China's "Tenth Five-Year Plan": A Five-Year Policy Program for Reshaping the Global Chemical Industry Pattern

1. Planning Core: Five Directions Define the Transformation Direction of China's Chemical Industry

on March 13, 2026, China officially released the Outline of the Fifteenth Five-Year Plan for National Economic and Social Development (2026-2030). As the world's largest chemical producer, the policy signals released by China's "Tenth Five-Year Plan" will profoundly reshape the supply structure, competition pattern and trade flow of the global chemical industry, and overseas practitioners cannot be ignored.

Planning around innovation-driven, green reverse force, high-end upgrade, security bottom, open collaboration the five core orientations unfold. The quantitative constraint target is clear: the average annual growth of the whole society's R & D investment is more than 7%; Carbon dioxide emissions per unit of GDP are reduced by 17%; PM2.5 concentration in cities at the prefecture level and above is reduced to less than 27 micrograms/cubic meter; carbon peak is achieved on schedule. These five orientations have fundamentally reversed the development inertia of China's chemical industry, which is "heavy on scale, light on quality, heavy on expansion and light on environmental protection", marking the official shift of China's chemical industry from "scale dividend" to "quality dividend" era.

For overseas market participants, understanding these five directions is not only to understand the policy documents, but also to judge the core framework for the evolution of China's chemical products import and export structure, competition pattern and price center in the next five years.

2. three main lines of industrial impact: green, high-end, domestic

main line one: green hard constraints reshape the cost structure, high-carbon products exports will continue to shrink. It is planned to implement dual control of total carbon emissions and intensity. New high-energy-consuming projects must implement equal or reduced replacement of carbon emissions, and expand the coverage of the national carbon emission trading market. Traditional coal chemical, petrochemical, chlor-alkali, phosphorus chemical and other high-carbon areas will face strict capacity control and carbon cost constraints. At the same time, green electricity substitution, green hydrogen coupling, CCUS technology promotion will be significantly accelerated, biodegradable plastics, bio-based materials, environmentally friendly coatings and other green chemical products ushered in a policy dividend period. For overseas buyers, this means that the supply of low-end bulk chemicals from China will gradually shrink, while the supply structure of green certified products will tend to be rich.

Main line two: technical research to accelerate the localization of high-end products, import substitution into the real impact stage. At present, China's chemical industry still relies on imports in the fields of high-end polyolefins, electronic chemicals, special engineering plastics, and high-performance membrane materials. Plan clear deployment: breakthrough in the field of electronic chemicals photoresist, high-purity reagents, special gases and other technologies, in the field of high-performance materials to achieve POE, COC, special rubber localization replacement, by 2030, electronic chemicals, high-performance membrane materials and other high-end products self-sufficiency rate will be greatly increased. This deployment poses direct competitive pressure on existing overseas high-end chemical suppliers-the Chinese market's dependence on imported high-end chemicals will systematically decline.

Main line 3: Industrial restructuring affects global trade flows. Planning for ethylene, PX and other bulk chemicals to implement the rhythm of production capacity control, to prevent overcapacity; refining industry to "raw material-driven" transformation; pesticides to low toxicity, low residue, biological pesticides direction. In terms of regional layout, ChemChina will form a spatial pattern of "coastal high-end, central and western characteristics, and park intensification". Coastal parks will focus on high-end chemical new materials and fine chemicals to create world-class industrial clusters. With regard to the foreign trade structure, the plan clearly reduces the export of low value-added and high energy-consuming products, expands the proportion of high-end new chemical materials and fine chemical exports, and actively participates in the formulation of international chemical standards-this means that the technical content and added value of China's chemical export products will be systematically improved, and export competitiveness will migrate from the price dimension to the technical dimension.

Strategic tips for overseas practitioners: in the next five years, the logic of dealing with Chinese chemical companies will undergo fundamental changes-at the intersection of the three main lines of greening, high-end, and localization, import substitution will accelerate, export structure upgrades, and supply chain restructuring will advance simultaneously. It is recommended that traders assess the green transformation progress and high-end product certification capabilities of existing Chinese suppliers in advance; manufacturers pay attention to the timeline of the rise of local competition in China for sub-varieties such as POE, COC and photoresist; and supply chain practitioners need to incorporate the pace of Chinese policies into the core variables of global procurement strategies.