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光耀太行·红土巨变 | 乡宁:能源重镇焕新出发
Yang Guang Wang· 2025-10-10 02:20
0:00 【编者按】革命老区是党和人民军队的根,是中国人民选择中国共产党的历史见证。今年是中国人民抗日战争暨 世界反法西斯战争胜利80周年,为了展示老区新时代的新成就、新面貌、新变化,央广网记者走进山西革命老区 看发展,推出《光耀太行·红土巨变》融媒体系列主题宣传。 央广网临汾10月7日消息 "古大夏地。周初曰鄂,唐叔始封居此。"山西省临汾市乡宁县,因承载着2000多年的历 史记忆,至今仍被史学界称为"夏墟""古大夏地"。 除了厚重的历史,地处吕梁山南麓的革命老区乡宁县也曾被烽火硝烟所浸染。这里曾是晋西南革命重心和抗战大 后方,中共乡吉特委旧址、213旅部驻地、烈士湾等红色印记,至今讲述着乡宁人民不屈的抗战故事。 山乡宁静,岁月流转。 新的奋斗征程中,乡宁在资源型地区转型的赛道上,跑出了属于自己的"加速度"。2024年,全县地区生产总值大 幅增长12.7%,领先于全国全省全市平均水平,"产业兴、百姓富、生态美"的发展之笔,正在鄂邑大地描绘出高 质量发展的新答卷。 "一山一酒一壶"新名片 煤炭一度是乡宁县的传统支柱产业与立县之本,如今,文旅产业正在跃升为这片土地的"绿色未来"。 近年来,乡宁锚定"山乡宁静、康养 ...
内蒙古鄂尔多斯推动能源生产和生态修复有机结合 采煤沉陷区结出甜果子(经济聚焦·关注资源型城市转型)
Ren Min Ri Bao· 2025-07-21 21:56
Core Viewpoint - The news highlights the innovative ecological restoration and renewable energy projects in Ordos, Inner Mongolia, focusing on the integration of photovoltaic power generation with ecological governance and sustainable agriculture. Group 1: Ecological Restoration Projects - The Tianjiao Green Energy project in Yijinhuoluo County utilizes a "photovoltaic + storage + ecological governance" model, generating approximately 900 million kWh of green electricity annually, saving over 300,000 tons of standard coal and reducing CO2 emissions by over 800,000 tons [1] - Ordos has implemented a new ecological restoration model combining "photovoltaic + ecological governance + organic agriculture + desert tourism," aiming to restore 4 million mu of desert land through photovoltaic projects [2] - The Ordos New Energy Research Institute focuses on creating a zero-carbon energy ecosystem, achieving significant technological advancements in renewable energy equipment [3] Group 2: Technological Innovations - The research institute has developed various electric and hybrid mining vehicles, establishing platforms for zero-carbon energy system design and low-carbon emission assessment [3] - The mining operations in Ordos have shifted towards prioritizing environmental protection, with 100% utilization of coal gangue and 100% reuse of mine water, achieving a significant reduction in energy consumption [3][4] - A project aimed at transforming coal gangue into ecologically beneficial soil has been initiated, promoting a closed-loop system for waste management [4] Group 3: Land Rehabilitation Efforts - Ordos has completed land reclamation of 202 square kilometers in open-pit mining areas and has established 39 ecological agriculture and breeding projects, along with 24 photovoltaic power generation projects [4]
资源型地区转型取得明显成效
Ren Min Ri Bao· 2025-07-17 21:38
Group 1 - The core viewpoint is that resource-based regions in China are making significant progress in optimizing industrial structure, improving living standards, and addressing ecological issues during the "14th Five-Year Plan" period [1][2] Group 2 - Economic growth in resource-depleted cities has increased from 3.4 trillion yuan in 2021 to 3.8 trillion yuan in 2024, indicating enhanced overall economic strength [1] - The proportion of the tertiary industry in the GDP of resource-depleted cities has risen from 40.5% in 2021 to 50% in 2024, reflecting a shift from a single-industry economy [1] - Over 200,000 households have been relocated from mining subsidence areas as part of housing improvement and social security initiatives [1] Group 3 - Significant progress has been made in ecological governance, with over 3 million acres of mining-damaged land undergoing comprehensive remediation [1] - Energy consumption per unit of industrial output in resource-depleted cities has decreased by 17%, contributing to improved air quality and increased days of good air quality [1] Group 4 - A three-tier policy system has been established to support the transformation of resource-based regions, including national, provincial, and municipal levels [2] - The government has allocated approximately 110 billion yuan in transfer payments for resource-depleted cities and 18 billion yuan in central budget investments for remediation projects [2] - A regular monitoring mechanism for transformation performance has been implemented to evaluate the progress of resource-depleted cities [2]