Core Viewpoint - The energy construction in Datong, Shanxi is experiencing significant progress, with the completion of key projects aimed at enhancing clean energy supply and transforming the energy system in the region [1][2]. Group 1: Traditional Energy Sector - Datong's coal production remains stable at 162 million tons, with 14 intelligent coal mines established, accounting for 85% of advanced capacity [1]. - Nine coal-fired power plants have completed ultra-low emission modifications, contributing to cleaner energy production [1]. - Major coal power projects like Guodian Lake East and the third phase of Tongre are accelerating construction, with the latter expected to generate approximately 9.2 billion kilowatt-hours annually by the end of 2026 [1]. Group 2: Renewable Energy Sector - Datong's installed capacity for renewable energy and new energy has surpassed 10 million kilowatts, making up over 56% of the total installed capacity in Shanxi province [2]. - The construction of the North Jin coal mining subsidence area renewable energy base is progressing, with an expected annual clean electricity supply of about 27 billion kilowatt-hours to the Beijing-Tianjin-Hebei region [2]. - The city leads the province in independent energy storage projects, showcasing comprehensive development in the energy storage sector [2]. Group 3: Infrastructure and Policy Support - Significant breakthroughs have been made in the high-value utilization of coal gangue, providing a "Datong solution" for resource recycling [2]. - Major infrastructure projects like the Hunyuan pumped storage power station and the Dahai Line UHV project are reinforcing Datong's strategic position as a green energy supply base for the Beijing-Tianjin-Hebei area [2]. - A provincial quarterly scheduling and city monthly coordination mechanism has been established to ensure efficient progress on key projects, facilitating a "green channel" for approvals [2].

Core Insights - The establishment of the Helium Resource Evaluation and Comprehensive Utilization Laboratory in Xing County, Shanxi Province, aims to overcome technical bottlenecks in helium exploration and development, marking a significant step in the region's energy transformation [1][3]. Group 1: Helium Industry Development - Helium is referred to as the "gas chip" due to its unique properties, making it essential in high-end manufacturing, aerospace, defense, and medical research, highlighting its strategic importance for national security and high-tech industries [2]. - Shanxi Zefengda New Energy Company has invested over 1.08 billion yuan in a helium extraction project, achieving a breakthrough with a helium purity of 99.9999% (6N level) by April 2025, and plans to produce 568,000 cubic meters of helium annually upon completion of its second phase [3]. - The collaboration between the China Geological Survey's Xi'an Geological Survey Center and Shanxi Wanshengyuan Group aims to advance key technologies in helium exploration and development, supporting national resource security [3]. Group 2: Hydrogen Energy Integration - The development of hydrogen energy in Lüliang is supported by significant coking capacity, providing ample industrial by-product hydrogen, with an annual production capacity of 130,000 tons and 11 hydrogen refueling stations established [5]. - The "helium extraction for hydrogen production" model allows local enterprises to purify helium from natural gas while simultaneously producing clean hydrogen, enhancing resource utilization and economic value [5]. Group 3: Innovation and Technological Advancement - Lüliang's transformation focuses on shifting from reliance on natural resources to technology-driven innovation, with the establishment of the "Jinchuan Valley·Lüliang" innovation platform set to operate by July 2025 [6]. - The city aims to enhance its technological innovation capabilities through the "Lüliang City Science and Technology Innovation Capability Improvement Action Plan (2025-2027)," targeting the establishment of 22 provincial-level innovation platforms [6]. - The shift in extraction methods from "bulk extraction" to "precision extraction" reflects a broader trend of upgrading product value from "fuel" to "materials," driven by continuous technological investment and talent acquisition [7].

Core Viewpoint - Jiaozuo City is transforming from a resource-dependent economy to a modern industrial system with a focus on high-quality development, showcasing significant progress in traditional and emerging industries [1][2][4]. Group 1: Traditional Industry Transformation - Jiaozuo's transformation began with the deep renovation and upgrading of traditional industries, exemplified by Longbai Group, which has become a global leader in the titanium industry through innovation [2][3]. - Other companies like Zhongyuan Neipei Group and Wind God Tire have also successfully transitioned, with Zhongyuan Neipei evolving into a hydrogen fuel cell engine system provider and Wind God Tire achieving world records in giant engineering tires [3]. Group 2: Emerging Industry Growth - Strategic emerging industries are becoming a new engine for economic growth in Jiaozuo, with significant increases in high-tech and strategic emerging industry value added, growing by 43.8% and 15.2% respectively in the first half of the year [4][5]. - The new materials industry is a key focus, with companies like Duofu Duo leading in lithium hexafluorophosphate and electronic-grade hydrogen fluoride, contributing to a new materials industry scale exceeding 100 billion [4][5]. Group 3: Future Industry Layout - Jiaozuo is proactively laying out future industries, such as the aerospace big data industry base project, which aims to create a 6 billion yuan industry ecosystem over the next decade [6][7]. - The city is also enhancing its digital economy, with over 2,000 related enterprises and nearly 500 million yuan in cumulative tax revenue from the digital industry [6][7]. Group 4: Policy and Strategic Support - Jiaozuo is implementing a dual strategy of policy support and park construction to drive future industry development, with plans to optimize industrial layout and strengthen technological innovation [7]. - The city aims to cultivate key industrial chains and enhance competitiveness in traditional, strategic emerging, and future industries, contributing to the modernization of the regional economy [7].

Core Viewpoint - Resource-dependent cities in southern China, such as Ganzhou and Jingdezhen, are successfully transforming their economies by moving from raw material extraction to high-value manufacturing and innovative industries, showcasing a model for overcoming resource dependency [2][3][11]. Group 1: Transformation of Resource Cities - Ganzhou has shifted from chaotic mining practices to a structured approach in rare earth processing, establishing a complete industrial chain that significantly increases product value [14][15]. - Jingdezhen, known for its ceramics, has evolved into a hub for the aviation industry, leveraging its historical expertise in precision manufacturing to support helicopter and drone production [17][18]. - The transformation of these cities reflects a broader trend in southern China, where resource-rich areas are diversifying their economies and reducing reliance on traditional resource extraction [12][13]. Group 2: Economic Contributions and Projections - By 2026, Jingdezhen's aviation industry is projected to exceed 250 billion yuan in revenue, indicating a substantial economic shift from traditional industries [3]. - In 2024, Ganzhou's rare earth industry is expected to generate nearly 100 billion yuan, with over half of this coming from deep processing, a significant increase from just 10% in 2010 [16]. Group 3: Advantages of Southern Resource Cities - Southern resource cities benefit from abundant water resources, proximity to major economic zones, and a high proportion of private enterprises, which facilitate flexible and innovative economic strategies [12][13]. - The collaboration between national and local entities has been crucial in driving these transformations, ensuring strategic support while maintaining the agility of private sectors [25][28]. Group 4: Policy and Strategic Insights - Effective local policies that focus on precise industry needs rather than broad subsidies have been essential for successful transitions, as seen in Jingdezhen's alignment with aviation industry requirements [26][27]. - The concept of comparative advantage is emphasized, suggesting that cities should focus on their strengths and integrate into larger economic ecosystems to maximize their potential [30][32].

Group 1: Energy Transformation - Datong is undergoing a significant transformation from a traditional energy reliance to a diversified, clean, and efficient energy system, maintaining an annual coal production of over 150 million tons [2] - The city has established 14 intelligent coal mines, with advanced production capacity exceeding 85%, and has completed ultra-low emission upgrades for 9 coal-fired power plants [2][3] - Renewable energy and new energy installed capacity in Datong has surpassed 10 million kilowatts, accounting for over 56% of the total, positioning it as a leader in Shanxi Province [3] Group 2: Digital Infrastructure Development - Datong is rapidly developing its computing power industry, with a total investment exceeding 70 billion yuan in the computing power ecosystem, and operational servers reaching 745,000 [5] - The city has established a national-level data labeling base, achieving a labeling accuracy of 100% and generating a data labeling industry output value of 750 million yuan [5][6] - The electricity consumption of computing centers in Datong has reached 4.38 billion kilowatt-hours from January to September this year, with an expected annual consumption exceeding 6 billion kilowatt-hours [5] Group 3: Cultural Revitalization - Datong is blending historical preservation with modern innovation, attracting 1.52 million visitors during the National Day and Mid-Autumn Festival, showcasing its cultural heritage [7][8] - The city has hosted various cultural activities, including drone performances and symphonic concerts, enhancing its cultural atmosphere and engaging tourists [8] - Datong's rich historical background, including the Yungang Grottoes and Hanging Monastery, contributes to its unique cultural identity and confidence [8][9]

Core Insights - The article discusses the transformation of Yumen, a city in Gansu, China, from a prosperous oil town to a "ghost town" due to the decline of its oil industry and subsequent population loss [1][2][19] - It highlights the city's historical significance as a major oil producer and its current efforts to revitalize through the development of the renewable energy sector [4][29] Historical Context - Yumen was once known as the "Pearl of the West" due to its oil wealth, with the first oil well drilled in 1939 marking the beginning of its oil industry [4][6] - At its peak, Yumen's oil production accounted for over 90% of China's total output, significantly contributing to the country's early industrial development [6][8] - The city had a robust infrastructure with around 50,000 jobs, primarily linked to the oil industry, creating a vibrant community [8][10] Economic Decline - The city's economy became overly reliant on oil, with over 65% of its economic output dependent on this single resource, making it vulnerable to market fluctuations [13] - Oil production peaked in 1959 at 1.406 million tons but declined sharply thereafter, leading to job losses and a shrinking population [13][14] - By 2001, the oil company relocated its operations, leaving the old city largely abandoned and contributing to its status as a "ghost town" [14][15] Current Situation - The real estate market in Yumen has collapsed, with prices dropping to 2,000 yuan for a 70 square meter home, equating to approximately 28.57 yuan per square meter [19] - The living conditions have deteriorated due to environmental pollution from past oil extraction practices and natural disasters, further driving residents away [17][19] Revitalization Efforts - Despite its decline, Yumen is experiencing a dual renewal, with the old city becoming a niche tourism destination due to its industrial heritage [21][23] - The new city is thriving with the development of the wind energy sector, positioning Yumen as a leader in renewable energy and creating new job opportunities [29][31] - The city's commitment to ecological restoration has improved living conditions, leading to its recognition as one of Gansu's "Top 100 Counties and Cities" in 2023 [31][33]

"自去年底开业以来，街区总营业额已突破1.2亿元，带动就业超过3000人次。"春申里文旅街区相 关负责人介绍，作为淮南首个文旅街区，项目融合"文化""会客""活力"三大主题，涵盖主题文化区、精 致餐饮区、品质生活区、城市会客区、休闲娱乐区五大功能区，已成为城市文旅新地标。 春申里的繁荣是淮南市推动文旅产业高质量发展的一个缩影。近年来，当地依托丰富的历史文化资 源，系统构建"一线、三区、十节点"旅游空间格局。其中，"一线"聚焦打造寿州古城至八公山的"古城· 名山"旅游主线，"三区"涵盖历史文化、生态文化和休闲度假三大功能区，"十节点"则包括武王墩考古 遗址公园、九龙岗历史文化街区、春申里文旅街区等特色项目，推动旅游资源从分散走向整合。 11月11日，"皖美十四五 再启新征程"2025网聚美好安徽网络主题活动采访团走进安徽省淮南市。 在该市春申里文旅街区，楚汉风韵的建筑与现代商业业态相映成趣，游客们在古朴街巷中流连忘返，感 受着这座资源型城市转型升级的勃勃生机。 业态创新持续释放消费活力。安徽楚文化博物馆"文博游"、八公山"奇幻夜游"、寿县古城沉浸式光 影秀等新业态备受游客青睐。借电视剧《六姊妹》热播契机打造的九 ...

Core Viewpoint - The transformation of Tongchuan from a "coal city" to an "industrial new city" reflects its alignment with the times, showcasing a journey of 15 years marked by significant development and recognition as a demonstration zone for inclusive financial development supported by the central government [1]. Industrial Development - Tongchuan has prioritized industrial development as the main driver of economic growth, focusing on enhancing project construction and integrating development with safety, livelihood, protection, and ecology [2]. - The city has implemented a comprehensive green transformation strategy, with traditional industries undergoing digital and technological upgrades to support sustainable development [3]. Traditional Industry Upgrades - The cement industry in Tongchuan has adopted a smart production line with a capacity of 10,000 tons per day, achieving energy consumption below national standards by 9.41 kg of standard coal per ton of cement [3]. - The city has completed 91 energy-saving and emission-reduction demonstration projects, with all clinker enterprises finishing desulfurization and denitrification upgrades [3]. Aluminum Industry Growth - Tongchuan has developed a unique aluminum industry chain, projected to achieve an output value of 18 billion yuan in 2024, making it the largest aluminum processing base in the province [4]. - The city has introduced policies to support high-quality development in the aluminum sector, including the establishment of the Shaanxi Aluminum and Aluminum Processing Standardization Committee [4]. Emerging Industries - The semiconductor industry is represented by companies like Yinjie Semiconductor, which has developed proprietary technology for indium phosphide materials, addressing supply chain security issues [6]. - The optical electronics industry has seen significant growth, with over 30 companies forming a complete supply chain from materials to end products [7]. New Material Innovations - Companies in Tongchuan are advancing in new materials, including high-purity precious metal catalysts and asphalt-based carbon fibers, indicating strong potential for future growth [9]. - The city is also focusing on low-altitude economy development, with initiatives to promote drone technology and applications [9]. Cultural and Ecological Integration - Tongchuan is integrating cultural heritage with industrial development, promoting red culture and ecological tourism, which enhances the city's attractiveness and livability [10]. - The city has made strides in ecological transformation, achieving significant improvements in air quality and urban green coverage [16]. Economic and Social Development - The per capita disposable income in Tongchuan reached 15,167 yuan in the first half of 2025, reflecting a year-on-year growth of 5.5%, with rural incomes growing faster than urban ones [17]. - The city has invested in education and healthcare, enhancing the quality of life for residents and supporting sustainable community development [18]. Future Outlook - Tongchuan aims to strengthen its industrial base and continue its high-quality transformation, contributing to the broader goals of modernization in China [19].

Core Viewpoint - Karamay, a resource-based city in Xinjiang, is transitioning from a traditional oil economy to a diversified modern industrial system, focusing on green energy and technology to achieve sustainable development [1][2]. Group 1: Transition to Green Energy - Karamay is shifting from black oil to green computing, aiming to develop a modern industrial system that includes oil and gas, green computing, new energy, and cultural tourism [1][2]. - The city produced 14.86 million tons of crude oil and 4.51 billion cubic meters of natural gas last year, with a target to exceed 20 million tons of oil equivalent this year [2]. - Karamay has established six large data centers, positioning itself as a leader in computing power in the northwest region of China [2]. Group 2: Artificial Intelligence and Innovation - The first AI application competition in Karamay led to the signing of six key projects across various sectors, marking significant progress in the development of the green computing industry [3][4]. - Karamay is focusing on integrating AI with various industries to create demonstration application scenarios, enhancing the local innovation environment [4]. Group 3: Renewable Energy Development - Karamay has seen a 1.6 times increase in new energy installed capacity and a threefold increase in renewable energy generation [6]. - The city is developing a comprehensive hydrogen energy industry chain, focusing on green hydrogen applications in various sectors [7]. - Karamay aims to build a million-kilowatt-level renewable energy base, leveraging its abundant wind and solar resources [8]. Group 4: Equipment Manufacturing and Industrial Upgrading - Karamay is enhancing its oil equipment manufacturing capabilities, transitioning from simple manufacturing to a complete equipment production base [9]. - The city has registered 97 equipment manufacturing enterprises, focusing on oil extraction and related technologies [9]. - The seventh China (Karamay) International Oil and Gas Technology Equipment Exhibition showcased 416 companies, highlighting the integration of traditional energy and emerging sectors [10]. Group 5: Cultural and Tourism Development - Karamay is promoting tourism through cultural events, with visitor numbers increasing from 11.2 million in 2021 to 23.25 million in 2024, averaging a 22% annual growth [12]. - The city is developing unique tourism experiences, including themed events and educational tourism, to attract visitors and enhance cultural engagement [13][15]. - Karamay is leveraging its oil heritage to create tourism products that reflect its industrial history, enhancing its appeal as a tourist destination [14].

Core Viewpoint - Resource-based cities must transition from reliance on traditional resources to a diversified and high-quality development model, focusing on both strengthening traditional industries and cultivating emerging technology-driven sectors [1][2]. Group 1: Traditional Resource Utilization - Resource-based cities should maximize the value of their existing traditional resources, enhancing the added value of resource-based products to create new advantages while generating funds for emerging industries [1]. - The strategy involves a dual approach: strengthening traditional resource industries while also developing new industries that are either related to or independent from traditional resources [1]. Group 2: Industry Structure Optimization - The industrial structure of resource-based cities typically features a dominant secondary sector, with weaker primary and tertiary sectors. Transitioning requires optimizing this structure by increasing the share of the tertiary sector while adjusting the internal structure of the secondary sector [2]. - It is crucial to balance development with safety, and traditional industries with emerging ones, promoting innovation and sustainability in both sectors [2].