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Haiguang Hu

As seen in: Taylor & Francis Online
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Articles by Haiguang Hu

Research on the retorting pyrolysis mechanism and rational control conditions in underground coal gasification

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By Haiguang Hu, HaiYan Jiang, Shibao Yuan
| Taylor & Francis Online
ABSTRACT The retorting pyrolysis zone of underground coal gasification directly affects syngas quality. However, current research suffers from an unclear pyrolysis mechanism and blind control strategies. Using coal samples from the Hancheng Magouqu Mine, thermogravimetric and fixed-bed experiments were conducted to analyze the evolution of pyrolysis products and to clarify the pyrolysis mechanism. Finally, rational control conditions were proposed based on different gasification processes.
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Application of Artificial Intelligence in Underground Coal Gasification

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By Haiguang Hu
| Taylor & Francis Online
ABSTRACT Underground coal gasification(UCG) is a technology that converts solid coal into gaseous fuel, playing a crucial role in achieving carbon emission reduction and promoting green environmental protection. To advance the intelligent extraction of underground coal gasification, this article elaborates on the key influencing indicators of the technology.
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Research Progress and Future Development Direction of Deep Underground Coal Gasification

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By Haiguang Hu
| Taylor & Francis Online
ABSTRACT Deep coal has the characteristics of high temperature, high pressure, and high stress, which leads to the complexity of the underground reaction process. The theory and technology of shallow underground gasification are no longer suitable for deep coal seam development.
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