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DOE OSTI · 1865876

Developing a High Value Chemical Coproduct: Bio-Base Insecticides from Catalytic Fast Pyrolysis

Wilson, A. Nolan (ORCID:0000000290023585)·Harris, Kylee·Nimlos, Mark (ORCID:000000017117775X)·Grieshop, Matthew
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Abstract

Coproduction of biochemicals from the thermochemical conversion of biomass is a strategy to reduce biofuel costs and improve bio-oil quality in an integrated biorefinery. (Challenge) Cost effective separations of coproducts from thermochemical conversion streams remains a challenge largely due to the heterogenous nature and stability of thermochemical conversion streams. (Solution) Bio-based insecticides isolated from catalytic fast pyrolysis (CFP) oils are a viable coproduct that can overcome the oil is more stable, they are a high value product, and they can remain a mixture of components. (Approach) This work focuses on the development of a bio-based insecticide coproduct that is distilled from a catalytic fast pyrolysis bio-oil produced using a platinum on titanium dioxide (Pt/TiO2) catalyst to upgrade pyrolysis vapors.

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BIOMASS FUELSbiopesticidescoproductsintegrated biorefining

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Wilson, A. Nolan (ORCID:0000000290023585), Harris, Kylee, Nimlos, Mark (ORCID:000000017117775X), Grieshop, Matthew. 2022-04-25. Developing a High Value Chemical Coproduct: Bio-Base Insecticides from Catalytic Fast Pyrolysis. https://www.osti.gov/biblio/1865876

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