I want to learn *some knowledge about the C4 industry

Cetane refers primarily to hydrocarbon mixtures with a carbon chain length of four, with main components including butane, butylene, and butadiene. These compounds are widely used in the chemical industry, such as in the production of synthetic rubber, plastics, fuel additives, etc. If you want to systematically learn the knowledge related to the *C4 industry, you can start from the following aspects: 1. **Basic theories**: First, understand the classification, structure, and properties of hydrocarbons in organic chemistry. 2. **Production Process**: Familiar with the main production methods for C4 compounds, such as cracking and catalytic cracking, as well as the technical approaches and equipment selection associated with these methods. 3. **Application Areas**: Understand the main application areas of C4 products, including as raw materials for manufacturing synthetic rubber and in the production of various chemical products. 4. **Environment and Safety**: Learn the environmental protection requirements and safety standards in the treatment and use of C4. 5. **Market Analysis**: Understand the current demand, supply situation, and future development trends of the C4 market. It is recommended to improve understanding of the C4 industry by reading professional books, attending relevant courses or seminars, and making on-site visits to chemical manufacturing enterprises. .

I. Definition and Classification Definition: Hydrocarbons with 4 carbon atoms are generally referred to as carbon tetrahydrocarbons, including butane (C4H10), butenes, isobutylene, butadiene, etc. In the petrochemical industry, C4 is often used as a raw material or intermediate product. Classification: Based on their chemical structure, tetrahydrocarbons can be divided into n-butane, isobutane, 1-butene, 2-butene, isobutylene, and butadiene, among others. Depending on the source, C4 can come from refineries, ethylene cracking units, MTO units, as well as oil and gas fields and shale gas wet gas NGLs. II. Uses and Application Areas: Industrial sector: Carbon tetrafluoride is mainly used as a solvent, refrigerant, gas detector, and in pump oils, among other applications. It plays an important role in the manufacturing of machinery, electronic products, synthetic rubber, and other areas. It can also be used for cold-quenching steel, improving the quality of alloys, and producing other materials. Pharmaceutical field: Carbon tetrachloride is used for skin disinfection and as an **agent, and can be applied in dental and surgical procedures. It can also be used to manufacture disinfectants, medicines, medical devices, and more. Field of scientific research: Carbon tetraform is an important experimental material that can be used to study new materials, chemical reactions, and optics. Other applications: In environments such as deep-sea diving, extremely cold regions, and high altitudes, carbon tetrafluoride can be used for the transportation of liquefied petroleum gas. III. Market and Production Conditions Market Trends: As global ethylene production capacity continues to expand and industries such as synthetic rubber and plastics develop further, the demand for C4 products keeps rising. In recent years, numerous C4 projects have been launched worldwide, offering a vast market potential. Production technology and processes: The production technology for C4 mainly includes steps such as cracking, separation, and purification. Through different process routes, C4 products with various components can be obtained. Major producing countries and regions: China, the United States, Europe, and other areas are the world’s key producers of butane. The petrochemical industry is well-developed in these regions, and they are rich in C4 resources.

Teacher, please provide the names of the books on this topic so I can go and buy them

This one is a bit large; it refers to basic tetrahydrocarbons as well as downstream products (materials, rubber, biodegradable materials, and so on)