Modification of activated carbon refers to changing the properties of activated carbon and adding surface functional groups through alkali treatment or acid treatment to give it certain catalytic properties. Usually, modified activated carbon is mostly used in the field of special purposes or high-v Read More

Activated carbon is a porous carbon material with a highly developed microporous structure. It is activated by organic substances (such as wood, bamboo, fruit shells, coal, etc.) through physical or chemical methods. Activated carbon is widely used in water treatment, air purification, chemical prod Read More

Activated carbon is used in sewage treatment, and coal-based activated carbon is the first choice. According to the use environment, coal-based granular activated carbon is selected for fixed bed equipment, and coal-based powdered activated carbon is selected for biochemical pool adsorption pool dos Read More

Coal-based activated carbon is a type of activated carbon prepared from coal. Coal-based activated carbon is usually produced by dry distillation or gasification of coal at high temperatures, and then activated. During the activation process, coal is reacted with media such as oxidants or steam to f Read More

Appearance: Black solid (powdered and non-powdered porous solids)pH: 6.8 (1% aqueous solution)Melting point/freezing point: >1000ºCInitial point/boiling range: >1000ºCFlammability (solid, gas): Non-flammableDensity: 2.31 g/cm3Apparent density: 300-700 Kg/m3Specific weight: 2.31Solubility(ies): Insol Read More

Active carbon in aquariums fulfills the mission of water purification. Active carbon works by adhering toxic particles from the water, so active carbon in the aquarium will allow for more crystal-clear water. Read More

Activated carbon filters are porous materials, typically made from carbon-rich sources like coconut shells, wood, or specific grades of high-quality coal. What sets them apart is their activation process, which creates a vast network of pores and increases their surface area, enabling them to adsorb Read More

The fine particle size of powder activated carbon facilitates rapid adsorption kinetics, ensuring swift and efficient contaminant removal. Powder activated carbon is different from granular activated carbon in that cannot be used in mobile carbon filters. It is designed for single-use only, meaning Read More

The efficacy of powder activated carbon (PAC) lies in its high surface area and intricate pore structure, comprising microscopic voids and channels invisible to the naked eye. As the powder activated carbon interacts with a contaminated fluid, impurities are ensnared within these minuscule pores via Read More

Powder activated carbon (PAC) stands as a pivotal purification agent renowned for its exceptional adsorption capabilities, serving a myriad of applications across liquid and gas phases. As a counterpart to granular activated carbon (or GAC), powder activated carbon boasts distinctive properties and Read More

Activated carbon is distinguished by its advanced adsorption properties, thanks to its highly porous structure derived from carbon-rich materials like wood, coconut shells and coal. This structure provides an extensive surface area—up to 3,000 square metres per gram —enabling it to capture a wide ar Read More

Coal-based agglomerate activated carbon is a highly effective and widely used material in environmental remediation processes. With its unique properties and versatile applications, this type of activated carbon has become a go-to solution for various industries. In this article, we will explore the Read More