a city-wide scale in low- and middle-income cou...
In the context of high urbanization in South-East Asia, peri-urban areas suffer increasingly from en...
In most developing countries on-site sanitation, and more specifically septic tanks, will remain the...
Selection of appropriate sustainable treatment technologies involves satisfying user requirements, q...
At the current rate of progress, there will probably still be 2.8 billion people world-wide without ...
At the current rate of progress, there will probably still be 2.8 billion people world-wide without ...
At the current rate of progress, there will probably still be 2.8 billion people world-wide without ...
Wastewater treatment leads to large quantity of sewage sludge which requires appropriate, environmen...
At the current rate of progress, there will probably still be 2.8 billion people world-wide without ...
At the current rate of progress, there will probably still be 2.8 billion people world-wide without ...