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Title:Evaluate Feasibility of Sustainable and Economical Utilization of Biomass Gasification Byproducts
Author(s):Patel, Vinod; Sharma, B.K.; Zheng, Wei; Liu, Peter Ping; Toosi, Mori
Subject(s):Biomass gasification -- Environmental aspects
Renewable energy -- Environmental aspects
Beneficial reuse
Sustainable architecture
Construction materials
Biochar
Biomass gasification ash
Brickmaking
Abstract:Renewable energy offers a way to sustain the development of a society in harmony with nature and available resources (Das, 2007). As a renewable energy technology, biomass gasification has received revived attention recently. Nevertheless, responsible disposal or utilization of ash generated from biomass gasification process remains a technical challenge that needs to be resolved, in order for this technology to be a truly sustainable system (Fernandez-Pereira et al., 2011). The overall objective of this study was to develop a unique, environmentally friendly technology to make value-added building materials from gasification solid waste, thereby managing solid waste efficiently and avoiding landfills, saving natural resources, and reducing greenhouse gas emissions. It is hoped that this investigation could benefit solid waste, gasification, and concrete/clay products industries, and could help protect the environment and communities. This project was also intended to explore the feasibility of using biomass gasification ash (BGA; a combination of fly ash and bottom ash) as an admixture in concrete materials. Cement production consumes a significant amount of energy. Biomass ash can be used to replace some portion of required cement in concrete mix as a sustainable construction practice, which can result in a significant energy savings to society. Through our lab-scale brick study, we determined that BGA can be used to replace clay and shale as raw materials in brick making. The replacement percentage level can be up to 10% by mass and 18% by volume. A concrete mix using 10% or 20% biomass gasification ash to replace cement was shown to have satisfactory compressive strength for field applications, typical of 3,000 psi grade concrete.
Issue Date:2015-05
Publisher:Champaign, IL : Illinois Sustainable Technology Center
Series/Report:TR Series (Illinois Sustainable Technology Center) ; 057
Genre:Technical Report
Type:Text
Language:English
URI:http://hdl.handle.net/2142/75953
Sponsor:Illinois Sustainable Technology Center, Prairie Research Institute, University of Illinois at Urbana-Champaign; Grant No. SR5
Date Available in IDEALS:2015-05-06


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