Research on Low Concentration Gas Catalytic Oxidation Power Generation System
Frontiers in Science and Engineering, (2024), Vol.4, No.4, pp.23-27
Published: April 30, 2024
DOI: 10.54691/g7f9fh63
Abstract
In response to the difficulties in direct utilization of low concentration gas in coal mines and the slow development of industrial application of catalytic oxidation technology, a new mode of direct utilization of low concentration gas with a methane concentration of 1.0% in coal mines in catalytic oxidation gas turbine power generation is explored. And based on the development of a 30kW low concentration gas catalytic oxidation gas turbine power generation system, this paper introduces the design process of key equipment such as catalytic oxidation burners, low-temperature and low-pressure turbines, and countercurrent regenerators, providing a technical reference for the utilization of low concentration gas catalytic oxidation.
Keywords:
Low Concentration Gas; Utilize; Catalytic Oxidation; Electricity Generation.
APA Citation:
Yutao Chen (2024). Research on Low Concentration Gas Catalytic Oxidation Power Generation System. Frontiers in Science and Engineering, 4(4), 23-27. https://doi.org/10.54691/g7f9fh63
References
- Huang Weidong. Analysis of Development and Utilization Approaches and Important Significance of Coalbed Methane (Coal Mine Gas) [J]. Chemical Design Communication, 2023,49 (06): 35-37.
- Hao Haijin, Chen Zhaoying, Lu Bo. Current Status and Development of Coalbed Methane (Coal Mine Gas) Extraction and Utilization in China [J]. Shanxi Coal, 2019, 39 (04): 1-9+23.
- Guo Jisheng, Zhang Baoyou. Current Status and Prospects of Development and Utilization of Coalbed Methane (Coal Mine Gas) in China [J]. Coal Engineering, 2017,49 (03): 83-86.
- Zhu Yan. Current Status and Prospects of Low Concentration Gas Utilization Technology [J]. Energy Technology and Management, 2022, 47 (04): 32-34.
- Wang Yuanheng. Research on the utilization of low concentration gas thermal storage and oxidation [J]. Mining Equipment, 2022 (04): 178-179.
- Gao Pengfei, Sun Dongling, Huo Chunxiu, et al. Research progress on ultra-low concentration gas thermal storage and oxidation utilization technology [J]. Coal Science and Technology, 2018, 46 (12): 67-73.
- Ma Pingyuan, Yu Weijian, Wang Pengfei. Research on Low Concentration Gas Oxidation Utilization System in Coal Mines [J]. Coal Technology, 2019, 38 (01): 110-112.
- Zhang Qun. Design and research on the safety system of exhaust gas thermal storage and oxidation [J]. Mining Safety and Environmental Protection, 2019,46 (04): 64-67+72.
- Cheng Youjia, Peng Cong. New technologies for comprehensive utilization of coal mine exhaust gas to help reduce carbon emissions [J]. China Coal Industry, 2021 (11): 66-67.
- Dong Zhirun, Wang Heng, Zhang Jihao et al. Comparison of Gas Thermal Oxidation and Catalytic Oxidation Technologies in Mine Ventilation [J]. Environment and Sustainable Development, 2016, 41 (01): 56-59.
- Huang Kehai. Performance study of a 30 kW exhaust gas catalytic oxidation power generation experimental device [J]. Coal Chemical Industry, 2023,51 (04): 110-112.