Powder activated carbon (PAC) is the fastest way to add carbon treatment to any process — no vessels needed. This guide covers PAC types, specifications, applications, dosing methods, and how to source the right grade for your operation.
Powder activated carbon (PAC) is the fastest way to add carbon treatment to any process — no vessels needed. This guide covers PAC types, specifications, applications, dosing methods, and how to source the right grade for your operation.
Activated carbon is the most reliable technology for industrial odor control. This guide covers odor sources, carbon types (impregnated vs virgin), system design, bed life, and sourcing for wastewater plants, composting facilities, food processing, and chemical plants.
A Turkish water filter cartridge manufacturer needed consistent pellet activated carbon for CTO cartridge production. Huamei shipped 4×20ft containers, solving batch variation and dust problems that had plagued their production line.
Activated carbon is used in gas treatment for mercury removal, H₂S oxidation, BTEX capture, siloxane removal, and VOC emission control. This guide covers carbon types, specifications, and selection for each gas treatment application.
Activated carbon is used in petroleum refineries for amine system protection, produced water treatment, naphtha sweetening, and wastewater polishing. This guide covers specifications, carbon selection, and ordering for each refinery application.
Activated carbon is the most widely used adsorbent in groundwater remediation. This guide covers system designs (pump-and-treat, PRBs, in-situ injection), GAC specifications for chlorinated solvents, BTEX, PFAS, and other contaminants, plus design parameters and carbon sourcing.