EMISSION: CONTROLLED

MIRATECH's SCR catalytic converters reduce regulated exhaust pollutants for stationary reciprocating diese, dual-fuel and lean-burn natural gas engines. These pollutants include oxides of nitrogen (NOx), carbon monoxide (CO) and unburned hydrocarbons (HC) compromising Hazardous Air Pollutants (HAPs) and Volatile Organic Compounds (VOCs). The MIRATECH SCR system works in two efficient stages: the NOx Reduction Stage and the Oxidation Stage. for CO and HC reduction. Both stages work together, drastically reducing harmful emissions to satisfy the strictest regulatory requirements.

In the mixing section, either ammonia or aqueos urea is injected into the exhaust stream. Urea is often used instead of ammonia; since it's much less toxic than ammonia, easier to transport and it allows easier permitting. The urea is hydrolized and breaks down in the exhaust stream to form ammonia. This ammonia, either broken down from urea or directly injected, reacts with NOx at the SCR catalyst to form harmless water and nitrogen.
The Oxidation Starge uses oxidation catalyst elements with surface coatings impregnated with precious metals, to reduce CO, HAPs and VOCs - oxidizing these pollutants to form water and carbon dioxide.

COMPLIANCE AND MORE

Most important of all, MIRATECH's SCR solutions give you assured compliance with less cost, less disruption of your operation and full support you can count on over the long haul. You won't deal with complex controls assembly; the panels include microprocessor controlles hardware. MIRATECH's SCR system gives you a choise of reactant ammonia or urea, for efficient atomization. And it gives you a level of operations control that's simply unique in the industry.