Water Treatment
Water Treatment
Water Treatment
Water Treatment
Water Treatment
Water Treatment
Globally, the drinking water industry is responding to new developments and increased regulations. Microbial removal, treatment of inorganic contaminants, disinfection byproduct control, and improved analytical methods that can detect potentially harmful contaminants at part-per-trillion levels add to increased demands on water treatment.
Globally, the drinking water industry is responding to new developments and increased regulations. Microbial removal, treatment of inorganic contaminants, disinfection byproduct control, and improved analytical methods that can detect potentially harmful contaminants at part-per-trillion levels add to increased demands on water treatment.
Globally, the drinking water industry is responding to new developments and increased regulations. Microbial removal, treatment of inorganic contaminants, disinfection byproduct control, and improved analytical methods that can detect potentially harmful contaminants at part-per-trillion levels add to increased demands on water treatment.
Globally, the drinking water industry is responding to new developments and increased regulations. Microbial removal, treatment of inorganic contaminants, disinfection byproduct control, and improved analytical methods that can detect potentially harmful contaminants at part-per-trillion levels add to increased demands on water treatment.
Globally, the drinking water industry is responding to new developments and increased regulations. Microbial removal, treatment of inorganic contaminants, disinfection byproduct control, and improved analytical methods that can detect potentially harmful contaminants at part-per-trillion levels add to increased demands on water treatment.
Products
Products
Products
Products
Products
Powdered Carbon
Powdered Carbon
Powdered Carbon
Powdered Carbon
Powdered Carbon
Powder active carbon (PAC) is finely crushed and divided carbon and used in the different mesh size, PAC is a versatile adsorbent and is used in food and pharmaceutical industries, as catalyst support, refining process, etc. Pulverization is the technique used to produce the powder active carbon from Granular carbon and we produce and supply up to 325 mesh size PAC. We manufacture PAC based on wood as well as coconut shell, depending on the requirement of the customer
Powder active carbon (PAC) is finely crushed and divided carbon and used in the different mesh size, PAC is a versatile adsorbent and is used in food and pharmaceutical industries, as catalyst support, refining process, etc. Pulverization is the technique used to produce the powder active carbon from Granular carbon and we produce and supply up to 325 mesh size PAC. We manufacture PAC based on wood as well as coconut shell, depending on the requirement of the customer
Powder active carbon (PAC) is finely crushed and divided carbon and used in the different mesh size, PAC is a versatile adsorbent and is used in food and pharmaceutical industries, as catalyst support, refining process, etc. Pulverization is the technique used to produce the powder active carbon from Granular carbon and we produce and supply up to 325 mesh size PAC. We manufacture PAC based on wood as well as coconut shell, depending on the requirement of the customer
Powder active carbon (PAC) is finely crushed and divided carbon and used in the different mesh size, PAC is a versatile adsorbent and is used in food and pharmaceutical industries, as catalyst support, refining process, etc. Pulverization is the technique used to produce the powder active carbon from Granular carbon and we produce and supply up to 325 mesh size PAC. We manufacture PAC based on wood as well as coconut shell, depending on the requirement of the customer
Powder active carbon (PAC) is finely crushed and divided carbon and used in the different mesh size, PAC is a versatile adsorbent and is used in food and pharmaceutical industries, as catalyst support, refining process, etc. Pulverization is the technique used to produce the powder active carbon from Granular carbon and we produce and supply up to 325 mesh size PAC. We manufacture PAC based on wood as well as coconut shell, depending on the requirement of the customer
Granular Carbon
Granular Carbon
Granular Carbon
Granular Carbon
Granular Carbon
With surface areas ranging from 500 to 3000 m²/g, activated carbon serves diverse applications. Granular types, ideal for gas-phase use, are microporous (<2 nm), while powdered forms, suited for liquid-phase applications, are mesoporous (2–50 nm). Both are pivotal in wastewater treatment, excelling in decolorization, odor and gas removal, metal recovery, and organic adsorption.
With surface areas ranging from 500 to 3000 m²/g, activated carbon serves diverse applications. Granular types, ideal for gas-phase use, are microporous (<2 nm), while powdered forms, suited for liquid-phase applications, are mesoporous (2–50 nm). Both are pivotal in wastewater treatment, excelling in decolorization, odor and gas removal, metal recovery, and organic adsorption.
With surface areas ranging from 500 to 3000 m²/g, activated carbon serves diverse applications. Granular types, ideal for gas-phase use, are microporous (<2 nm), while powdered forms, suited for liquid-phase applications, are mesoporous (2–50 nm). Both are pivotal in wastewater treatment, excelling in decolorization, odor and gas removal, metal recovery, and organic adsorption.
With surface areas ranging from 500 to 3000 m²/g, activated carbon serves diverse applications. Granular types, ideal for gas-phase use, are microporous (<2 nm), while powdered forms, suited for liquid-phase applications, are mesoporous (2–50 nm). Both are pivotal in wastewater treatment, excelling in decolorization, odor and gas removal, metal recovery, and organic adsorption.
With surface areas ranging from 500 to 3000 m²/g, activated carbon serves diverse applications. Granular types, ideal for gas-phase use, are microporous (<2 nm), while powdered forms, suited for liquid-phase applications, are mesoporous (2–50 nm). Both are pivotal in wastewater treatment, excelling in decolorization, odor and gas removal, metal recovery, and organic adsorption.
Carbon Blocks
Carbon Blocks
Carbon Blocks
Carbon Blocks
Carbon Blocks
Carbon blocks, made from powdered activated carbon and binders like polymer resins or lignin, are shaped into blocks using extrusion technology. Active Carbon has the capacity to bulk produce and meet the requirements of the different types of Carbon blocks as enlisted herewith for a large number of customers, and we are proud to supply these blocks for different applications to the customers satisfaction by maintaining the quality consistently.
Carbon blocks, made from powdered activated carbon and binders like polymer resins or lignin, are shaped into blocks using extrusion technology. Active Carbon has the capacity to bulk produce and meet the requirements of the different types of Carbon blocks as enlisted herewith for a large number of customers, and we are proud to supply these blocks for different applications to the customers satisfaction by maintaining the quality consistently.
Carbon blocks, made from powdered activated carbon and binders like polymer resins or lignin, are shaped into blocks using extrusion technology. Active Carbon has the capacity to bulk produce and meet the requirements of the different types of Carbon blocks as enlisted herewith for a large number of customers, and we are proud to supply these blocks for different applications to the customers satisfaction by maintaining the quality consistently.
Carbon blocks, made from powdered activated carbon and binders like polymer resins or lignin, are shaped into blocks using extrusion technology. Active Carbon has the capacity to bulk produce and meet the requirements of the different types of Carbon blocks as enlisted herewith for a large number of customers, and we are proud to supply these blocks for different applications to the customers satisfaction by maintaining the quality consistently.
Carbon blocks, made from powdered activated carbon and binders like polymer resins or lignin, are shaped into blocks using extrusion technology. Active Carbon has the capacity to bulk produce and meet the requirements of the different types of Carbon blocks as enlisted herewith for a large number of customers, and we are proud to supply these blocks for different applications to the customers satisfaction by maintaining the quality consistently.
© 2025 Active Carbon™ India. All rights reserved.
Designed by Karthik Mourougane
© 2025 Active Carbon™ India. All rights reserved.
Designed by Karthik Mourougane
© 2025 Active Carbon™ India. All rights reserved.
Designed by Karthik Mourougane
© 2025 Active Carbon™ India. All rights reserved.
Designed by Karthik Mourougane
© 2025 Active Carbon™ India. All rights reserved.
Designed by Karthik Mourougane
© 2025 Active Carbon™ India. All rights reserved.
Designed by Karthik Mourougane
© 2025 Active Carbon™ India. All rights reserved.
Designed by Karthik Mourougane