Carbon Filtration Medias
Vapor Tech carries a full line of specialized carbon medias ranging from virgin media to highly specific impregnated medias for ammonia and H2S.
Steel Vapor Scrubber Systems
Complete line of steel vapor scrubber units
Poly Vapor Scrubbing Systems
Wide array of poly vapor scrubber units
Carbon Filtration Equipment
Unique line of carbon adsorption units
Eliminator Series Vapor Scrubber Systems
New approach to scrubbing hydrocarbons
Vacuum Truck Scrubber Systems
Vacuum truck & air-mover solutions
Air Moving Equipment
Blowers and Air Moving Equipment
Vapor Scrubber System Rentals
Skid & trailer-mounted vapor scrubbers
Carbon Vessel Rentals
Wide range of carbon vessels for rent
Blower Rentals and Sales
Poly & metal pressure blowers
Vapor Scrubber Chemicals
Chemical medias designed for wet scrubbers
Carbon Filtration Medias
Various specialized carbon medias
H2S & Mercaptan Odor Control Chemicals
Neutralizing agents for sulfur products
Hydrocarbon Degassing Chemicals
Degassing agents for hydrocarbons
Odor Control Chemicals
Deodorants and odor neutralizers
Industrial Strength Cleaning Chemicals
Cleaning agents for industrial applications
Specialty Chemicals
Specialty products and chemicals
Engineering, Design & Custom Fabrication
Professional services available
Supplies & Equipment
Duct hoses, flame arrestors & more
GC IPA Ammonia Carbon
GC IPA is an impregnated carbon media designed to adsorb and neutralize ammonia and amine vapors.
Darco H2S Carbon Media
Darco H2S carbon media is designed primarily to adsorb and neutralize H2S and other sulfur based 'sewage' odors and vapors. Its unique structure allows for ultra high removal efficiencies versus regular carbon media. Darco also will adsorb hydrocarbons and other compounds as well which makes it very versatile.
Virgin Vapor Phase Carbon
Vapor Tech carries vapor phase (4x10 mesh) granular virgin carbon media. This media works excellent for adsorption of a host of chemical products. Not for use with aldehydes and ketone vapors as they pose a fire risk.