oxidation catalysts Equipment in Australasia

Serving Australasia | Office in AustralasiaNear Australasia
75 Results found
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  • Subcategory: Catalysts ×

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CARULITE 500 - Air Pollution Catalysts

by Carus Corporation     based in Peru, ILLINOIS (USA)

CARULITE® 500 catalyst is used to effectively destroy ethylene emissions resulting from sterilization of medical equipment and supplies. The catalyst converts toxic ethylene oxide, at low temperatures, to carbon dioxide and water.

VECTOR - Catalytic Oxidizers

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

The VECTOR line of catalytic oxidizers is designed to treat hydrocarbons, volatile organic compounds (VOC), hazardous air pollutants (HAP), noxious and odorous emissions. No other manufacturer offers you the extensive knowledge - in both oxidizers and catalyst technologies - necessary to achieve the most complete and cost effective elimination of ...

CPI - Ceramic Formulations

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

Besides our line of all-metal-catalyst products, CPI is a leading supplier of ceramic supported catalyst products. These products, including bead and monolith formulations, are used in a variety catalytic oxidizer and reactor systems. Choose from the following formulations for VOC, CO, NOx, or other air toxics reductions.

EcoFit - Diesel Oxidation Catalysts

by Cummins Inc. - Cummins Emission Solutions     based in Columbus, INDIANA (USA)

EcoFit Diesel Oxidation Catalysts reduce Particulate Matter (PM) through a chemical reaction that requires no cleaning or maintenance.  In production since the early 1990’s, EcoFit DOCs have been customized for the challenging demands of off-highway equipment and unique space constraints.

Catalyst Reduction System(SCR)

by AWS Corporation srl     based in Cologno al Serio (BG, ITALY

Selective Catalyst Reduction (SCR) system for flue gas denitrification consists of a NOx reduction process on a catalytic bed using ammonia or urea as reagent. The right operating temperature is secured through a gas-gas heat exchanger and an external heat source. Flue gas is fed through the catalytic bed, where NOx is reduced to form nitrogen and ...

Pyroban - Model PTX - PTX Diesel Oxidation Two Way Catalysts

by Pyroban Group Ltd.     based in Horsham, UNITED KINGDOM

Pyroban Envirosafe’s PTX Diesel Catalyst is one of the key after treatment exhaust emission solutions, lowering harmful emissions from diesel engines. The PTX Diesel Catalyst promotes an oxidation reaction reducing the tailpipe output of two of the gases found in diesel exhaust emissions, CO and HC. This type of system is often referred to ...

EcoFit - Diesel Oxidation Catalyst and Diesel Particulate Filter Systems

by Cummins Inc. - Cummins Emission Solutions     based in Columbus, INDIANA (USA)

EcoFit Diesel Particulate Filter Systems are a proven and reliable emissions reduction technology with over 1 million Cummins Emission Solutions DPFs in use since 2004. EcoFit DPF Systems are effective at removing over 90% of Particulate Matter (PM).  Combination systems are d

Ethylene oxide

by CRI Catalyst Company (CRICC)     based in Houston, TEXAS (USA)

As a result of our R&D efforts, CRI is the world’s leading supplier of Ethylene Oxide catalysts. 50% of the world’s EO is currently produced using CRI’s EO catalysts.

SAGEMIS - Model SCR - Selective Catalytic Reduction System

by SAGEMIS International     based in Vimercate (MB), ITALY

Selective catalytic reduction (SCR) converts nitrogen oxides with the aid of a catalyst into diatomic nitrogen, N2, and water, H2O. The reaction of reduction of NOx into N2 is made with injection of reductant, usually urea, in the stream of exhaust gas on a catalyst bed. The reduction efficiency is up to 75%-95% and the design of the plant is made ...

Johnson Matthey - 2-way (Oxidation) Catalysts

by Johnson Matthey Emission Control Technologies     based in Royston, UNITED KINGDOM

In most gas streams, carbon monoxide (CO) and hydrocarbons (HC) can be removed by combination with oxygen (O2) using an oxidation catalyst (also known as a 2-way catalyst): CO + ½ O2 → CO2, [HC] + O2 → CO2 + H2O. This reaction is suitable for oxygen-rich (“lean”) gas streams, typical of diesel exhaust and many ...

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