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A review of biomass co-firing in North America
Renewable and Sustainable Energy Reviews, 2014Abstract Biomass fuels have long been accepted as useful renewable energy sources, especially in mitigating greenhouse gases (GHG), nitrogen oxides, and sulfur oxide emissions. Biomass fuel is carbon neutral and is usually low in both nitrogen and sulfur.
Agbor, Ezinwa +2 more
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Co‐firing of PZN‐PZT Flextensional Actuators
Journal of the American Ceramic Society, 2004Flextensional actuators composed of a piezoelectric PZN‐PZT layer and a conducting PZN‐PZT/Ag layer were fabricated. Because the newly developed PZN‐PZT was sinterable at low temperature (<900°C), silver particles could be co‐fired with the PZN‐PZT. Therefore, an electrically conducting PZN‐PZT/Ag layer was fabricated by mixing the silver particles ...
Chang‐Bun Yoon +3 more
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The feasibility of co-firing biomass for electricity in Missouri
Biomass and Bioenergy, 2014Abstract Bioenergy is one of the most significant energy resources with potential to serve as a partial replacement for fossil. As an agricultural state, Missouri has great potential to use biomass for energy production. In 2008, Missouri adopted a renewable portfolio standard (RPS) yet about 80% of its power supply still comes from coal.
Zuoming Liu +2 more
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The feasibility co-firing biomass for electricity in Missouri
2021[ACCESS RESTRICTED TO THE UNIVERSITY OF MISSOURI AT AUTHOR'S REQUEST.] With the growing concerns regarding energy security, sustainability and global warming, more and more efforts have been expended to find clean, safe and renewable energy sources.
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The Handbook of Biomass Combustion and Co-firing
2012Introduction. Biomass Fuel Properties and Basic Principles of Biomass Combustion. Biomass Fuel Supply and Pre-treatment. Domestic Wood-Burning Appliances. Combustion Technologies for Industrial and District Heating Systems. Power Generation and Co-generation. Co-combustion. Biomass Ash Characteristics and Behaviour in Combustion Systems.
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Experimental Characterisation of Materials for Biomass Co-Firing
2014Increased rates of corrosion during the cofiring of peat with biomass have been identified as a limiting factor on the level of biomass viable to use. The present work is motivated by the need for mechanismsbased models to simulate this process. Experimental studies on pure iron are presented, without the complexities of alloying elements, to develop
O'Hagan, C.P. +3 more
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