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This code is designed to calculate the reduction thermodynamics for a hydrogen based shaft furnace. The effect of temperature, H2/CO ratio, methane content, water shift gas reaction were taken into account.

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USTBifrt/Thermodynamics_for_Hydrogen_Based_Shaft_Furnace

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Thermodynamics_for_Hydrogen_Based_Shaft_Furnace

This code is designed to calculate the reduction thermodynamics for a hydrogen based shaft furnace. The effect of temperature, H2/CO ratio, methane content, water shift gas reaction were taken into account.

A detailed description of the calculation can be found in the following paper. If this calculation proves valuable to your research, please consider citing our work:

Zonghao Yang, Kejiang Li*, Alberto N. Conejo, Qingsong Zou, Zeng Liang, Feng Jin, Jianliang Zhang. Thermodynamic strategy for hydrogen-based direct reduction shaft furnace to achieve a higher efficiency. Ironmaking & Steelmaking. 2024. https://doi.org/10.1177/030192332413063

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This code is designed to calculate the reduction thermodynamics for a hydrogen based shaft furnace. The effect of temperature, H2/CO ratio, methane content, water shift gas reaction were taken into account.

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