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Title

Applied Research and Extension for Second-Generation Organic Waste Processing: High Solids Anaerobic Digestion, Nutrient Recovery, and Pyrolysis

 
Publication number Date Published
14-07-010December 2013
VIEW NOW Applied Research and Extension for Second-Generation Organic Waste Processing: High Solids Anaerobic Digestion, Nutrient Recovery, and Pyrolysis (Number of pages: 246) (Publication Size: 8227KB)




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Author(s) Frear, Craig, et al
Description The applied research and extension projects described in this report were carefully selected to address specific barriers to commercial viability that exist with these emerging technologies, as well as to provide ongoing extension and technological support to the next generation organics industry in Washington State.

As a body, this work increases the likelihood that the local organics recycling industry will be able to utilize second generation waste treatment technologies, and that the public will benefit from further improvements in environmental impact and reductions in nuisance and public health concerns associated with municipal food and green waste recycling programs.
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Keywords high solids anaerobic digestion, Nutrient recovery, pyrolysis
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Advancing Organics Management in Washington State: The Waste to Fuels Technology Partnership