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Impregnated Activated Carbon for Alkaline Gas & Ammonia Removal
CKV‑ALKALI FREE HE is a specialized, coal‑based extruded activated carbon designed for the targeted removal of alkaline fumes and nitrogen‑based contaminants. Each cylindrical pellet is chemically impregnated with compounds that react specifically with alkaline gases, ensuring high‑efficiency adsorption and neutralization where standard activated carbon is ineffective. This media is ideal for industrial environments, laboratories, and processing facilities where ammonia, amines, and alkaline vapours pose operational, safety, or odour‑control challenges. -
Impregnated Activated Carbon for Targeted Gas Removal
CKV‑FORMASORB is a high‑efficiency impregnated, coal‑based extruded activated carbon engineered for selective gas‑phase filtration in demanding HVAC and industrial environments. Manufactured in uniform cylindrical pellets, each carbon particle is impregnated with a specific chemical agent designed to neutralize targeted contaminants with high adsorption and reaction efficiency.Product Highlights
- Extruded coal‑based pellets for high strength and low dust
- Specialized impregnation tailored to specific contaminant classes
- High surface area and optimized pore structure for maximum removal capacity
- Stable performance in corrosive, high‑VOC, and critical IAQ applications
- Compatible with Nasmora NASORB™ filtration systems and custom housings
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High‑Efficiency Impregnated Carbon for H₂S & Biogas Treatment
CKV‑SULFREE HE is a premium‑grade impregnated, coal‑based extruded activated carbon engineered specifically for hydrogen sulfide (H₂S) and biogas purification applications. Manufactured in robust cylindrical pellets, each carbon particle is impregnated with a specialized chemical formulation that reacts with and neutralizes corrosive sulfur‑bearing gases. This media delivers high removal capacity, long service life, and stable performance even in harsh, high‑humidity, and high‑contaminant environments.Product Highlights
- Coal‑based extruded pellets for maximum mechanical strength
- High‑efficiency impregnation for H₂S and sulfur compound removal
- Excellent performance in biogas upgrading and odor‑control systems
- Low dust, high hardness, and optimized pore structure













