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余伟健, 孙梅霖, 杜锦滢, 陈国梁, 王闯. “双碳”目标下矿山生态修复及减排增汇途径研究进展[J]. 矿业安全与环保.
引用本文: 余伟健, 孙梅霖, 杜锦滢, 陈国梁, 王闯. “双碳”目标下矿山生态修复及减排增汇途径研究进展[J]. 矿业安全与环保.
YU Weijian, SUN Meilin, DU Jinying, CHEN Guoliang, WANG Chuang. Research progress on approach for mining ecological restoration, emission reduction and carbon sink growth under the goals of carbon peak and carbon neutrality[J]. Mining Safety & Environmental Protection.
Citation: YU Weijian, SUN Meilin, DU Jinying, CHEN Guoliang, WANG Chuang. Research progress on approach for mining ecological restoration, emission reduction and carbon sink growth under the goals of carbon peak and carbon neutrality[J]. Mining Safety & Environmental Protection.

“双碳”目标下矿山生态修复及减排增汇途径研究进展

Research progress on approach for mining ecological restoration, emission reduction and carbon sink growth under the goals of carbon peak and carbon neutrality

  • 摘要: 矿山资源的开发与综合利用促进了我国经济增长和社会进步, 但矿山开采破坏了生态环境,降低了矿山生态系统的碳汇水平。 为提高我国矿山生态修复成效, 在全面总结矿山开采带来的土地资源破坏、 水资源污染、生物多样性下降等环境问题的基础上, 从政策与修复技术方法介绍了我国矿山生态修复进展并分析了在环境保护意识薄弱、 修复模式单一与多元激励保障失衡方面存在的不足, 阐述了树立减排增汇理念、 推进节能减排生产工艺、 开展矿区“废水、 废气、固体废弃物” 资源化利用、加强生态修复四类矿山环境修复措施, 提出了适于“双碳” 目标下矿山生态环境的修复策略及途径,为“双碳” 背景下加强矿山生态环境修复、增强碳汇功能提供理论支持。

     

    Abstract: The exploitation and comprehensive utilization of mineral resources promote China's economic growth and social progress. However, mining process has caused negative impact to ecological environment and carbon sink level of mining ecosystem. In order to improve the effectiveness of ecological restoration of mines, the environmental problems caused by mining process were summarized comprehensively, such as land resource destruction, water pollution, and biodiversity reduction. The progress of ecological restoration of mines in China was introduced from the policies and restoration technology methods. Meanwhile, the weak environmental protection awareness, single restoration mode and unbalanced multiple incentives in the process of mine ecological restoration were analyzed. In addition, the mine ecological restoration measures were expounded by establishing the concept of emission reduction and carbon sink growth, promoting energy-saving and emissionreduction technologies, carrying out the resource utilization of "waste water, waste gas, and solid waste" in mining areas, and strengthening ecological restoration technologies for mine. Finally, this work proposed the strategies and approaches for ecological restoration of mines under the goals of carbon peak and carbon neutrality. It will provide theoretical support for strengthening the remediation of mines ecological environment and enhancing the function of carbon sink.

     

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