1.1Environmental
issues
1.2.1Global
warming
1.2.2
The decline of oil
1.2.3
Renewable sources of energy
1.2
Biodigesters for fuel and fertilizer
1.2.1
Anaerobic digestion of livestock wastes
1.2.2
Models of biodigesters used in developing countries
1.2.2.1
Indian model (floating dome)
1.2.2.2
Chinese liquid displacement models
1.2.2.3
The “fed-mud” PVCplug-flow model
1.2.2.4
The low-cost polyethylene plug-flow digester
1.2.2.5 The hybrid technology biodigester
with automatic scum control (HTASC)
1.2.2.6 The supergas
“mixing” plastic film biodigester
1.2.3 Use of
biodigester effluent as fertilizer
1.3
Solar voltaic panels for lighting and pumping water
1.4 Eolic
(wind) energy for generating electricity
1.5
Gasification of fibrous crop and tree residues
1.5.1 Principles of gasification
1.5.2
Cogeneration (power and heat)
1.6
Integrating renewable energy and food production
Text-video
1.Productive use
of livestock wastes: a manual for installation of low-cost plastic biodigesters
2. Productive use of livestock wastes: a manual for the use of
biodigester effluent and ponds for duckweed production
3. A description
of the construction of the HTASC and Supergas biodigesters
Waste recycling
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Recycling Livestock wastes |
T R Preston and Lylian Rodriguez |
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Biogas processes for sustainable development |
Uri Marchaim |
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Fermentable fibre and ammonia in pig waste |
Cahn et al 1998 |
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Anaerobic treatment of high lipid wastes |
Cohen et al 1994 |
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Anaerobic digestion of tallow |
Broughton et al 1998 |
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Animal manure: asset or liability |
de Wit et al 1997 |
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Anaerobic Digestion - energy [biogas],
biofertiliser and food production |
Horst Doelle 2000 |
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