Публикации

Simulation and Optimization of Wood Biomass Gasification Regimes in a Flow of Steam-Oxygen Blast

Статья в журнале
Donskoi I.G.
Russian Journal of Applied Chemistry. Vol.93. №4. P.519-526.
2020
Plant biomass (wood, agricultural, and logging waste) is considered a raw material with better environmental characteristics than fossil fuels. The main potential for bioenergy are associated with combustion and gasification in small power systems, including as part of hybrid power plants. To increase the efficiency of gasification processes, an oxygen-enriched gasifying agent is often used, as well as fine grinded fuel (to intensify transport processes and chemical transformations). Thermodynamic estimates showed the possibility of achieving the efficiency of the gasification at the level of 0.8–0.9, however, the experimentally achieved values rarely exceeded 0.7. The results of using mathematical modeling to investigate the possibility of increasing the efficiency of the biomass gasification are discussed.

Библиографическая ссылка

Donskoi I.G. Simulation and Optimization of Wood Biomass Gasification Regimes in a Flow of Steam-Oxygen Blast // Russian Journal of Applied Chemistry. Vol.93. №4. 2020. P.519-526. DOI: 10.1134/S1070427220040060

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