Ultrapure water is filtered through a variety of processes, including activated carbon, to remove impurities, ions and microorganisms in the water. Its purity is much higher than that of ordinary drinking water and is widely used in laboratory analysis, electronics industry, pharmaceutical production and other high-demand fields.

In the mining industry, flotation is a crucial process for mineral separation. However, the organic compounds used in flotation agents can pose significant environmental and health risks if not properly managed. This blog explores the use of activated carbon for removing these organic compounds, ensuring safer and more environmentally friendly mining operations.

Learn how to remove harmful DMS gas from industrial emissions. Explore effective methods, focusing on activated carbon's role in this crucial environmental protection process.

Activated carbon is widely used for removing Pharmaceuticals and Personal Care Products (PPCPs) from water due to its high adsorption capacity and versatility. Activated carbon effectively captures a broad range of PPCPs through its porous structure and surface interactions, making it a cost-effective and environmentally friendly solution for addressing these emerging contaminants.

Discover how activated carbon preserves dried fruits during transportation. Learn about moisture control, packaging methods, and choosing the right carbon. Zhulin Carbon offers expert solutions for food preservation with 30+ years of experience. Enhance your dried fruit quality today！

Enzymes may produce some pigments during the production process, which not only affect the appearance of the product, but also may affect the quality and performance of the product. Activated carbon, as a natural and efficient adsorbent, is widely used in enzyme decolorization processes to improve product purity and quality.

Vinyl acetate production generates various impurities and by-products that pose environmental risks if left untreated. Activated carbon serves as a highly effective adsorbent in this process, efficiently removing these unwanted compounds. Its application is crucial for enhancing product purity, ensuring environmental compliance, and optimizing overall process efficiency in vinyl acetate manufacturing.

As an important industrial metal, nickel plays an indispensable role in modern society. From stainless steel production to battery manufacturing, from aerospace to electronic equipment, nickel is used almost everywhere. However, with the growing global demand for nickel, how to efficiently and environmentally friendly recycle and purify nickel has become an urgent problem to be solved. In this context, activated carbon has become one of the key materials in the nickel recovery process with its unique physical and chemical properties.

During the production process, glycerin can contain natural pigments and impurities that give it an undesirable color. Decolorization is essential to achieve a clear, colorless appearance. Activated carbon is commonly chosen for this application due to its effectiveness in removing these unwanted substances, ensuring the glycerin meets high-quality standards

Where a Cooker Hood has used recirculation mode, both grease and activated carbon filters are needed to remove the grease, steam, and odors from the vapors from the hob.
The activated carbon filter removes the smell from the air and the air is passed back into the kitchen.