New Trends in the Development of chemical products

The new trends in the development of chemical products mainly include the following aspects:
Green transformation and high-end strategy: China has incorporated the chemical industry into its national strategic system. Through policy documents such as the "14th Five Year Plan for the Development of Chemical New Materials Industry" and the "Action Plan for Carbon Peak before 2030", China has clearly set goals such as increasing the self-sufficiency rate of high-end chemical new materials to 75% and reducing carbon emissions per unit output value by 18% by 2025. The state has established a special fund to support the research and development of key technologies, promoting the upgrading of traditional fields such as coal chemical and petrochemical industries towards cleanliness and intelligence.
Market demand changes: With the explosive growth of industries such as new energy vehicles, photovoltaics, and semiconductors, the demand structure of the chemical industry has undergone profound changes. The surge in demand for lithium battery electrolyte additives, photovoltaic packaging materials, electronic specialty gases for semiconductors, and other products has driven chemical enterprises to extend into high value-added fields. For example, the localization rate of lithium battery materials such as lithium hexafluorophosphate and high nickel ternary materials has significantly increased, and some products have achieved export substitution.
Technological innovation and cross-border integration: Light hydrocarbon cracking, coal based refining integration, biobased material synthesis and other technologies promote energy efficiency improvement and product upgrading in the chemical industry. For example, the ethane cracking unit has achieved a cost reduction of over 20% in ethylene production by optimizing the process route; The transition from coal to methanol to coal to olefin significantly enhances the added value of products. At the same time, the cross-border integration of chemical technology with biotechnology and digital technology is accelerating, such as the application of enzymatic hydrolysis technology in dairy processing and AI assisted chemical process design, injecting new momentum into the industry.
Platformization, intelligence, greenization, and internationalization transformation: The construction of coating chemical industry platforms has become an important way for industry transformation. By building a digital platform that includes product display, online transactions, technical exchanges, and other functions, enterprises can achieve improved transaction efficiency, reduced supply chain costs, and shortened technological innovation cycles. The industry is undergoing a four fold transformation of platformization, intelligence, greenness, and internationalization. It is expected that by 2025, 60% of paint transactions will be completed through platforms, and the penetration rate of AI technology will reach 75%.