Core Viewpoint - The Jiangsu Zhangjiagang Yangtze River International Chemical Park is advancing a green transformation in the chemical industry, establishing a high-quality development model while facing challenges of high energy consumption and emissions [1][5]. Group 1: Green Transformation Initiatives - The Yangtze River Chemical Park is the largest fine chemical park in the Yangtze River Basin, with the largest high-performance coating production base in China, addressing common industry issues such as low automation and severe unorganized emissions [2]. - The park is promoting the introduction of international leading PLC/DCS intelligent production control systems to replace manual operations, achieving closed production processes and significantly improving resource and energy utilization efficiency, with VOCs material "zero leakage" [2]. - The park is leveraging hydrogen manufacturing technology to create a "Suzhou Hydrogen Innovation Center," aiming to build a complete hydrogen industry chain, which is expected to reduce carbon emissions by over 13,000 tons [2]. Group 2: Precision Pollution Control - Utilizing remote sensing and comprehensive monitoring technologies, the park identifies high-value characteristic pollutants and addresses hidden high emissions issues through "fingerprint" tracing [3]. - Advanced monitoring techniques have revealed significant leaks in pollution control facilities, prompting the installation of real-time monitoring systems for emissions from key enterprises [3]. - The park has implemented targeted pollution control measures, achieving over 95% VOCs reduction efficiency through the replacement of traditional incineration systems with high-efficiency burning devices [3]. Group 3: Smart Management and Regulation - The park has developed a smart environmental management platform using big data, IoT, and cloud computing to monitor energy consumption and emissions dynamically, triggering automatic alerts for abnormal conditions [4]. - A "carbon management" model has been established to monitor the saturation of activated carbon treatment facilities, enabling real-time tracking of key parameters and improving operational efficiency [4]. - The integration of green industry chains, precision pollution control chains, and intelligent regulatory chains is driving the park towards a green and low-carbon development trajectory [6].