CleanAIR Systems - Emissions Control Technology
AirZone Blog / Site Map / Contact Us /

Emissions control systems for today’s air quality standards

The CleanAIR ENDURE™ SCR Catalyst –
For Selective Catalytic Reduction of NOx

The ENDURE SCR Catalyst for lean burn engines.
ENDURE SCR Catalyst
Repladcement Panels
The ENDURE SCR Catalyst contains no toxic vanadium.
The PERMIT/ENDURE Hybrid for
reduction of NOx, PM, HC and CO
The ENDURE SCR Catalyst to reduce NOx emissions from fossil-fueled power plants.
Catalyst Formulation Tailored to Application

Selective Catalytic reduction (SCR) technology from CleanAIR Systems is designed to dramatically reduce nitrogen oxides (NOx) at all temperatures. Using a non-vanadium, flow-through catalyst, the ENDURE™ SCR is available for lean burn engines and power plants.

See more on the ENDURE SCR CatalystView Video on The ENDURE SCR Catalyst

ENDURE™ SCR Catalyst for Lean Burn Engines and Gas Turbines

  • The ENDURE SCR Catalyst to reduce NOx emissions
    Selective Catalytic Reduction
    with a CleanAIR ENDURE Reactor
    For diesel engines, natural gas engines and gas turbines:
    • stationary generators
    • pipeline compressors
    • pumps
    • on-road and off-road vehicles
  • Reduces NOx up to 95%.
  • State-of-the-art NOx monitoring and reductant injection system:
    • Features closed-loop, real-time control and monitoring
    • Touch-screen control
    • Works with anhydrous ammonia, aqueous ammonia or urea reductant
  • Active over wide range of exhaust temperatures
  • Catalyst formulation tailored to application
  • Does not contain toxic vanadium
  • Does not require engine tuning
  • Can be combined with the CleanAIR PERMIT™ Filter or CleanAIR ASSURE™ DOC for further emissions reduction
  • Ammonia slip controlled to less than 10 ppm
    • No need for downstream slip catalyst to control ammonia emissions
  • All 304L stainless steel housings
  • Customized replacement catalyst panels available
Download PDF file
ENDURE™ SCR for Lean Burn Engines Brochure

PERMIT/ENDURE™ Hybrid

  • CARB verified Level 3 for prime power and emergency generators.
  • For stationary generators, pipeline compressors, and pumps.
  • Reduces NOx up to 95%
  • Reduces diesel particulate matter by greater than 85%.
  • Reduces carbon monoxide (CO) and hydrocarbons (HC) by up to 99%.
  • State-of-the-art NOx monitoring and reductant injection system:
    • Features closed-loop, real-time control and monitoring
    • Touch-screen control
  • Monitor NOx emissions with touch-screen control
    Real-time, Touch-screen Control
    for State-of-the-Art NOx Monitoring
    Works with anhydrous ammonia, aqueous ammonia or urea reductant.
  • Catalyst formulation tailored to application.
  • Does not contain toxic vanadium.
  • No clean-up slip catalyst required.
  • Passive regeneration of filters.
  • Durable, all stainless steel construction, fully insulated silencer for long life.
  • Sound attenuation.
  • Custom design.
  • Available for all engine sizes
Download PDF filePERMIT/ENDURE™ Hybrid Brochure

ENDURE™ SCR Catalyst for Power Plants

  • For electric power plants: fossil-fuel fired, gas-fired and wood-fired
  • Reduces NOx up to 95%
  • Performs over wide temperature range
  • Catalyst formulation tailored to application
  • Does not contain toxic vanadium
  • Can be installed in the tail-end position
  • Eliminates the need for reheating flue gas
  • Replacement catalyst available for existing installations

Download PDF file

ENDURE™ SCR for Power Plants Brochure
For a price quote, contact CleanAIR Systems at:
505-474-4120
800-355-5513
information@cleanairsys.com

If you are having trouble viewing CleanAIR PDFs you may need to upgrade Adobe Reader. The latest version of Adobe Reader is available at not cost by visiting: http://www.adobe.com/products/acrobat/readstep2.html. CleanAIR PDFs are best viewed using Adobe Reader 8.1

Need Help?
800-355-5513

 

 

News
CleanAIR’s Revised Emissions Guidebook Available
CARB Verified

CleanAIR PERMIT Filter
Verified for Prime Power Generators



© 2001-2008 CleanAIR Systems. All Rights Reserved Legal Notice AirZone Blog ContactSitemap