selective catalytic reduction Equipment in Vermont

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36 Results found
  • Category: Air & Climate ×

  • Subcategory: Catalysts ×

  • Keyword: selective catalytic reduction ×

  • Location: USA ×

  • Location: Vermont ×


VOCNOxTherm - Selective Non-Catalytic Reduction

by Chemisch Thermische Prozesstechnik GmbH / CTP Air Pollution Control     based in Graz, AUSTRIA

The VOCNOx system combines excellent VOC cleaning efficiency with NOx reduction. In several applications the VOCNOxTherm saves on the need for an additional and complete SCR system.

NOx & CO Reductions Up to 96%

by Turner EnviroLogic, Inc.     based in Deerfield Beach, FLORIDA (USA)

Key to achieving high rates of NOx and CO reduction is even air flow across the catalyst banks and even distribution of ammonia across the face of the NOx catalyst.  Reducing the characteristic turbine exhaust swirl and achieving even air flow distribution are accomplished using turning vanes in the transition section downstream of the ...

Improved Ammonia Distribution

by Turner EnviroLogic, Inc.     based in Deerfield Beach, FLORIDA (USA)

Turner EnviroLogic has developed an “H-Header” system for improved ammonia distribution that ensures greater rates of NOx conversion and reduced ammonia slip.  The H-Header system is an array of header pipes, each with numerous small ammonia distributor ports, arranged evenly across the face of the NOx catalyst bank.  The ...

RecuNOx - Selective Catalytic Reduction

by Chemisch Thermische Prozesstechnik GmbH / CTP Air Pollution Control     based in Graz, AUSTRIA

The SCR systems of CTP are used in industrial processes with small to large raw gas volumes with low to high NOx concentration. These systems are also suitable for increased particulate content.

CONCORD - CO & NOX Abatement System

by Catalytic Products International (CPI)     based in Lake Zurich, ILLINOIS (USA)

CONCORD CONOx Abatement Systems are custom engineered NOx and/or CO abatement system in one modular package. The CONCORD is a unique abatement device designed as a combined selective catalytic reduction (SCR) NOx abatement system and CO abatement System in one convenient and integrated package.

VANGUARD - Ammonia Abatement System

by Catalytic Products International (CPI)     based in Lake Zurich, ILLINOIS (USA)

VANGUARD Ammonia Abatement Systems are designed to remove ammonia from either a liquid waste stream or from a vapor exhaust. At the heart of the VANGUARD System is our unique catalytic treatment device. The VANGUARD System incorporates unique features that allow for Ammonia removal from air streams with a very small percentage of NOx formation. ...

Selective Catalytic Reduction Systems

by Epcon Industrial Systems, LP     based in The Woodlands, TEXAS (USA)

Epcon has designed SCR systems based on cutting edge technologies as an industry leader in research & development with our own original designs.

Hitachi - Model SCR - Selective Catalytic Reduction

by Hitachi Power Systems America, Ltd. (HPSA)     based in Basking Ridge, NEW JERSEY (USA)

Hitachi is a world leader in Systems and Catalyst technology with over 40 years of experience and more than 350 systems worldwide. We are the only catalyst manufacturer who offers SCR Systems for coal-fired units in the US. Our patented hood design with no turning vanes eliminates ash accumulation on the Catalyst. We provide seamless integration ...

Selective Catalytic Reduction

by Branch Environmental Corp.     based in Somerville, NEW JERSEY (USA)

SCR systems use our catalytic design to react ammonia injected into the air stream with the NOx present. This approach  requires an operating temperature of 320-700º F (160-320º C) depending on the catalyst used.

Selective Catalytic Reduction (SCR)

by Hypercat ACP     based in West Chester, PENNSYLVANIA (USA)

Selective Catalytic Reduction (SCR) involves the chemical reaction of the nitrogen oxides (NOx) contained within exhaust gas with a separately added reagent (commonly ammonia or urea) that will remove the oxygen atoms from the nitrogen oxide molecules, leaving the nitrogen as N2.The reagent reacts “selectively” with the NOx instead of ...

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