PG-EAM - Graduate Program in Aeronautical and Mechanical Engineering
PT EN
Article 2015

Thermochemical Assessment of Gasification Process Efficiency of Biofuels Industry Waste with Different Plasma Oxidants

Authors

Mourão, Renata
Marquesi, Aleandro Ribeiro
Gorbunov, Andrei Vasilievitch
Halinouski, Anton Aleksandrovitch
Otani, Choyu

IEEE Transactions on Plasma Science , vol. 43 , no. 10 , pp. 3760-3767 , Article 7081352

ISSN: 00933813

16
Citations
6
Authors

Abstract

© 2015 IEEE.Thermochemical assessment of the gasification of the biomass waste composed of sugarcane bagasse aiming for practical applications of an electric arc or radio frequency plasma reactors for the syngas production was carried out, considering different gasifying agents and their mixture (steam + air). The analysis of the calculations in the thermodynamic equilibrium shows that steam is the most efficient oxidant. In this case, the predicted optimum regime corresponds to the value of steam-biomass ratio of 0.4 at the temperature 1000 K (at ambient pressure), and for these conditions the maximum value of the energy efficiency is 0.91 and the value of the exergy efficiency is 0.84.

Keywords

Air biomass waste exergy and energy efficiencies oxidative gasifying agents steam thermal plasma gasification thermodynamical analysis

Nuclear and High Energy Physics (PHYS) Condensed Matter Physics (PHYS)
: Scopus
Last Update: 2026-06-25
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