Catalytic Oxidizers

SPECIAL FEATURES INCLUDE:

In the Catalytic Oxidizer, VOC destruction occurs in a catalyst and is achieved at relatively low temperatures typically between 500 to 750 F. The catalysts can be provided in pellet form or as a solid monolith. The catalyst itself can be a layer of precious metal(s) on a ceramic, alumina or metallic substrate. For base metal catalyst the base metal is often mixed with alumina and is provided in a pellet from.

The Catalytic Oxidizer consists of a chamber, which is lined with an insulating high temperature ceramic fiber in which a burner maintains a preset operating temperature from 500 to 750 F depending upon the VOCs to be abated.

The preheated VOW laden air passes through the catalyst where the Vows oxidize into Carbon Dioxide and water. If a palletized catalyst is used the pallets are arranged in basket type containers so that the VOC laden air passes through the catalyst bed normally from the top down.

Monolithic catalysts are mounted in frames and the VOC laden air can pass through this bed configuration in any position. Catalytic Oxidizers are provided complete with factory Mutual (FM) or IRI fuel pipe train controls, control panel and process blower.

HEAT RECOVERY:

To reduce support fuel consumption further, a heat exchanger is utilized where the hot exhaust is used to preheat the VOC laden air.

The hot exhaust can also be passed through a boiler to produce steam, hot water or hot oil for process heating requirements.

Products

• Regenerative Thermal Oxidizers (RTO’s)
• Recuperative Thermal Oxidizers
• Heat Exchangers
• Condensing Boilers Systems
• Condensing Economizers Systems
• Permanent Total Enclosures (PTE’s)
• Steam Generating Thermal Oxidizers
• Flares (Low NOx)
• Custom Fabrication & CAD Design
• Concentrator/Adsorption Systems
• Collection System Design & Fabrication
• Catalytic Oxidizers
• Ancillary Products
  • Boilers
  • Blowers
  • Burners (low NOx)
  • CEM (Continuous Emission Monitoring)
  • Dampers, Ducting & Valves
  • Dust Collectors
  • Filters
  • LEL (Lower Explosive Limit) Monitoring
  • Primary Heat Recovery
  • Secondary Heat Recovery
  • Scrubbers
  • Waste Heat Boilers