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Difference between revisions of "Producing Methane Gas From Effluent"
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| − | {{ | + | {{Biogas Library |
| − | | | + | |BL Title=Producing Methane Gas from Effluent |
| − | |Year=2010 | + | |BL Source=Luke Jenangi |
| − | |Type | + | |BL Year=2010 |
| − | | | + | |BL Anaerobic Digestion=Anaerobic Digestion |
| − | | | + | |BL Design=Design/Technology |
| − | | | + | |Waste Treatment=Waste Treatment |
| − | | | + | |BL Type=Study & Report |
| − | | | + | |BL Language=English |
| − | | | + | |BL Language AR= |
| + | |BL Language URL ar= | ||
| + | |BL Language CN= | ||
| + | |BL Language URL cn= | ||
| + | |BL Language EN=Producing Methane Gas from Effluent.pdf | ||
| + | |BL Language FR= | ||
| + | |BL Language URL fr= | ||
| + | |BL Language DE= | ||
| + | |BL Language URL de= | ||
| + | |BL Language PR= | ||
| + | |BL Language URL pr= | ||
| + | |BL Language RU= | ||
| + | |BL Language URL ru= | ||
| + | |BL Language SP= | ||
| + | |BL Language URL sp= | ||
| + | |BL Language OT= | ||
| + | |BL Language URL other= | ||
| + | |BL Abstract=Biodigesters can play a vital role in integrated farming systems by contributing to the control of pollution and at the same time add value to livestock manure. The impact of the low-cost biodigester is variable. Adoption of the technique and successful results depend on aspects such as location (availability of traditional fuel) and the way in which the technology is introduced, adapted and improved according to local conditions. Transparent polyethylene tubular film digesters, like the one this project used, provide a cheap and simple way to produce gas. They can appeal to small farmers because of low installation cost and also because of environmental advantages. The technology can be applied in rural or urban areas. The technology has been developed sufficiently to justify large- scale implementation in countries where socio-economic conditions facilitate its rapid adoption, such as has occurred in Vietnam and Cambodia. Nevertheless, research should continue in close consultation with users so that the technology continues to improve. | ||
| + | |BL Topics=Anaerobic Digestion, Design/Technology, Waste Treatment | ||
}} | }} | ||
| + | [[Category:Papua_New_Guinea]] | ||
| + | [[Category:Biogas_Library]] | ||
| + | [[Category:Biogas]] | ||
| + | [[Category:Bioenergy]] | ||
Latest revision as of 14:42, 16 October 2018
Producing Methane Gas from Effluent
| Title | Producing Methane Gas from Effluent |
| Author | Luke Jenangi |
| Year | 2010 |
| Region/Country | |
| Topics | Anaerobic Digestion Design/Technology Waste Treatment |
| Document Type | Study & Report |
| File Download | |
| Language(s) | English |
| Abstract | Biodigesters can play a vital role in integrated farming systems by contributing to the control of pollution and at the same time add value to livestock manure. The impact of the low-cost biodigester is variable. Adoption of the technique and successful results depend on aspects such as location (availability of traditional fuel) and the way in which the technology is introduced, adapted and improved according to local conditions. Transparent polyethylene tubular film digesters, like the one this project used, provide a cheap and simple way to produce gas. They can appeal to small farmers because of low installation cost and also because of environmental advantages. The technology can be applied in rural or urban areas. The technology has been developed sufficiently to justify large- scale implementation in countries where socio-economic conditions facilitate its rapid adoption, such as has occurred in Vietnam and Cambodia. Nevertheless, research should continue in close consultation with users so that the technology continues to improve. |
"Anaerobic Digestion, Design/Technology, Waste Treatment" is not in the list (Anaerobic Digestion, Biomass, Climate Change, Design/Technology, Finance, Policy, Use of Biogas, Waste Treatment, Other) of allowed values for the "BL Topics" property.
