CAG-VAP-410
Granular · Vapor phase
VOC control, solvent recovery, odor screening.
Iodine≥ 950 mg/g
CTC≥ 60%
Hardness≥ 95%
Density0.48–0.55 g/cc
Industry · Chemical & petrochemical
Extruded carbonfor VOC, solvents and acid gas.
VOC emission control, solvent recovery, H₂S scrubbing. CTC activity ≥ 60%. Impregnation-specific chemistries: KOH, KI, Cu. Steam regeneration.
Product target
CTC
≥ 60%
Butane
≥ 24%
Hardness
≥ 95%
Ash
≤ 8%
The process decision
An early bed breakthrough is not an incident. It is a regulatory exceedance.
In VOC control, solvent recovery, and acid-gas scrubbing, bed service life depends on both the carbon and the contaminant profile. Low CTC breaks through early, and insufficient hardness generates fines that raise pressure drop.
Our extruded carbon and our impregnations are engineered against the relevant ASTM method and validated in mini-pilot before a bed change. We provide steam-regeneration data and breakthrough prediction.
Recommended product
Extruded and impregnated, for gas and liquid.
Lines for VOC, H₂S, mercury capture, and industrial odors.
CAI-KOH-10
Impregnated · KOH 10%
Biogas H₂S, lagoon odors, acid gas.
KOH 10%Base iodine ≥ 700 mg/gBET ≥ 750 m²/g
CAI-KI-5
Impregnated · KI 5%
Elemental mercury removal in natural gas.
KI 5%Iodine ≥ 800 mg/gBET ≥ 850 m²/g
Applications
Five industrial vectors.
01
VOC control
Fugitive emissions, halogenated solvents, organic recovery.
02
Solvent recovery
Carbon beds with steam regeneration in fine chemical and paint.
03
H₂S & acid gases
Biogas, wastewater, odorization points.
04
Mercury capture
Natural gas, thermal plants, amalgamation processes.
05
Process air
Clean rooms, reagent rooms, industrial HVAC.
Quality verified
Standards and methods we apply.
ISO 9001 · 14001 · 45001
Integrated management
Responsible Care
Chemical industry self-regulation
REACH
EU registration for EU destinations
ASTM D5742
Butane activity
ASTM D3467
Butane service capacity
ASTM D3802
Ball-pan hardness
Next step
Share your contaminant profileand your turnaround schedule.
We assess spec match against your current bed, propose an impregnation, and deliver breakthrough prediction with ASTM method.