Sustainability, Business Models, and Techno-Economic Analysis of Biomass Pyrolysis Technologies

Author:

Garcia-Peréz Manuel1,Garcia-Nunez Jesus Alberto2,Pelaez-Samaniego Manuel Raul3,Kruger Chad Eugene1,Fuchs Mark Raymond4,Flora Gloria Eileen5

Affiliation:

1. Washington State University, USA

2. Washington State University, USA & Colombian Oil Palm Research Centre, Colombia

3. Washington State University, USA & Universidad de Cuenca, Ecuador

4. Washington State Department of Ecology, USA

5. U.S. Biochar Initiative, USA

Abstract

The objective of this chapter is to review and discuss sustainability and techno-economic criteria to integrate pyrolysis, biochar activation, and bio-oil refining into sustainable business models. Several business models such as the production of biochar with heat recovery and bio-oil refining are discussed. Cost data needed by engineering practitioners to conduct enterprise-level financial analyses of different biomass pyrolysis economy models are presented. This chapter also reviews life cycle assessments of pyrolysis business models. If the feedstock used is produced sustainably and if the pyrolysis vapors are used for bio-oil or heat production, both, the production of biochar through slow pyrolysis and its use as a soil amendment to sequester carbon, and the production and refining of fast pyrolysis oils to produce transportation fuels could have a positive environmental impact.

Publisher

IGI Global

Reference104 articles.

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3. Annan, K. A. (2002). A chance to secure our future. Joburg Summit. Retrived from http://www.thejakartapost.com /news/2002/05/30/joburg-summit-a-chance-secure-our-future.html

4. Antares Group Inc. (2003). Assessment of power production at rural utilities using forest thinning and commercially available biomass power technologies. Prepared for the U.S. Department of Agriculture, U.S. Department of Energy and National Renewable Energy Laboratory. Golden, CO

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