Titre :	Effective utilization of solor energy to produce clean fuel
Type de document :	texte imprimé
Auteurs :	Alich, J.A. ; Inman, R.E.
Mention d'édition :	National science foundation
Editeur :	National science foundation
Année de publication :	1974
ISBN/ISSN/EAN :	CI-07431
Note générale :	This report evaluates the suitability of plant material as an feestock . Items covered include: types of vegetation best suited for a solar conversion facility, type and availability of land, logistics and economics of growing the desived crop, energy budget for plant material production and harvesting, a technoeconomic comparison of firing the crops directly for electric power generation with converting them to clean fuel gas (methane or low - btu gas) either at the farm site or at selected markets. Research need in key technical and economic areas are pointed out .
Langues :	Anglais (eng)
Mots-clés :	Energie solaire  Biomasse  Production d'électricité  Energie  Procédé biologique  Conversion de l'énergie
Index. décimale :	621.47 energie solaire
Résumé :	This report evaluates the suitability of plant material as an feestock . Items covered include: types of vegetation best suited for a solar conversion facility, type and availability of land, logistics and economics of growing the desived crop, energy budget for plant material production and harvesting, a technoeconomic comparison of firing the crops directly for electric power generation with converting them to clean fuel gas (methane or low - btu gas) either at the farm site or at selected markets. Research need in key technical and economic areas are pointed out .
Note de contenu :	This report evaluates the suitability of plant material as an feestock . Items covered include: types of vegetation best suited for a solar conversion facility, type and availability of land, logistics and economics of growing the desived crop, energy budget for plant material production and harvesting, a technoeconomic comparison of firing the crops directly for electric power generation with converting them to clean fuel gas (methane or low - btu gas) either at the farm site or at selected markets. Research need in key technical and economic areas are pointed out .

Effective utilization of solor energy to produce clean fuel [texte imprimé] / Alich, J.A. ; Inman, R.E.  . -  National science foundation . - National science foundation, 1974.
ISSN : CI-07431
This report evaluates the suitability of plant material as an feestock . Items covered include: types of vegetation best suited for a solar conversion facility, type and availability of land, logistics and economics of growing the desived crop, energy budget for plant material production and harvesting, a technoeconomic comparison of firing the crops directly for electric power generation with converting them to clean fuel gas (methane or low - btu gas) either at the farm site or at selected markets. Research need in key technical and economic areas are pointed out .
Langues : Anglais (eng)

Mots-clés :	Energie solaire  Biomasse  Production d'électricité  Energie  Procédé biologique  Conversion de l'énergie
Index. décimale :	621.47 energie solaire
Résumé :	This report evaluates the suitability of plant material as an feestock . Items covered include: types of vegetation best suited for a solar conversion facility, type and availability of land, logistics and economics of growing the desived crop, energy budget for plant material production and harvesting, a technoeconomic comparison of firing the crops directly for electric power generation with converting them to clean fuel gas (methane or low - btu gas) either at the farm site or at selected markets. Research need in key technical and economic areas are pointed out .
Note de contenu :	This report evaluates the suitability of plant material as an feestock . Items covered include: types of vegetation best suited for a solar conversion facility, type and availability of land, logistics and economics of growing the desived crop, energy budget for plant material production and harvesting, a technoeconomic comparison of firing the crops directly for electric power generation with converting them to clean fuel gas (methane or low - btu gas) either at the farm site or at selected markets. Research need in key technical and economic areas are pointed out .