Flue Gas
Final contaminant and odor control after suitable pretreatment.
Home / Applications / Gas Treatment
Application Area
Gas Treatment
Adsorptive control of volatile compounds and unwanted odors in flue gas, process air and enclosed environments.
- Primary Target
- VOCs, Odor And Gas-Phase Contaminants
- Suitable Form
- Primarily Granular
Role Of Activated Carbon
Control Odor And Contaminants In The Gas Phase.
The high internal surface area of activated carbon captures volatile organic compounds and odor-forming molecules from gas streams. It can be used close to the source in process lines or as a final air-treatment stage.
Carbon-bed life is affected by inlet concentration, relative humidity, temperature, contact time and competing compounds. Bed sizing should therefore reflect actual operating conditions.
Applications
Where It Is Used
Process Air
Adsorption of organic vapors released from production lines.
Ambient Air
Odor removal in enclosed spaces and ventilation systems.
Suitable Form
Choosing The Product Form
Granular Activated Carbon
For low dust, continuous gas contact in cartridges, columns or fixed beds.
View Granular Product →Powdered Activated Carbon
For special applications requiring reactive injection through a suitable dosing system.
View Powdered Product →Selection Note
High humidity and temperature can affect adsorption; selection should use the actual gas composition.
Let Us Define The Right Carbon Bed For Your Gas Stream.
Share your process conditions; our technical team will help define the right form and test route.
FAQs
Gas Treatment FAQs
Why is activated carbon used in gas and air treatment?
Its pores capture volatile organic compounds, odour molecules and harmful gases. The high internal surface area delivers effective adsorption even at low concentrations.
Which form is preferred in gas-phase applications?
Granular activated carbon is typical for pressure-drop balance; choose from 7 standard grain sizes within 0-10 mm to match your bed design.
Does moisture content affect gas-phase performance?
Yes; high moisture competes for pore space. Moisture in the AKARBON series is limited to max. 5%.