Activated carbon is extensively used in the oil and gas industry for various applications. It effectively removes contaminants like H2S/CO2 and degradation compounds from natural gas streams, prolonging equipment life and optimizing performance in amine and glycol recovery processes. Additionally, activated carbon aids in condensate purification, preventing boiler feedwater contamination and maximizing plant efficiency.
In hydrocracking, it removes heavy polynuclear aromatics (HPNA), preventing heat exchanger fouling and enhancing production quality. Activated carbon also facilitates mercaptan oxidation in natural gas sweetening, ensuring regulatory compliance and feedstock quality.
Integral to pressure swing adsorption systems, activated carbon enables the onsite generation of high-purity gases for industrial applications. Moreover, it effectively removes mercury from gas streams, safeguarding equipment and mitigating toxicity risks.
Furthermore, activated carbon is crucial for hydrogen sulfide (H2S) removal, ensuring odor control and operational safety. Lastly, it is utilized for volatile organic compound (VOC) removal in industrial emissions, contributing to environmental protection and regulatory compliance.
Adapting to the unique specifications of individual units and accommodating customer preferences, we offer flexibility in the supply of this product in various shapes and sizes, including powder, pelletized, and granulated active carbon.
Packing: 25 kg Polymeric Bag/ 500 kg Big Bag (other packaging can be supplied on request).
Activated carbon is extensively used in the oil and gas industry for various applications. It effectively removes contaminants like H2S/CO2 and degradation compounds from natural gas streams, prolonging equipment life and optimizing performance in amine and glycol recovery processes. Additionally, activated carbon aids in condensate purification, preventing boiler feedwater contamination and maximizing plant efficiency.
In hydrocracking, it removes heavy polynuclear aromatics (HPNA), preventing heat exchanger fouling and enhancing production quality. Activated carbon also facilitates mercaptan oxidation in natural gas sweetening, ensuring regulatory compliance and feedstock quality.
Integral to pressure swing adsorption systems, activated carbon enables the onsite generation of high-purity gases for industrial applications. Moreover, it effectively removes mercury from gas streams, safeguarding equipment and mitigating toxicity risks.
Furthermore, activated carbon is crucial for hydrogen sulfide (H2S) removal, ensuring odor control and operational safety. Lastly, it is utilized for volatile organic compound (VOC) removal in industrial emissions, contributing to environmental protection and regulatory compliance.
Adapting to the unique specifications of individual units and accommodating customer preferences, we offer flexibility in the supply of this product in various shapes and sizes, including powder, pelletized, and granulated active carbon.
Packing: 25 kg Polymeric Bag/ 500 kg Big Bag (other packaging can be supplied on request).
EA-AC91
Introducing EuroAdsorbent’s EA-AC91, a superior activated carbon solution derived from high-quality natural coal through catalytic activation. Renowned for its robust adsorption capacity, efficient desorption functionality, and exceptional strength, EA-AC91 is the go-to choice for various industrial applications. Specifically designed for use in pressure swing adsorption (PSA) plants, it enables the recovery of high-purity hydrogen with unmatched effectiveness. Additionally, EA-AC91 finds widespread utility in the purification and separation of gases such as nitrogen, oxygen, carbon dioxide, and methane across multiple industries.
Applications:
Gas Purification Using Pressure Swing Adsorption (PSA)
EA-AC91
Introducing EuroAdsorbent’s EA-AC91, a superior activated carbon solution derived from high-quality natural coal through catalytic activation. Renowned for its robust adsorption capacity, efficient desorption functionality, and exceptional strength, EA-AC91 is the go-to choice for various industrial applications. Specifically designed for use in pressure swing adsorption (PSA) plants, it enables the recovery of high-purity hydrogen with unmatched effectiveness. Additionally, EA-AC91 finds widespread utility in the purification and separation of gases such as nitrogen, oxygen, carbon dioxide, and methane across multiple industries.
Applications:
- Gas Purification Using Pressure Swing Adsorption (PSA)
EA-AC95
Introducing EuroAdsorbent’s EA-AC95, a coconut shell-based activated carbon renowned for its exceptional durability and unmatched physical properties. Ideal for applications where product longevity is paramount, EA-AC95 excels in conjunction with other treatment processes, effectively eliminating organics and chemical substances. Primarily utilized for organic removal in industrial gas streams, water treatment units, RO membrane protection, and condensate de-oiling, EA-AC95 offers unparalleled performance and reliability. With features like high volume activity, extended operational lifespan, optimized density, and neutral surface, it ensures superior performance in diverse environmental conditions.
Applications:
VOC removal in industrial emissions
Water treatment units
Protraction of RO membranes
Condensate de-oiling
EA-AC95
Introducing EuroAdsorbent’s EA-AC95, a coconut shell-based activated carbon renowned for its exceptional durability and unmatched physical properties. Ideal for applications where product longevity is paramount, EA-AC95 excels in conjunction with other treatment processes, effectively eliminating organics and chemical substances. Primarily utilized for organic removal in industrial gas streams, water treatment units, RO membrane protection, and condensate de-oiling, EA-AC95 offers unparalleled performance and reliability. With features like high volume activity, extended operational lifespan, optimized density, and neutral surface, it ensures superior performance in diverse environmental conditions.
Applications:
- VOC removal in industrial emissions
- Water treatment units
- Protraction of RO membranes
- Condensate de-oiling
