Do. Hall et J. House, BIOMASS - AN ENVIRONMENTALLY ACCEPTABLE FUEL FOR THE FUTURE, Proceedings of the Institution of Mechanical Engineers. Part A, Journal of power and energy, 209(3), 1995, pp. 203-213
Biomass fuels currently supply around 15 per cent of the World's energ
y. Much of this is in the form of traditional fuelwood, plant residues
and dung, which are often inefficiently used and can be environmental
ly detrimental. There is great potential for the modernization of biom
ass fuels to produce convenient energy carriers, such as electricity,
gases and transportation fuels, while continuing to provide for tradit
ional uses of biomass; this is already happening in many countries. Wh
en produced in an efficient and sustainable manner, biomass energy has
numerous environmental and social benefits compared with fossil fuels
. These include waste control, nutrient recycling, job creation, use o
f surplus agricultural land in industrialized countries, provision of
modern energy carriers to rural communities of developing countries, i
mproved land management, and a reduction of CO2 levels. Using biomass
to substitute for fossil fuels is afar more effective use of available
land than simply growing trees as a carbon store. Biomass fuels can f
orm part of a matrix of renewable fuel sources that increases the ener
gy available for economic development in developing countries. In OECD
Europe it is calculated that a potential of 9.0-13.5 EJ could be prod
uced in 2050 on available land, which represents 17-30 per cent of pro
jected total energy requirements.