Production of Biofuel from Wood

Wahab K. A. Alithawi

Abstract


The world enters an era of bio economy that is the economy based on biotechnologies, using renewable raw materials for energy production and materials in ecology the bio economy allows to prevent environmental pollution, to reduce volumes of emissions of the gases causing greenhouse effect, and other toxic agents.

  • Active use of renewables from agricultural raw materials is observed in the USA, Japan, Brazil, China, India, Canada, EU countries.
  • The international power association (IEA) predicts that by 2030 world production of biofuel will increase to 150 million tons of a power equivalent of oil. Annual rates of a gain of production will make 7-9%. As a result till 2030 the share of biofuel in the total amount of fuel in the transport sphere will reach 4-6%

To what can lead hobby for biofuel from a colza difficult to predict. But it would be desirable that under good intentions world scientists, producers and politicians didn't come to deplorable result. After all, to a regret to consider all aspects very difficult.


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Literaturhinweise


Nazarenko LV. Biofuels: history and classification of biofuels: Journal MSPU. A series of "Science."; 2012. № 2 (10).

Khramenkov S, Kozlov M. and others. Special-purpose resource. Using the potential of purified water cities for biofuels: Water Magazine. 2011. № 1 (41).

Varfolomeev SD, Efremenko EN, Krylova LP. Biofuels: Chemistry Successes. 2010. T. 79. № 6.

Moiseev II, Tarasov V, Trusov L. Evolution Cowards bioenergy. Vremyavodorosley: The Chemical Journal. 2009. December.

Http://www.infobio.ru/tiekhnologhiia-proizvodstva-biotopliva

Grabow LN, Merschy VI, Grabowa TL. Environmental aspects of the production and use of biodiesel from rapeseed: Third International Conference "Alternative Energy in the XXI century", Sudak, 2002.

Patent of Ukraine № 74986. A method for producing liquid biofuels: Dolinsky AA. And oth. Bull et al. Number 2, IPC S10L 1/02 (2006.01).


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