Black Activated Carbon

Available in granular form, Activated Carbon is used for water treatment purpose. Black in color, this substance is accessible in 98% pure form. This adsorbent has maximum 5% moisture level and 12% ash content. Its application can also be noticed in gas refineries and solvent recovering field. Maximum granular dimension of this product is 3 mm and its hardness is more than 90%. PH value of this product ranges between 7 to 11. Standard shelf life and specific hardness are its key features.

• Type: Granular Activated Carbon, Coconut Shell Activated Carbon
• Hardness: 90%
• Ignition Temperature: 450 degree centigrade
• Material: Raw Coal / Coconut Shell
• Moisture Content: 3%
• Color: Black

Drinking water, Wastewater Treatment, Chemical Industry and Foodstuffs Industry.

Ans: Black activated carbon has diverse applications, including water and air purification, odor removal, chemical filtration, decolorization, gas mask filters, soil remediation, and treatment of industrial waste, making it a versatile and widely used material for various environmental and filtration processes.

Ans: Black activated carbon differs from regular carbon due to its highly porous structure and large surface area, which provide enhanced adsorption capabilities, making it more effective for filtration and purification purposes compared to regular carbon.

Ans: Yes, black activated carbon is highly effective in removing odors due to its adsorption properties, which help trap and neutralize odor-causing molecules, making it a popular choice for air and water filtration systems.

Ans: The lifespan of black activated carbon depends on various factors such as usage, contaminant levels, and application-specific conditions, but generally, it can last anywhere from a few months to a couple of years before replacement is required.

Ans: Black activated carbon can be regenerated or reused in certain cases through processes like thermal reactivation or chemical treatment, allowing for its extended lifespan and cost-effectiveness in specific applications.