Group 1: Economic Performance - Yulin's industrial economy showed a robust performance in the first half of the year, with a year-on-year growth of 9.2% in industrial added value, surpassing the national average [1] - The city is committed to achieving "dual carbon" goals, focusing on creating a national energy revolution innovation demonstration zone and being one of the first cities to pilot carbon peaking [1] Group 2: Technological Innovation - Technological innovation is key to Yulin's transformation from a coal city, with over 99% mechanization in coal mining operations through smart systems [2] - The Yulin Innovation Institute has introduced 60 research teams and over 50 research projects, resulting in 12 convertible technological achievements [4] Group 3: Industrial Development - Yulin is developing multiple modern coal chemical industry chains, with significant projects like a 500,000-ton methanol-to-ethanol project and a 100,000-ton high-end chemical materials project underway [5] - The city has launched 53 key projects since the second quarter of 2025, with a total investment of 238.5 billion yuan, of which 79.5% is allocated to industrial projects [7] Group 4: Low-Carbon Initiatives - Yulin is addressing the challenge of coal gangue disposal, converting it into eco-functional soil, recycled aggregates, and low-calorific coal through advanced processing techniques [10] - The establishment of a national energy revolution innovation demonstration zone highlights Yulin's commitment to green and low-carbon development, enhancing its energy technology capabilities and industrial structure reform [10]

Group 1: Technology Innovation and Transformation - The transformation of scientific achievements from the laboratory to production lines is significantly supported by investment and technology platforms, leading to faster commercialization of technology [1][2] - As of mid-June, 554 hard technology companies have been incubated with a total market valuation of 679.6 billion yuan, indicating a robust growth in the hard technology sector [2] - The establishment of a market-oriented common technology pilot platform has provided comprehensive technical services to over 100 companies, facilitating the conversion of multiple technological achievements [2] Group 2: Industry Upgrading and Development - Various regions in Shaanxi are experiencing accelerated industrial upgrades, showcasing unprecedented vitality and potential [5] - Companies like Shaanxi Beiren Printing Machinery Co., Ltd. have shifted from traditional printing to modern manufacturing, investing 6% of their revenue annually in R&D, resulting in over 80% market share in high-end flexographic printing machines [6] - The establishment of the Xuanyuan Technology Innovation Center has enabled local e-commerce companies to diversify their product offerings, leading to significant sales growth [7] Group 3: Ecological Optimization and Industrial Chain Development - Shaanxi is leveraging the "chain leader system" to advance its energy and chemical industries towards high-value chains, with new industrial chains rapidly forming [8] - The optical electronics industry has emerged as a promising sector, with the implementation of the "Chasing Light Plan" leading to the establishment of a comprehensive industrial chain in Cuiping [8] - The collaboration between Yulin Zhongke Environmental Technology Group and the Chinese Academy of Sciences aims to address the utilization of coal gangue, converting it into eco-friendly products [9]

Core Viewpoint - The article highlights the establishment of China's first carbon-based solid waste pilot base in Yulin, which transforms coal gangue into eco-friendly soil, addressing the significant issue of coal gangue waste management in the region [1][3]. Group 1: Background and Necessity - Yulin produces over 60 million tons of coal gangue annually, accounting for more than 50% of industrial solid waste, with a low comprehensive utilization rate of less than 40% [3][4]. - Traditional disposal methods for coal gangue, such as producing sintered bricks and cement additives, are costly and have limited market absorption, leading to insufficient resource utilization [4]. Group 2: Technological Innovation - The pilot base utilizes a new technology developed by the Chinese Academy of Sciences, which couples intelligent sorting of coal gangue with microbial degradation for comprehensive utilization [4][6]. - This technology aims to create eco-functional soil that can restore degraded land and support ecological restoration while facilitating large-scale utilization of coal gangue [6]. Group 3: Future Prospects - The pilot base has established a production line capable of producing eco-functional soil at a scale of 10,000 tons, attracting interest from investors and stakeholders across various regions [6]. - The project aims to expand the direction of carbon-based solid waste resource utilization in Shaanxi and provide technical support for comprehensive utilization of coal gangue nationwide [6].