In industrial ammonia water treatment, oleic acid contamination significantly impacts process performance. Activated carbon provides an effective and reliable solution for oleic acid removal, offering high efficiency and stable operation in ammonia water systems.

In PVC production, activated carbon serves as a vital catalyst that accelerates polymerization and improves product quality. Its unique physical and chemical properties make it essential for manufacturers looking to enhance production efficiency while maintaining high product standards.

Maleic anhydride (MA) is a crucial chemical intermediate in various industrial processes. Its purification is essential for maintaining product quality and process efficiency. Activated carbon plays a vital role in removing impurities and ensuring high-quality maleic anhydride production.

Coconut shell activated carbon excels at chloramine removal through a sophisticated dual-action process. The primary mechanism involves catalytic reduction, where the carbon's surface facilitates the breakdown of chloramine molecules into harmless components.

Liquefied petroleum gas (LPG) plays an important role in industrial production and civil use. To ensure safe use, natural gas companies usually add sulfides with special odors (such as tetrahydrothiophene THT or ethyl mercaptan EMS) to LPG as a warning odor. However, in some special application scenarios, this pungent odor will affect product quality and production processes. Therefore, the application of LPG deodorization technology has become increasingly important.

Compressed air systems play an indispensable role in modern industrial production and are known as the "fourth power". However, oil contamination in compressed air has always been a major problem. Activated carbon has become a key material to solve this problem due to its excellent adsorption properties.

As the most important product in the starch sugar industry, glucose is widely used in food processing fields such as candy, cakes, beverages, cold drinks, bakin

Dyeing wastewater has the characteristics of high chromaticity and difficulty in degradation, and is an important source of pollution in the textile industry. Activated carbon can effectively remove dye molecules in water with its excellent adsorption properties.

In recent years, biogas, as an important renewable energy source, has attracted increasing attention for the removal of siloxanes in its purification process. Activated carbon has shown unique advantages in this field due to its excellent adsorption performance.

Heavy metal contamination is a growing environmental and health challenge in our modern world. These toxic metals, released through industrial, mining, and agricultural activities, persist in water systems and accumulate in living organisms. Among various treatment options, activated carbon stands out as an effective and economical solution for heavy metals removal.