赵迪斐Difei Zhao

助理研究员

助理研究员

所在单位:人工智能研究院

职务:Lecturer

学历:博士研究生毕业

办公地点:中国矿业大学文昌校区科创楼人工智能研究院807-2 泉山区政府922办公室 江苏淮海科技城C10-3创享科技工作室 珠山数字经济产业园6#-203

主要任职:人工智能研究院科技双创孵化中心主任

其他任职:第16批江苏省科技镇长团徐州市数字经济产业科技镇长团成员,泉山区数字经济生态圈综合党委委员、泉山区数字产业制造业基础数字党支部书记

论文成果

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Fractal Analysis and Classification of Pore Structures of High-Rank Coal in Qinshui Basin, China

发布时间:2023-03-01 点击次数:

影响因子:3.905
DOI码:10.3390/land12020318
发表刊物:Land
关键字:oil shale; Maoming Basin; open-pit mine; ecological restoration; mining
摘要:Oil shale is a kind of unconventional energy resource with abundant reserves, but its exploitation has a continuous negative impact on the environment, which has hindered the research and exploitation of oil shale under the international environmental consensus on issues such as climate change. Therefore, more attention should be paid to environmental problems as the side effect of oil shale exploitation. With the combination of field research, literature collection, and tracking survey, the oil shale open-pit exploitation and management process in Maoming, Guangdong, China, has been investigated, and its development and transformation model has been subsequently refined and summarized. The research results show that Maoming oil shale open-pit mine area has gone through four main stages: pre-exploitation stage, large-scale utilization stage, restoration stage, and green development stage. Through the management of mine pit treatment, vegetation restoration, ecological park construction, and tourism resource development, the abandoned open-pit mine has been transformed into an ecological park combining ecosystem, tourism, and cultural resources. In this process, this area has achieved the transformation from rough resource extraction to environment-friendly sustainable growth in its development mode. As a successful case of open-pit mine management in the world, the ecological restoration experience in Maoming can function as a reference for the smooth development and transformation of other oil shale mines in developing countries.
论文类型:期刊论文
学科门类:工学
文献类型:J
卷号:12
期号:2
字数:10000
是否译文:
收录刊物:SCI
发布期刊链接:https://www.mdpi.com/2073-445X/12/2/318/html

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