随着全球能源需求的持续增长,露天煤矿作为煤炭资源的主要开采方式之一,其产量和规模不断扩大。传统的露天开采方式对生态环境造成了严重破坏,包括地形改变、水土流失、空气和水污染等问题。即推动露天煤矿的智能化开采与绿色生态修复...随着全球能源需求的持续增长,露天煤矿作为煤炭资源的主要开采方式之一,其产量和规模不断扩大。传统的露天开采方式对生态环境造成了严重破坏,包括地形改变、水土流失、空气和水污染等问题。即推动露天煤矿的智能化开采与绿色生态修复的协同发展显得尤为迫切。本研究通过聚焦于露天煤矿智能化开采技术与绿色生态修复技术的协同发展,研究提出智能化开采与绿色生态修复协同发展的策略,强调政策与制度保障、技术创新与人才培养以及社会参与的重要性。With the continuous growth of global energy demand, open-pit coal mines, as one of the main ways to mine coal resources, have continued to expand in output and scale. Traditional open-pit mining methods have caused serious damage to the ecological environment, including terrain changes, soil erosion, air and water pollution, etc. That is, it is particularly urgent to promote the coordinated development of intelligent mining and green ecological restoration in open-pit coal mines. This study focuses on the coordinated development of intelligent mining technology and green ecological restoration technology in open-pit coal mines, and proposes a strategy for the coordinated development of intelligent mining and green ecological restoration, emphasizing the importance of policy and institutional guarantees, technological innovation and talent training, and social participation.展开更多
文摘随着全球能源需求的持续增长,露天煤矿作为煤炭资源的主要开采方式之一,其产量和规模不断扩大。传统的露天开采方式对生态环境造成了严重破坏,包括地形改变、水土流失、空气和水污染等问题。即推动露天煤矿的智能化开采与绿色生态修复的协同发展显得尤为迫切。本研究通过聚焦于露天煤矿智能化开采技术与绿色生态修复技术的协同发展,研究提出智能化开采与绿色生态修复协同发展的策略,强调政策与制度保障、技术创新与人才培养以及社会参与的重要性。With the continuous growth of global energy demand, open-pit coal mines, as one of the main ways to mine coal resources, have continued to expand in output and scale. Traditional open-pit mining methods have caused serious damage to the ecological environment, including terrain changes, soil erosion, air and water pollution, etc. That is, it is particularly urgent to promote the coordinated development of intelligent mining and green ecological restoration in open-pit coal mines. This study focuses on the coordinated development of intelligent mining technology and green ecological restoration technology in open-pit coal mines, and proposes a strategy for the coordinated development of intelligent mining and green ecological restoration, emphasizing the importance of policy and institutional guarantees, technological innovation and talent training, and social participation.