Development Trend of Fine Chemical Industry in 2023


Release time:

2023-11-30

With the development of the national economy and the diversification of social needs, the market has higher, newer and more detailed requirements for the quality, variety and function of fine chemical products. Traditional bulk general-purpose products have been unable to meet the needs of the market, while high-end, differentiated and customized products have become the new darling of the market. These products have higher technical content, stronger market pertinence, higher added value and greater development potential.

Development Trend of Fine Chemical Industry in 2023

1. High-end, differentiated and customized products

With the development of the national economy and the diversification of social needs, the market has higher, newer and more detailed requirements for the quality, variety and function of fine chemical products. Traditional bulk general-purpose products have been unable to meet the needs of the market, while high-end, differentiated and customized products have become the new darling of the market. These products have higher technical content, stronger market pertinence, higher added value and greater development potential. For example, in the field of medicine, emerging technologies such as biopharmaceuticals and gene therapy are changing the pattern of the pharmaceutical industry. In the field of pesticides, environmentally friendly products such as biological pesticides and green pesticides are receiving more and more attention. In the field of dyes and pigments, high-performance products such as functional dyes and organic pigments are replacing traditional dyes. In the field of food additives, healthy products such as natural food additives and functional food additives are becoming consumers' choices, in the field of coatings, water-based coatings, powder coatings and other low-pollution products are replacing solvent-based coatings.

2. Industrial agglomeration, base, park

Agglomeration management is an important trend in the development of fine chemical industry. Through industrial agglomeration, we can realize the advantages of resource sharing, facility co-construction, information sharing and collaborative innovation, and improve the efficiency and efficiency of the industry. At the same time, through industrial agglomeration, it is also possible to achieve a unified standard of environmental protection and safety management, and reduce the risks and costs of the industry. At present, my country has formed a number of fine chemical industry bases or parks with strong influence and competitiveness, such as Jiangsu Taizhou Medical City, Zhejiang Pinghu Biomedical Park, Shandong Binzhou Pesticide Park, Hebei Chengde Dyestuff Park, Guangdong Huizhou Food Additives Park, Shanghai Jinshan Paint Park, etc. In the future, China's fine chemical industry will further strengthen industrial agglomeration and form more characteristic advantages and regional brands.

3. Green, clean and circular technology

Green, clean and recycling is an inevitable trend in the development of fine chemical industry. In the face of increasingly serious environmental problems and increasing pressure of social responsibility, the fine chemical industry must change the traditional production mode of high energy consumption and high pollution, and embark on a road of sustainable development. This requires the fine chemical industry to innovate and transform in technology, adopt more energy-saving, more environmentally friendly, and safer technologies and equipment, improve resource utilization and energy efficiency, reduce waste emissions and hazards, and realize the production process and products Greening, cleaning and recycling. For example, in the field of medicine, the use of microreactor technology, flow synthesis technology, etc. can improve reaction efficiency and selectivity, reduce energy consumption and waste; in the field of pesticides, the use of biological enzyme catalysis technology, microwave assisted technology, etc. can improve the synthesis speed and purity, reduce the use of organic solvents; in the field of dyes and pigments, the use of supercritical fluid technology, nanotechnology, etc. can improve the performance and quality of dyes and pigments, reduce sewage emissions; in the field of food additives, the use of biological fermentation technology and enzymatic extraction technology can improve the naturalness and safety of food additives and reduce the impact on the environment; in the field of coatings, the use of water-based coating technology and powder coating technology can improve the coverage of coatings And durability, reduce the emission of volatile organic compounds.