The world is facing an invisible water quality crisis, causing one-third of potential economic growth in heavily polluted areas, posing a threat to human and environmental health. World Bank research in the report shows that a combination of microorganisms, sewage, chemicals, and plastics draws oxygen from water supplies and turns them into poisons for humans and ecosystems. Activated Carbon (AC) is the most basic material used for water treatment, so activated carbon will play a vital role in improving human water pollution.

Activated activated was considered the universal antidote. Nowadays, it is promoted as a potent natural treatment. It has a variety of proposed benefits, ranging from lowering cholesterol to whitening teeth and curing hangovers. Sometimes used to manage a poisoning or overdose. It helps rid the body of unpleasant substances.

Activated carbon is used in food to colour it black and for its supposed health benefits. Sometimes it is used as a food ingredient. This is typically made from bamboo or coconut shell. It gives food an earthy, smoky taste and the black colouring gives the food an exotic, fashionable appearance. Health benefits have been claimed for charcoal back to classical times, when Hippocrates and Pliny recommended it for conditions such as anthrax and vertigo. Activated charcoal adsorbs chemicals and so may bind to both toxins and vital nutrients such as vitamins. Its effects are therefore broad and indiscriminate.

The solvent processing industry, e. g. the printing industry, dry cleaning shops and paint shops, depend on solvents which are vaporized in the course of the production process. Recovery of these solvents from the process exhaust air is desirable both from economic and ecological aspects. The solvent recovery process relies on high-quality activated carbon grades with a well-balanced pore structure. Depending on the type of solvent to be removed, activated carbon grades of different raw material origins or low-ash carbon grades are employed to give the best treatment result.

Application of activated carbon for air cleaning from sulfur containing species, such as hydrogen sulfide, sulfur dioxide, and mercaptans. The removal of organic sulfur-containing compounds from both gaseous and liquid fuel is addressed. The emphasis is placed on the role of activated carbon surfaces, either unmodified or modified in the processes of adsorption and catalytic oxidation of the pollutants.

Activated carbons, because of their unique surface chemistry, act not only as adsorbents but also as catalysts for the oxidation of inorganic and organic species, and their surface can be modified and tailored toward desired applications. Gas Disposal—Removal of Mercury: Gas Disposal—Gas Purifying Liquid Industrial Water--- Purification: Control and Prevention of Pollution--- Purifica

A major use of activated carbon in mining is in gold recovery, where granular activated carbon (GAC) is used for adsorption of the gold-cyanide complex in carbon-in-pulp (CIP) and carbon-in-leach (CIL) systems, or in carbon-in-column (CIC) systems after a heap leach operation carbon. We produce a wide and dedicated product range including extruded and high-quality broken grades for gold recovery applications. These activated carbons combine superior hardness with adsorption kinetics and capacity, resulting in fewer fines and associated gold losses.