CamCarb PC

A 2" composite molecular panel filter filled with Camfil activated alumina or activated carbon. Typically installed in supply, recirculation, and exhaust air systems in commercial applications to adsorb molecular contaminants. Their disposable design provides a low first cost option to control odors and limit VOC exposure indoors.

  • Reduced media bed density when a lower pressure drop is required
  • Lightweight construction components
  • Suitable for non-critical applications in recirculation or exhaust
  • Typical target gases: ozone, nitrogen dioxide, sulfur dioxide, and VOCs
  • ICON6 Molecular
  • ICON14 IAQ_Facility
Item Type Width (mm) Height (mm) Depth (mm) Airflow (m3/h) Pressure drop Average (Pa)
CamCarb PC 594 594 47 850 70
CamCarb PC 594 289 47 425 70

Specifications

Application
Used to control odors or limit VOC exposure created by contaminants in the typical office environment. They may also be used in areas of non-attainment to clean make-up air before it is introduced to the indoor environment.
Filter Frame
Galvanized steel
Media
Activated Carbon, Impregnated Activated Carbon, Activated Alumina
Installation options
Front access frames and side access housings are available. See related products below.
Comment
Four (4) panels are applied per 24"" x 24"" (610 x 610mm) opening.
Maximum face velocity: 500 fpm (2.5 m/s) per opening or 125 fpm (.63 m/s) per panel.
Can be filled with any loose-fill molecular media.
Max temperature (°C)
50
Max Temperature (°F)
122

Related Products

Articles related to CamCarb

Molecular filtration removes VOLATILE ORGANIC COMPOUNDS from the printing process exhaust in Thailand

S.Silpa Co., Ltd., Thailand faced constant odor nuisance and high VOC levels in their factory. This is due to the usage of various chemicals in the printing process that generate volatile organic compounds (VOCs) when exposed to heat, such as thinner solutions, alcohols, inks, cleaning solvents, vinyl sheets.

Air quality Manufacturing and machinery Case studies
Molecular Air Filtration in Life Sciences

Molecular air filtration in life sciences & healthcare

Awareness and regulations in the life sciences and pharmaceutical processes are essential as critical molecules in the mistaken place can cause failure of the production process which can be extremely harsh to the outcome. In the pharmaceutical and life sciences industries, cleanrooms and laboratories are often used for various purposes. These cleanrooms are subject to a high level of cleanliness of numerous particles and molecules

Air quality Life science and healthcare

"airplane jet engines don't use filters, so why should i?"

To answer this question, let's look at the difference between a land based gas turbine and a jet engine.

Energy and Power Systems

Camfil measures air on hornsgatan

For several years, Hornsgatan has been designated Sweden's dirtiest street when it comes to air pollution. Hornsgatan is an exposed street when it comes to harmful particles in the air. How does this affect residents?

Air quality Case studies

Watch and learn

If you are looking to expand your knowledge on the impact of air filtration on your gas turbines and other turbomachinery, look no more!

Education and experience Energy and Power Systems

Gas turbine filter testing

The test rig has been calibrated according to standards EN 779, ISO 16890 and ASHRAE 52.2 and was developed for air filter testing simulating the harsh climate conditions where gas turbines are often located.

Education and experience

Have questions? Need information?
Product & Industry Information
(888) 599-6620
Other inquiries
(973) 616-7300
Find a contact