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New Energy

New energy refers to sustainable and environmentally friendly energy sources, such as solar, wind, hydropower, geothermal, biomass, and hydrogen. These alternatives to fossil fuels help reduce carbon emissions and contribute to a cleaner, more sustainable energy future.

Industrial Applications

hemical engineering is widely used in the industrial field, mainly through chemical and engineering technology to convert raw materials into valuable products, covering energy, chemicals, pharmaceuticals, environmental protection, food processing and new materials. It supports oil refining and natural gas processing, provides basic chemicals and fertilizers, promotes the production of medicines and vaccines, reduces pollution and promotes waste recycling, improves quality and safety in food and consumer goods production, and promotes the development of high-performance materials and electronic materials. Overall, chemical engineering improves production efficiency, promotes sustainable development, and meets the needs of various industries.

Agricultural applications

Agriculture involves growing crops and raising livestock to produce food, fiber, and other products. It includes farming, forestry, and fisheries, with modern methods like precision farming and irrigation enhancing efficiency. Agriculture is essential for food security and economic development.

Food Applications

Food applications involve various processes and techniques used in the production, preservation, and enhancement of food. This includes food processing to create convenient, safe, and nutritious products, food packaging to maintain freshness, and food preservation to extend shelf life. Nutrition enhancement focuses on improving the health benefits of food, while functional foods provide additional health-promoting properties. Food safety ensures products are safe for consumption, and food additives are used to improve taste, texture, and shelf life.

Coatings & Adhesives

Products include: building emulsions, waterproof emulsions, industrial paint emulsions, textile and leather emulsions, wood and floor emulsions, adhesives and various additives, etc., which are widely used in coatings, building materials, thermal insulation and adhesives.

Detergents & Cleaners

Detergents & Cleaners mainly refer to chemicals used to remove stains, grease and pollutants, and are widely used in household and industrial cleaning. Common ingredients include surfactants (help remove stains), solvents (dissolve grease and stains), bleaches (remove stains and bleach), disinfectants (kill microorganisms), etc. In addition, detergents may also contain enzymes (break down stains), antibacterial ingredients (inhibit bacterial growth) and fragrances (provide a fresh smell). With the improvement of environmental awareness, more sustainable, non-toxic and biodegradable cleaning products have appeared on the market.

Medical field

Medical chemistry is an interdisciplinary field between chemical engineering and medicine. It is dedicated to the application of chemical technology in medicine, covering drug research and development and preparation, biomaterial development, medical device manufacturing, diagnostic and therapeutic technology, and health and environmental management. Medical chemistry promotes innovation in disease diagnosis and treatment by synthesizing highly effective drugs, designing biocompatible materials, optimizing imaging diagnostic agents, and developing precision drug delivery systems. At the same time, medical chemistry provides sustainable solutions in the fields of medical waste treatment, toxicity assessment, and regenerative medicine. With the development of precision medicine and health technology, medical chemistry is becoming an important pillar for improving medical technology and health levels, showing broad application prospects.

Water treatment

The application of chemical industry in water treatment solves water pollution problems through chemical engineering technology and is widely used in drinking water purification, sewage treatment, industrial wastewater treatment and seawater desalination. Its core methods include chemical agent treatment (such as flocculation, disinfection, oxidation), physical and chemical technology (adsorption, ion exchange, membrane separation), advanced oxidation (photocatalysis, ozone oxidation) and biochemical technology (anaerobic fermentation, activated sludge method). In addition, chemical industry has also promoted the development of electrochemical treatment, nanotechnology and intelligent water treatment, providing efficient solutions for pollutant removal, resource recovery and environmental protection, and becoming an important pillar for the sustainable use of water resources.

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