The Main Criteria of Biomass Selection for Energy Generation in Brazil
Paper in proceeding, 2016

The principal aim of this paper is to examine the criteria assisting in the selection of biomass for energy generation in Brazil. To reach the aim, this paper adopts case study and survey research methods to collect information from four biomass energy case companies and solicits opinions from experts. The data gathered are analysed in line with a wide range of related data, including selection criteria for biomass and its importance, energy policies in Brazil, availability of biomass feedstock in Brazil and its characteristics, as well as status quo of biomass-based energy in Brazil. The findings of the paper demonstrate that there are ten main criteria in biomass selection for energy generation in Brazil. They comprise geographical conditions, availability of biomass feedstock, demand satisfaction, feedstock costs and oil prices, energy content of biomass feedstock, business and economic growth, CO2 emissions of biomass end-products, effects on soil, water and biodiversity, job creation and local community support, as well as conversion technologies. Furthermore, the research also found that these main criteria cannot be grouped on the basis of sustainability criteria, nor ranked by their importance as there is correlation between each criterion such as a cause and effect relationship, as well as some overlapping areas. Consequently, this means that when selecting biomass more comprehensive consideration is advisable.

energy generation

biomass

Brazil

biomass selection

Author

Amolnut Kraiphanont

Aston University

Breno Nunes

Aston University

David Bennett

Chalmers, Technology Management and Economics, Supply and Operations Management

Proceedings of 25th International Conference of the International Association for Management of Technology, IAMOT 2016, Orlando, United States, 15-19 May 2016

759-774
978-098158178-1 (ISBN)

Subject Categories

Other Engineering and Technologies

Business Administration

Areas of Advance

Production

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Latest update

6/4/2020 1