Miratech products

If you run rich-burn stationary natural gas or propane-fueled industrial engines, you face tough compliance rules and stiff non-compliance fines that cover several types of exhaust emissions – carbon monoxide (CO), oxides of nitrogen (NOx), hydrocarbons (HCs), volatile organic compounds (VOCs), and a long list of EPA-classified hazardous air pollutants (HAPs). The good news… One cost-effective, high performance, easy-maintenance MIRATECH Apex catalyst element helps bring your operation within compliance.

The AT-IV Active system is a unique product designed for diesel engine gensets in the range of 1,000 kW to 4 MW employed in mission critical installations such as hospitals, data centers, financial institutions, and drilling rigs, or for engines operating in extreme temperature applications.

The M11 is engineered for light industrial areas where background noise is relatively high and constant. The need for higher degrees of silencing should be minimal, keeps engine exhaust noise within existing levels. Typical application: Internal combustion engine exhausts in light industry areas with relatively constant background noise.

The MD22 is engineered to provide a residential grade attenuation while minimizing space usage. it is an excellent choice for packaged power and process skids where space is a premium. Dual inlets and other custom designs can be easily incorporated. Suitable for use where background noise is relatively high and and constant. The need for higher degrees of silencing should be minimal.  Typical Applications: Internal combustion engines, process skids, genset enclosures, as well as marine engines.

The MR22 is engineered to provide a residential grade attenuation while minimizing space usage. It is designed specifically for enclosures and marine applications where silencer height is critical. Dual inlets and other custom designs can be easily incorporated. Design not only reduces surface temperature, but also radiated noise. Typical Applications: Enclosures, as well as marine engines.

The CPJ compact silencer provides a modest level of attenuation in a compressed design by utilizing both absorptive and reactive designs. It is ideally suited for equipment operating in environments where noise levels are moderate.

Spiral chamber design allows for low back pressure as exhaust flows through a uniform cross-section to diffuse and progressively attenuate noise. 1/3 the size and 1/2 the weight compared to most reactive silencers. Aluminized steel construction. Coated with satin black paint rated to 1200°F.

Spiral chamber design allows for low back pressure as exhaust flows through a uniform cross-section to diffuse and progressively attenuate noise. 1/3 the size and 1/2 the weight compared to most reactive silencers. Aluminized steel construction. Coated with satin black paint rated to 1200°F.

Controlling noise especially in industrial process manufacturing plants is not easy. Machinery such as large or small high speed positive displacement blowers, industrial fans, low pressure vents, centrifugal compressors, gas turbine engines, centrifugal blowers, vacuum pumps, etc. require noise control measures to meet a facility’s sound abatement requirements. As part of our product portfolio, we manufacture industrial process silencers for power vent and blowdown applications. In addition, we also offer rotary positive blower silencers, relief valve and control valve silencers, pressure reduction silencers, vacuum pump silencers, blower and centrifugal compressor/fan silencers, and intake and discharge silencers for air or gas service…as well as piping and stacks.

As an OEM catalyst developer and vertically-integrated manufacturer, we control a number of variables and tune the catalyst to your specs. Variables in our toolbox include catalyst outside dimensions (LxWxD), substrate cell density and active surface area, formulations for ceramic wash coats, platinum loading and others. Our oxidation catalysts use only platinum precious metal for high performance, long life, poison resistance and their ability to be chemically regenerated time after time.