Download e-book for iPad: Biofuels, Solar and Wind as Renewable Energy Systems: by D. Pimentel

By D. Pimentel

ISBN-10: 1402086539

ISBN-13: 9781402086533

ISBN-10: 1402086547

ISBN-13: 9781402086540

With shortages of fossil power and heavy biomass strength use taking place in either constructed and constructing nations, a massive concentration has built all over the world on renewable power platforms. presently, a heavy concentration is on biofuels made up of vegetation, crop residues and wooden. even though it might probably look worthwhile to take advantage of renewable plant fabrics for biofuel, their use increases many issues approximately significant environmental difficulties, together with meals shortages and critical destruction of important soil assets. All renewable strength structures have to be investigated simply because humankind has constrained oil, gasoline and coal reserves final. moreover, coal turns into more and more tough to extract and may enormously raise the worldwide warming probability. critical strength conservation and learn on doable renewable power applied sciences are wanted. This ebook considers the effectiveness and economics of numerous renewable strength applied sciences of present curiosity, together with biofuels, sun and wind.

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Additional resources for Biofuels, Solar and Wind as Renewable Energy Systems: Benefits and Risks

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Normal yeast does not ferment the 5-carbon sugars, so genetically modified, delicate and patented yeast strains are used. Iogen’s plant has capacity of 1 million gallons of ethanol per year. The only published ethanol production is shown in Fig. 12. From Fig. 7 bbl of equivalent gasoline/day were actually produced. In press interviews, logen claims to be producing 790,000 gallons of ethanol7 per year. There exists 2 × 52, 000 = 104, 000 gallons of fermentation tank volume. 5 gallons of ethanol per gallon of fermenter and per year.

1). Using available renewable energy technologies, an estimated 200 quads of renewable energy could be produced worldwide on about 20% of the world land area. A self-sustaining renewable energy system producing 200 quads of energy per year for about 2 billion people (Ferguson 2001) would provide each person with about 5,000 L of oil equivalents per year, approximately half of America’s current consumption per year, but an increase for most people of the world (Pimentel et al. 1999). The first priority of the US energy program should be for individuals, communities, and industries to conserve fossil fuel resources and reduce consumption.

1987). Biomass gasification. (In D. O. Hall and R. P. ), Biomass (pp. 237–255). Chichester (UK): John Wiley & Sons) Illinois Corn. (2004). Ethanol’s energy balance. html Jackson, W. (1980). New root of agriculture. (Lincoln and London: University of Nebraska Press) Jenkins, B. M. (1999). Pyrolysis gas. (In O. Kitani, T. Jungbluth, R. M. Peart, & A. ), CIGAR Handbook of Agricultural Engineering (pp. 222–248). St. ) Jewell, W. , Fanfoli, K. , Hates, T. , Leuschner, A. , & Sherman, D. F. (1980). Anaerobic Fermentation of Agricultural Residue: Potential for Improvement and Implementation.

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Biofuels, Solar and Wind as Renewable Energy Systems: Benefits and Risks by D. Pimentel


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