Senlang instruments, experimental reactors, parallel high-pressure reactors, catalytic reaction devices, fully automatic reaction systems, pilot reaction devices, etc. are used in the research and development application system of fine chemicals, new materials, and high value-added fine chemicals.

The fine chemical industry, abbreviated as fine chemicals, mainly includes two parts: fine chemicals and specialty chemicals. There are a wide variety of fine chemicals (including inorganic compounds, organic compounds, polymers, and derivatives), which belong to a technology intensive and high-tech industry with strong comprehensiveness. It has the characteristics of multiple varieties, small output, fast replacement, strong functionality and ultimate usability, and high product added value. Many products are complex products, and the formulation and other technical factors determine the product. Performance; The high demand for production, strong marketability, and continuous research and development of new product technologies and applications are dynamic emerging fields in the chemical industry and an important component of the new materials field. Fine chemicals and specialized chemicals directly serve the national economy in the fields of chemical, light industry, textile, aviation, aerospace, biotechnology, information technology, new energy technology, new materials, environmental protection, etc., and are widely used in high-tech fields.

Developed countries in Europe and America attach great importance to the development of fine chemicals, taking them as an effective measure to adjust the structure of the chemical and petrochemical industries, increase product added value, and enhance international competitiveness. The world's fine chemical industry is showing a rapid development trend, and the concentration of the industry is further increasing. With the sustained, steady and rapid development of our national economy, there is an increasing demand for fine chemicals and specialty chemicals in the market, with more and more segmented varieties. China's technological level and production capacity are far from meeting market demand, and the variety and quantity of imported fine chemicals are increasing year by year, especially in Europe and America, where the disconnection and decoupling attempt to block China's development. Some fine chemicals are not only expensive, but also difficult to purchase. Strengthening technological innovation, adjusting and optimizing the structure of fine chemical products, breaking foreign technological monopolies, and focusing on developing high-performance, specialized, and green products have become the key directions for the development of fine chemical industry. Carrying out deep processing, post-processing, and fine processing in the field of chemical engineering has turned conventional chemicals into functional and green chemicals, greatly enhancing the industrial level and economic benefits of fine chemicals. The development model of fine chemicals with Chinese characteristics is to transform and transform enterprises, improve resource efficiency. Under the new concept of green, innovative, and sustainable development, and in the new situation of the transformation of old and new driving forces, industrial structure upgrading, and accelerated product iteration, chemical products need to take a path of refined and differentiated development. Fine chemical industry will usher in huge development opportunities. Some companies have seized opportunities and achieved certain results in the innovation of fine chemical technology. The 'hydrocarbon processing collaboration group' will leverage the advantages of cross departmental, cross industry, cross regional, and cross disciplinary collaboration to

Conduct discussions and exchanges on key common issues related to technological innovation in the fine chemical industry, promote interdisciplinary and integrated innovation, advance knowledge innovation and technology transfer, promote industry university research cooperation, and drive high-quality development of China's fine chemical industry. Therefore, the "Exchange Conference on Technological Innovation and Equipment Application Development of Basic Organic Raw Materials and Fine Chemical Products" is scheduled to be held in Dalian from November 13th to 15th, 2024.

1、 Discussion content of the exchange meeting on technological innovation and equipment application development of basic organic raw materials and fine chemical products

1） Home report:

1. Analysis of the Development of New Chemical Materials and Fine Chemicals in the 14th Five Year Plan

2. Green synthesis of fine chemical products, new products, new technologies, and new processes

3. Strengthening technology and equipment for fine chemical processes, as well as the application of microreactor technology

24. Research and application of new surfactants, additives, and chemicals

5. Research and application of new catalysts and catalytic technologies

6. Production and Market Application of Fine Chemicals by Biological Method

7. Research and application of basic organic raw materials and fine chemicals

8. High grade fine chemicals, carbon materials, and optoelectronic functional materials

9. Research and Manufacturing of Special Fine Chemicals such as Coal Oil Chemical

10. The transformation from large-scale chemical industry to fine chemical industry and the ideas of intelligent manufacturing and green manufacturing

11. Functional Polymer Synthesis and Application and Chemical New Materials

12. Systematic engineering projects and technologies related to safety, environmental protection, market, and economy in fine chemical industry

13. New technologies and equipment related to fine chemicals (including control, inspection, and standards)

14. Application of oilfield chemicals (oil displacement agents, pour point depressants, etc.)

15. Research and application of pharmaceutical intermediates and fine chemicals

16. Application of new technologies, processes, and equipment in fine chemical industry

2） Report on Fine Chemical Industry of Dalian Institute of Chemical Physics, Chinese Academy of Sciences:

Session 1: Chiral Synthesis and Preparation of Functional Organic Molecules

1. Total synthesis of nitrogen-containing compounds with homogeneous asymmetric catalysis and biological activity

2. Design, synthesis, and application of novel ligands

3. Biomimetic chiral catalysis and biocatalysis

Session 2: Efficient Conversion and Utilization of Bioenergy

1. Catalytic conversion of biomass platform compounds

2. Biomass three element separation technology

3. Biomass low-temperature catalytic gasification

Session Three: Fossil Energy and Application Catalysis

1. Hydrogenation technology for heavy oil and fine chemicals

2. Synthesis gas conversion and catalytic technology for fine chemicals

3. Low carbon hydrocarbon comprehensive utilization technology

Session Four: Green Pollution Control Technologies

1. Catalytic purification technology for atmospheric pollutants

2. Wastewater treatment technology

3. Collaborative emission reduction technology for multiple pollutants at the source of incineration flue gas

3） Special session on safety management of chemical experimental processes

1. Application of Experimental Process Safety Management in Experimental Safety Management

2. Analysis of the causes of typical laboratory safety accidents and emergency response to common laboratory accidents

3. Establishment of Laboratory Safety Management Responsibility System

4. Identification, assessment, and graded control of experimental safety risks, as well as hazard investigation and management

5. How to carry out experimental process safety information management and laboratory safety education and training

6. Writing and practicing experimental safety operation procedures and emergency plans

7. Safety operation specifications for typical experimental unit operations and reaction processes

8. Full lifecycle management of hazardous chemicals, highly toxic chemicals, and hazardous chemicals

9. Disposal and Management of Laboratory Hazardous Waste

10. Full lifecycle management of laboratory special equipment and gas cylinders, as well as instrument and equipment integrity management

11. Safety operation specifications for laboratory heating and cooling equipment

12. Safety operation specifications for laboratory high-energy high-speed devices, electrical equipment and facilities

13. The provision and use of laboratory fire-fighting equipment and personal protective equipment

Participants of the Exchange Conference on Technological Innovation and Equipment Application Development of Basic Organic Raw Materials and Fine Chemical Products:

1. Management and technical personnel, laboratory operators, and safety managers of enterprises related to refining and chemical, petrochemical, coal chemical, natural gas chemical, biomass chemical, and fine chemical industries.

2. Including but not limited to manufacturers, equipment suppliers, responsible persons and technical personnel of related enterprises, laboratory operators and safety management personnel in the fields of agrochemicals, daily-use chemicals, raw materials, intermediates, synthetic pharmaceuticals, specialty chemicals, dyes, coatings, catalysts, active reagents, petrochemical additives, adhesives, food additives, polymers, chlorides, sulfides, synthetic materials, polymer materials, chemical new materials, biochemical reagents, etc.