“…All reactions were taken to be pseudo-first order. Saral et al 46 use the reaction network from Fig. 4 for HTL of Spirulina platensis but combine the light and heavy fractions into a single biocrude product fraction.…”
Examining component additivity and reaction engineering literature models for best predictions of biocrude yields from hydrothermal liquefaction of biomass feedstocks.
“…All reactions were taken to be pseudo-first order. Saral et al 46 use the reaction network from Fig. 4 for HTL of Spirulina platensis but combine the light and heavy fractions into a single biocrude product fraction.…”
Examining component additivity and reaction engineering literature models for best predictions of biocrude yields from hydrothermal liquefaction of biomass feedstocks.
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