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Accessible. Reliable. Clean.
Solutions supporting the Circular Economy.

A circular economy is defined as “a model of production and consumption, which involves sharing, leasing, reusing, repairing, refurbishing and recycling existing materials and products as long as possible”.

At CleanCap Technologies we are changing the way waste and raw gas is brought to market through an integrative approach to reducing the impact of manufacturing and energy production in the circular economy.

Taking Waste from Pollutant to Profit

CleanCap Technologies is dedicated to providing solutions that improve bottom line and the environment. It is a commitment to our customers, our communities and each other to take waste and convert it to salable products, byproducts and government-incentivized products to create revenues and improve the planet.

Engineered Services

While there are no specific written rules of engineering there are certainly principles, ideas, and concepts that must be considered when developing engineered solutions. We leverage our knowledge of carbon impacts, pollution control, beneficial use, energy development and efficiencies with traditional engineered principles to change the way waste is utilized.

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Aftermarket Services

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Installation

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Concept Design

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Process Engineering

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Fabrication

Technologies

Our technologies are more than just a piece of equipment. Our technologies are a promise to future generations. A promise based on innovations and improvements that will help fight climate change while respecting the financial impact that is required to power a truly circular economy.

Products

Our products have one goal… to improve the environment. Through a highly experienced team and unique market approach, CleanCap Technologies is changing the way waste and raw gas is brought to market.

World map showing in blue with trees outlining

 With the growing pressure worldwide to achieve strict Environmental, Social, and Governance (ESG) initiatives, CleanCap is able to monetize waste gas to create fiscal value by designing, installing, operating, and maintaining anthropogenic CO2 (ACO2) capture facilities.

Often a result of air permitting requirements, CleanCap specializes in providing the most robust solutions capable of remaining reliable for decades of operation while taking advantage of available heat.

Coupled with oxidizers or as standalone units, CleanCap provided wet scrubbers absorb or collect gaseous pollutants, odors, and mists.

These packages come in all designs, shapes, and sizes in order to adequately protect downstream equipment from particulate matter (PM) and meet stringent air quality regulations.

Organic waste is the fuel for digesters.  Landfills operate as large digesters, but many other types of manufactured digesters operate anaerobically to provide localized gas production at relatively low temperatures.

Batch and continuous pyrolyzers apply heat to break down a solid material into shorter chain polymers in the absence of oxygen.  By cranking up the temperature, introducing air and steam, CleanCap is able to apply gasifiers into waste reduction projects to yield a useful fuel or syngas. 

In lieu of gas abatement, certain opportunities allow for separation of low quality gases to produce a cleaner byproduct for energy production ultimately yielding less harmful pollutants.

Often a molecule making up a large percentage of syngas, CleanCap has the capability to provide technical solutions that expand the production of different types and grades of hydrogen.

Strategy & Compliance

At the center of our offering is a respect in the opportunity to create a strategic approach to compliance programs insuring that the environment is properly protected, while business gets done.

Featured Case Study

In the Rendering Industry odor control equipment has been in use since the early 1970’s about the same time the Air Pollution Control industry was formed and began servicing clients with the best available Air Pollution Control equipment available. Typical early application of air pollution control equipment in Rendering consisted of a direct fired afterburner for destruction of the organic emissions (odor, ammonia, fats, grease, and particulate being emitted from the cooker process). A properly designed afterburner was capable of providing reliable destruction of organic emissions while operating at temperatures of 1200°F or higher.

RTO equipment to help reduce odor.

Continuously Improving the Climate

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