Published May 26, 2010 | Version 11616

Energy Consumption and Carbon Calculations of Microalgae Biodiesel

Description

At present, the severe oil crisis and greenhouse effect are booming, which is a growing worry for China. Over a long period of study, choosing the development of biological diesel is a feasible way in the desertification region in China. With considering the adaptability of Micro-algae in desertification region and analyzing energy consumption and carbon calculations of Micro-algae biodiesel produced by JJ company , this paper, make the microalgae our optimal choice to develop biological diesel in china's desertification region.

Files

11616.pdf

Files (283.5 kB)

Name Size
md5:c5f7d2c359217a78bd557f8566d4d785
283.5 kB Preview Download

Additional details

References

  • ChinaEnergyNetwork..http://www.china5e.net/news/newpower/200301/ 200301190015.html.
  • Chen Feng,Jiang Xue. Microalgal Biotechnology(M). China Light Industry Press, 1999.9,pp.21
  • Chen Feng,Jiang Xue. Microalgal Biotechnology(M). China Light Industry Press, 1999.9,pp.34
  • ChinaBusinessNetwork.http://www.chinaccm.com/C4/C401/C40101/ne ws/20070709/12221 1.asp.
  • China Agriculture Information Network- Crop cultivation in China Information Network. http://zzys.agri.gov.cn/nongqing.asp.
  • Google Scholar. http://scholar.google.cn
  • Oswald WJ. Macromodel for outdoor algae mass production(A).In: Borowitzka Ma (ed). Micro-algae Biotechnology(M):Cambridge : Cambridge University Press ,1990.357-394.
  • Zou Zhi-ping,Ma Xiao-qian.Life cycle assessment on the solar thermal power generation (J). Renewable Energy.2004, NO.2:12-15.
  • Li.Zhong-lai.Preparation of hydrogen and hemical applications(J). Small Nitrogenous Fertilizer Design Technology.2004,Vol.25,NO.4:45-50 [10] Wu.Peng-ming. Analysis on Investment of 300 kt/a Methanol Plant(J). Techno-Economics in Petrochemicals. 2003, 19(2): 22-35 [11] HU Zhi-yuan,TAN Pi-qiang,LOU Di-ming.Study on Greenhouse Gases Emission Characteristic of Diesel Car Engine Fueled with Biodiesel Fuel(J).Chinese Internal Combustion Engine Engineering, 2009.4 Vol.30, NO.2:11-19.