AERINOX Homepage

Advanced Emissions Control Solutions

We provide comprehensive emissions control systems that help businesses meet strict federal and state emissions standards while reducing their environmental footprint.

Our custom solutions are engineered to reduce NOx and CO, lower particulate matter, and control VOC emissions across a wide range of applications, including Selective Catalytic Reduction (SCR) systems, Oxidation Catalysts (Oxicats), and Diesel Particulate Filters (DPFs).

Advanced Emissions Control Solutions

We provide Selective Catalytic Reduction (SCR) and emissions control systems that help operators across industries meet local, regional, state, and federal NOx standards while reducing their environmental footprint.

We’re a trusted partner for organizations focused on navigating the complexities of modern emissions reduction and clean energy implementation.

proven selective catalytic reduction expertise

Proven Selective Catalytic Reduction Expertise

Whether you operate data centers, industrial plants, or commercial facilities, AERINOX delivers emissions control solutions built on selective catalytic reduction. We handle backup, peak, and prime power. Our scope covers reciprocating engines, gas turbines, and CHP/cogeneration. These systems run on natural gas, diesel, biofuel, or hydrogen blends.

We design each system around your site’s applicable requirements, from Tier 4 Final, the Clean Air Act, or CARB, down to the specific conditions written into your local permit.

Our SCR expertise reaches well beyond engines to calciners, thermal oxidizers, furnaces, kilns, pyrolysis, boilers, gas compression, and greenhouses. Because we supply everything from the exhaust outlet to the stack, no coordination gap opens up between suppliers. Our solutions arrive factory-built, pre-wired, and pre-tested. Crews install them with minimal field labor, and they commission in hours rather than days.

40+

Years in emissions control

1,000+

SCR systems installed worldwide

<10

Single digit: NOx ppm, proven under SCAQMD

20x*

More power on site, under EPA Title V

*Based on NOx-limited Title V threshold. Actual engine count is site-specific and depends on engine size, fuel, and runtime.

Why Leading Companies Trust Us

AERINOX has spent decades doing one thing exceptionally well: taking NOx out of stationary engine exhaust. Our SCR systems are trusted in data centers, power generation, agriculture, and industrial manufacturing.  Whether you’re installing a new system or retrofitting existing equipment, we deliver:

  • Selective Catalytic Reduction (SCR) for NOx reduction
  • Turnkey system design, from exhaust outlet to stack, for stationary engines and turbines
  • Factory-built, pre-wired, pre-tested skids that commission in hours, not days
  • Oxidation Catalysts (Oxicats) for CO and VOC
  • Diesel Particulate Filter (DPF) integration for fine particulate capture (passive & active)
  • Supporting equipment: Silencers, CEMS, bag filters, heat exchangers, condensers, and auxiliary water systems
  • Proven compliance with Tier 4 Final, the Clean Air Act, and local permitting requirements
DCL Technology Group

A DCL Technology Group Company

With 40+ years of experience advancing emissions reduction and clean energy solutions, the DCL Technology Group serves the diverse needs of energy producers globally. 

With a deep understanding of regional emissions legislation and market demands, DCL maintains a global network that provides essential after-sales support and expert knowledge of local regulations. This ensures that our solutions are not only technically effective but also fully compliant and precisely adapted to meet local requirements.

Trusted by Engineers, Chosen by Integrators

Our goal is simple: Help you meet and exceed emissions standards with confidence.

For new installations or retrofits, we deliver expertise, service, and performance you can rely on.

Silver OEM Partner, Rockwell Automation
UL Certified
AERINOX trusted by engineers

Ready to improve your emissions compliance?

Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.