Products tagged with 'bio-oil; co-processing; elevated temperature; stee'

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Investigating the thermal stability and corrosivity of biocrude oil at FCC feeding temperatures for co-processing applications

Product Number: 51323-18895-SG

Author: Henry Pedraza, Yimin Zeng, Haoxiang Wang, Jing Liu, Xue Han

Publication Date: 2023

$20.00

Biomass, as a renewable energy source, can be converted into bio-oil (BO) via thermochemical conversion pathways. Among them, fast pyrolysis is the most common and the only industrially applied approach to convert dry biomass into BO. There are many advantages of using BO to replace traditional fossil fuels. For example, the amount of CO2 generated from biofuel combustion is close to that absorbed in raw biomass growth, leading to a net-zero carbon emission from energy production. BO combustion generates lower emissions of SOx and NOx compared to conventional fossil fuels.

Products tagged with 'bio-oil; co-processing; elevated temperature; stee'

Investigating the thermal stability and corrosivity of biocrude oil at FCC feeding temperatures for co-processing applications

Association for Materials Protection and Performance