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Co-pyrolysis of Algae with Other Carbon-based Materials: a Review on Synergistic Products and Molecular Reaction Pathway by Bin Chen; Yimei Yang is a Materials Science article available to read on EtoBox.

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As a kind of pyrolysis feedstock, algae has shown great potential in generating valuable products such as pyrolytic oil, gas and semi-coke. Thermal transformation of algae and other carbon-based materials via co-pyrolysis could generate fuels or valueadded products. This paper aims to summarize the present researches about the co-pyrolysis characteristics of algae biomass with different low quality carbon-based materials. Our discussion mainly focuses on the research status of experimental analysis and theoretical calculations. State-of-the-art technologies and methods for the co-pyrolysis such as dry distillation system of fixed bed reactor, fluidized bed reactor, and micro-scale experimental analysis of TGA, FTIR, MS and Py-GCMS are reviewed in detail. The reaction mechanism which should be obtained through theoretical calculation is critically reviewed in this paper. Based on the quantum chemistry calculation results of the previous researches, the key developments about the co-pyrolysis chemistry of algae were summarized by focusing on molecular structure of the reactant and corresponding reaction pathways. It cannot be denied that there are also great gaps between quantum chem

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Author

Bin Chen; Yimei Yang

Publisher

Springer Science and Business Media LLC

Published

2023

Language

EN

Field

Materials Science (Physical Sciences)