In industrial production, amino acids, as an important basic chemical and biochemical product, are widely used in the fields of food, medicine and feed. However, in the production process of amino acids, the products are often affected by pigments and impurities, and their appearance and purity will be reduced. Therefore, the decolorization process is a crucial link in the amino acid purification process. Activated carbon has become the preferred material for amino acid decolorization due to its excellent adsorption properties. This article will discuss the uses of amino acids, the necessity of decolorization, and the selection and application of activated carbon.

Activated carbon impregnated copper oxide is a supported adsorption material that evenly distributes copper oxide (CuO) on the pore surface of activated carbon, making it capable of both physical adsorption and chemical reaction. Activated carbon is responsible for adsorbing gas molecules, while copper oxide reacts chemically with certain harmful gases, converting them into harmless solid compounds or gases, thereby achieving efficient purification.

The manufacturing of adhesive tape involves the use of various chemicals, including solvents like toluene, which play a critical role in ensuring the adhesive’s performance and longevity. However, the production process also generates harmful gases, such as volatile organic compounds (VOCs), acid gases, and carbon monoxide. With exceptional adsorption capacity, activated carbon can capture and remove harmful pollutants, making it an essential tool in modern tape manufacturing.

Activated carbon is a necessary material in the lithium mining and extraction process due to its excellent adsorption properties. With the growing demand for lithium in renewable energy technologies, including electric vehicle batteries and energy storage systems, the role of activated carbon in lithium recovery has become increasingly important. This article will provide a detailed overview of the role of activated carbon in lithium mining, covering its applications and the key processes where it is utilized.

Coconut shell activated carbon is essential in gold refining due to its excellent adsorption performance. This article explains its role in processes like carbon-in-slurry (CIP/CIL) and heap leaching, as well as its recycling. Readers will learn key techniques, including cyanidation, adsorption, and desorption, to optimize gold extraction.

Activated carbon plays an increasingly important role in the new energy industry. This article will explore the main applications of activated carbon in the energy industry, including fossil fuel purification, energy storage and conversion, and environmental protection.

Fly ash is a dangerous particulate matter produced during industrial combustion processes such as coal-fired power plants and waste incineration plants. It is rich in heavy metals such as lead, cadmium, and mercury, posing a serious threat to the environment and human health. How to keep fly-ash stabilization has become an important project.

Activated carbon is widely used to remove various gases and pollutants due to its porous structure and high specific surface area. Impregnated activated carbon is a very effective material for removing ammonia. Impregnated activated carbon is made by adding chemical reagents (such as phosphoric acid, sulfuric acid, copper chloride or potassium permanganate) to the surface of ordinary activated carbon to enhance its adsorption characteristics and chemical reaction ability.

When commercial oil depots load petroleum products, the volatilization of oil and gas not only causes economic losses, but also poses a threat to the environment. Activated carbon adsorption provides an efficient solution for this problem. This article will focus on how activated carbons adsorpt to recover these valuable oil and gas resources.

Maltose, often called malt sugar, is a versatile disaccharide playing a key role in everything from brewing beer and baking bread to formulating candies and pharmaceuticals. Produced primarily through the enzymatic hydrolysis of starch, the resulting maltose syrup often contains various impurities that can affect its color, taste, stability, and suitability for specific applications. So during the production, activated carbon has been regarded as the most suitable material to purify and decolorize.