Australia's current interest in renewable energy is based on a desire to reduce the country's greenhouse gas emissions. Wood from sustainable sources offers a unique opportunity to combine greenhouse gas benefits with other significant environmental and social benefits, including salinity mitigation, carbon sequestration, soil replenishment and rural industry. The challenge is to make renewable energy from wood in a cost competitive manner, so that this broad range of benefits may be best realised._x000D_
Bioenergy and carbon products are of great interest as new, commercial forestry products that can drive large-scale environmental tree planting: In Western Australia, Enecon has worked with Western Power Corporation to build the first full-scale plant for integrated processing of mallee eucalypts, to produce activated carbon, renewable power and eucalyptus oil. It is intended that this plant is the first of a number of such plants to help catalyse environmental tree planting in Western Australia._x000D_
New technologies being developed overseas may provide competitive bioenergy in areas where traditional markets for wood do not exist. For example, pyrolysis converts wood into a bio-oil that may be transported to remote sites for power generation in gas turbines. Pyrolysis also produces wood char. Pyrolysis and wood-to-ethanol technologies, coupled with short rotation coppicing trees, offer the long-term prospect of large-scale production of renewable fuels around the country._x000D_
FORMAL CITATION:Stucley, C, 2006. Wood processing for energy and char, in Proceedings Green Processing 2006, pp 77-80 (The Australasian Institute of Mining and Metallurgy: Melbourne).