这里将打造3个千亿级化工产业集群！

Core Viewpoint - The Henan Provincial Government has issued the "Henan Province Chemical Industry Quality Improvement and Upgrading Action Plan" to promote the transformation of the chemical industry towards park-based, cluster-based, refined, and green development, aiming for high-quality industry growth [1][2]. Group 1: Industry Goals and Targets - By 2027, the chemical industry is expected to achieve significant progress in refinement, with over 85% of the industry's total output value coming from chemical parks, and the creation of at least two competitive chemical parks focused on fine chemicals [1]. - The plan aims to cultivate three chemical industry clusters with output values exceeding 100 billion yuan, alongside a number of world-class chemical enterprises [1]. Group 2: Key Projects and Developments - The plan includes the construction of major projects such as the Luoyang million-ton ethylene and downstream supporting projects, aiming to establish a leading high-end petrochemical industry cluster in Central and Western China [1]. - The development of the Pingdingshan Nylon City and the Luhe billion-level fluorosilicon new materials project is also emphasized to foster globally competitive chemical industry clusters [1][2]. Group 3: Strengthening Industry Bases - The plan outlines the strengthening of several hundred billion-level industrial bases, including optimizing the construction of coal and coke chemical bases in Anyang and Pingdingshan, and enhancing the New Chemical Materials Base in Puyang [2]. - The focus is on developing high-end fine chemical industry chains, particularly in coal gasification and the production of advanced chemical materials [2]. Group 4: Industry Transformation and Collaboration - The Henan Provincial Government emphasizes the need for coordination among departments and local governments to ensure the successful implementation of the action plan [3]. - The association aims to facilitate collaboration between government, enterprises, and research institutions to address key challenges in technology and resource allocation, particularly in low-emission transformations and high-end material development [3][4].