VOC Control

• Generally lower cost and simpler than other technologies
  • Lower capital cost
  • Lower maintenance
  • Particularly well-suited for air streams with lower concentrations of VOCs or lower volumetric gas flow rates
• Provide high VOC removal efficiencies—can be in excess of 99%
• Can use either virgin carbon or regenerated carbon
• APC is media-independent and will recommend and furnish the best adsorption media available on the market for the given application

Learn more about CarbonPure Activated Carbon Adsorption Systems

• Can be used for material or solvent recovery and recycling back to process
• Can be used as a stand-alone VOC control technology, or in conjunction with a downstream carbon bed for applications needing a very high VOC removal efficiency
• When used with a downstream carbon bed, condensing reduces carbon usage rate by reducing VOC content of exhaust
• Reduces exhaust gas temperatures to a range more favorable for adsorption in the event a polishing carbon bed is used downstream

• Can provide high VOC removal efficiencies for applications where the VOCs are soluble
• Maximize absorption of VOCs through the use of
  • Up-front modeling
  • High-efficiency, low-loss packing
  • Effective scrubbing liquid management
• GP scrubbers offer corrosion- and temperature-resistant construction as needed, with vertical, horizontal, and multi-stage units available

Learn more about GP Series Packed Tower Scrubbers

• Provides control of condensable (higher boiling point/lower vapor pressure) VOCs in conjunction with a condenser, chiller-condenser combination, or other means of cooling such as dilution or quench
• Offers simultaneous high removal efficiency of the VOCs and any oil mist and solid particulate matter, without any plugging problems at all
• Simple operation
• Extremely low maintenance costs
• No process downtime required for filter replacement

Learn more about UHF® systems

• Use high-efficiency catalysts to achieve 97%-99% destruction of the VOCs at lower operating temperatures than conventional thermal oxidizers
• APC applies the unique Ultra High-Efficiency Filter (UHF®) as a pre-filter to protect the catalyst and typically guarantees catalyst life for a minimum of 3 years
• APC’s catalytic oxidizers may require little or no natural gas to sustain required temperatures, through the use of high-efficiency heat exchangers

Learn more about CP Series Catalytic Oxidizer Systems

• Typically provide the highest achievable VOC control efficiencies – 99% plus – through high-temperature conversion of the hydrocarbons to products of combustion
• APC offers primary and secondary heat exchangers to maximize the energy efficiency of the thermal oxidizer

Learn more about ThermPure Thermal Oxidizer Systems