Modeling a sustainable, self-energized Pine Dust Pyrolysis system with staged condensation for optimal recovery of bio-Oil

Abstract:

This simulation study explores sustainable improvements that could be made to a pine dust pyrolysis system to eliminate total dependence on external electrical energy supply and improve the yield of high-quality dry bio-oil. The components, stoichiometric yield and composition of oil, char and gas were modeled in ChemCAD using data from literature and results from biomass characterization and pyrolysis. A fast pyrolysis regime was used to increase the overall yield of dry oil fraction recovered and the char by-product was utilized to make the system energy self-sufficient. The optimization study focused on the condensation system whose parameters were varied at the provided optimum pyrolysis temperature. The recommended temperature for the primary condenser was 96–110°C which yielded 23.3–29.8 wt% dry oil with 2.4–4.4 wt% water content. The optimum temperature for the secondary condenser was 82°C whose bio-oil (∼2.92 wt%) had a moisture content of 7.5–10 wt% at constant primary condenser temperature between 96–110°C. The third condenser could be operated at ambient temperature. The results were validated using both information reported in literature and results from the previous experimental study. Such a simple model built by careful selection of the model bio-oil components is useful in estimating the optimal parameters for the biomass pyrolysis staged condensation system.

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APA

Gratitude, C (2024). Modeling a sustainable, self-energized Pine Dust Pyrolysis system with staged condensation for optimal recovery of bio-Oil. Afribary. Retrieved from https://afribary.com/works/modeling-a-sustainable-self-energized-pine-dust-pyrolysis-system-with-staged-condensation-for-optimal-recovery-of-bio-oil

MLA 8th

Gratitude, Charis "Modeling a sustainable, self-energized Pine Dust Pyrolysis system with staged condensation for optimal recovery of bio-Oil" Afribary. Afribary, 30 Mar. 2024, https://afribary.com/works/modeling-a-sustainable-self-energized-pine-dust-pyrolysis-system-with-staged-condensation-for-optimal-recovery-of-bio-oil. Accessed 26 Dec. 2024.

MLA7

Gratitude, Charis . "Modeling a sustainable, self-energized Pine Dust Pyrolysis system with staged condensation for optimal recovery of bio-Oil". Afribary, Afribary, 30 Mar. 2024. Web. 26 Dec. 2024. < https://afribary.com/works/modeling-a-sustainable-self-energized-pine-dust-pyrolysis-system-with-staged-condensation-for-optimal-recovery-of-bio-oil >.

Chicago

Gratitude, Charis . "Modeling a sustainable, self-energized Pine Dust Pyrolysis system with staged condensation for optimal recovery of bio-Oil" Afribary (2024). Accessed December 26, 2024. https://afribary.com/works/modeling-a-sustainable-self-energized-pine-dust-pyrolysis-system-with-staged-condensation-for-optimal-recovery-of-bio-oil

Modeling a sustainable, self-energized Pine Dust Pyrolysis system with staged condensation for optimal recovery of bio-Oil

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