'双碳”战略目标下煤炭甲烷管控技术路径思考

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关键词：煤炭甲烷；甲烷管控；科技创新；煤层甲烷抽采；全浓度利用中图分类号：TD712 文献标志码：A 文章编号：1672-1098（2025）05-0001-13

Reflections on Technical Approaches for Coal Mine Methane Management under the "Dual Carbon" Strategic Goals YUAN Liang123，TU Qingyi123，ZHANG Tong123，LI Shanshan123， WANG Yuehan123，FU Qiang1，2.3

（1.NationalKeyLaboratoryof DeepCoal SafetyMiningandEnvironmentalProtection，Anhui Universityof Scienceand Technology，Huainan Anhui 2201，China;2.JointNational-Local EngineeringResearch Centre forSafeand Precise Coal Mining， AnhuiUniversityofScienceandTechnology，HuainanAnhui232ool，China;3.KeyLaboratoryofGasControlinCoalMines National Mine safety Administration，Anhui Universityof Science and Technology，Huainan Anhui 232oo1，China）

Abstract： Objective To enhance the green resource utilization rate of coalbed methane and reduce the greenhouse efect exacerbated by methane emissions since coal mine methane management is the core of nonCO2 greenhouse gas emission reduction in the“dual carbon” strategy.Methods This study employs CiteSpace software to analyze research hotspots inmethane management. It systematicalyelaborates on the current policies， technological status，challenges，and scientific innovations in coal mine methane management in China. Combined with the goals ofthe "dual carbon" strategy，considerations are given to the technologicalpathways for carbon emission reduction in the coal industry and methane management technology routes. Results Four recommendations are proposed： deepening theoretical and technological innovations in coal mine methane management， improvingthe policy framework and management mechanisms for coal methane control， promoting multi-field collaboration in methane management and international cooperation in methane management，and balancing energy security with the coordinated achievement of "dual carbon" targets.Conclusion Technological innovations hold significant implications for advancing high-quality development in the coal industry and

supporting the realization of "dual carbon" goals.

Key words： coal mine methane; methane control; technological innovation; coalbed methane extraction; ful concentrationutilization

甲烷作为第二大温室气体，根据IPCC第六次评估报告，来自化石能源甲烷的全球增温潜势是二氧化碳的29.8倍[]。（剩余14941字）