逐绿而兴，向新跨越——石家庄循环化工园区“十四五”转型跃升记

Core Viewpoint - The Shijiazhuang Circular Chemical Park is undergoing a significant transformation, evolving from a traditional industrial base to a modern, high-quality chemical materials hub, integrating innovation, green development, and collaboration to support low-carbon urban construction [1][18]. Group 1: Industrial Transformation - The park is transitioning from a low-end to a high-end value chain, driven by a "second entrepreneurship" approach, aiming for high-quality development amidst market fluctuations and environmental constraints [3]. - The park has completed a significant upgrade from its initial version to a 3.0 version, establishing five industrial chains and focusing on the development of new chemical materials [3][18]. - A total investment of 220 billion yuan is planned for the green transformation project, which will enhance the integration of biomedicine, new-generation electronic information technology, and new chemical materials [3][18]. Group 2: Infrastructure Development - The park's area has expanded from 9.77 square kilometers to 15.04 square kilometers, providing additional industrial land for upgrades and reducing land costs to 300,000 yuan per mu, the lowest in the region [4]. - A 23 billion yuan energy island project is set to reduce gas costs for enterprises from approximately 350 yuan/ton to 160 yuan/ton, enhancing economic and green benefits [5]. - The logistics system has been improved with the launch of a 30 billion yuan international logistics park, which is expected to reduce logistics costs by over 30% [6]. Group 3: Safety and Innovation - The park has been recognized as a model for smart chemical parks, implementing a data-driven safety management system that monitors over 1,200 data points for production and safety [10]. - An AI model for risk monitoring has been developed, allowing for early warnings of potential risks, significantly enhancing proactive safety management [11]. - The establishment of a shared experimental center aims to facilitate the transition from laboratory results to small-scale production, supporting over 20 projects and achieving significant technological advancements [12]. Group 4: Ecosystem and Collaboration - The park is fostering a collaborative ecosystem where enterprises can efficiently utilize resources, exemplified by the transformation of by-products into high-value chemicals [14]. - Key projects are being introduced to build a modern chemical materials industry cluster, ensuring long-term vitality and competitiveness [15]. - The park aims to create a new industrial landscape by integrating chemical new materials with biomedicine and electronic information industries, promoting collaborative innovation [15][18].