Developing countries often lack basic infrastructure such as access to modern energy supply, waste disposal, piped water and sanitary disposal of sewage. These factors reduce human development opportunities and are associated with poverty and disease. In contrast in developed countries, water treatment of sewage effluent is accepted practice and indeed energy generation from the production of biogas from anaerobic digestion of sewage sludge is growing in importance. In this study we consider opportunities for introducing sanitation into lower income housing areas in certain parts of the city of Nakuru in Kenya. Latrines and toilet blocks are connected to underground storage tanks. Waste is collected by truck to a centralised waste water tre...
This thesis has investigated the feasibility to produce electricity for water pumping in developing ...
Large scale application of biogas latrine technology in developing countries faces technical, socioe...
The purpose of this research was to evaluate the success of sanitation facilities which generate bio...
This study investigated the feasibility of converting organic waste into energy using biogas technol...
This study investigated the feasibility of converting organic waste into energy using biogas technol...
Proceedings of the DII-2016 Conference 31 August - 2 September 2016 on Infrastructure Development a...
In the modern energy-demanding lifestyle there is an overwhelming need for exploring and exploiting ...
The possibilities for biogas production from black water, kitchen waste and farm waste are examine...
Installation of anaerobic digestion systems in urban developing communities has the potential to add...
The increasing depletion of fossil fuels and the imperative of environmental sustainability have com...
A water point was installed in 2012 as part of a biogas development initiative in an informal urban ...
Energy poverty in the majority of the rural households in Kenya is a threat to economic and social d...
The theory of biogas is simple and brilliant – convert dangerous waste into benefits. The gas produc...
The city of Kisumu, Kenya, generates about 400 t/day of solid waste of which 60% is organic. Most of...
This study is a step on the way to try and introduce small-scale biogas, mainly as cooking fuel, int...
This thesis has investigated the feasibility to produce electricity for water pumping in developing ...
Large scale application of biogas latrine technology in developing countries faces technical, socioe...
The purpose of this research was to evaluate the success of sanitation facilities which generate bio...
This study investigated the feasibility of converting organic waste into energy using biogas technol...
This study investigated the feasibility of converting organic waste into energy using biogas technol...
Proceedings of the DII-2016 Conference 31 August - 2 September 2016 on Infrastructure Development a...
In the modern energy-demanding lifestyle there is an overwhelming need for exploring and exploiting ...
The possibilities for biogas production from black water, kitchen waste and farm waste are examine...
Installation of anaerobic digestion systems in urban developing communities has the potential to add...
The increasing depletion of fossil fuels and the imperative of environmental sustainability have com...
A water point was installed in 2012 as part of a biogas development initiative in an informal urban ...
Energy poverty in the majority of the rural households in Kenya is a threat to economic and social d...
The theory of biogas is simple and brilliant – convert dangerous waste into benefits. The gas produc...
The city of Kisumu, Kenya, generates about 400 t/day of solid waste of which 60% is organic. Most of...
This study is a step on the way to try and introduce small-scale biogas, mainly as cooking fuel, int...
This thesis has investigated the feasibility to produce electricity for water pumping in developing ...
Large scale application of biogas latrine technology in developing countries faces technical, socioe...
The purpose of this research was to evaluate the success of sanitation facilities which generate bio...