Maximize Processing Efficiency With Nox Reduction Solutions From Combustion Components Associates

In order to adhere to continually evolving environmental regulations related to power generation and industrial processes, utilities and industrial companies require technology solutions that will help to diminish emissions of air pollutants for a proactive approach to environmental legislation compliance. The key for these organizations is to find products that help them to reduce their emissions and adhere to evolving regulations while still maintaining high efficiency within their industrial operations. Over the years, one company in particular has established themselves as key player in this field.

Founded in 1980, Combustion Components Associates has become a leading North American source for combustion engineering and emission reduction solutions for utilities and corporations which utilize fossil-fuelled boilers and process heaters in their operations.

The company's core capabilities involves creating products and systems designed for NOx Reduction as well as reducing the emissions of particular matter, CO and unburned carbon within industrial processing and power generation. Their solutions are utilized across wide array of combustion facilities worldwide, including ethanol plants, chemical plants, oil refineries and power plants.

For organizations that require testing to ensure boiler compliance and optimization, coal flow optimization, air flow optimization and fuel flow optimization, Combustion Components Associates present a vital resource. As a company specializing in emission reductions including NOx, particulate matter, and CO, a range of laboratory and field test services are available to evaluate systems within a range of industrial applications. For companies that operate an industrial boiler, the engineers at Combustion Components Associates will conduct temperature and emissions mapping to ensure that processes are running optimally for a safe, high-efficiency operation.

By using the company's computational fluid dynamic modeling systems, their engineers are able to determine combustion performance dynamics, emissions levels and process efficiency, which means that each of their designs can be tested for effectiveness before any hardware is built. This technological advantage provides a proactive step forward into the equipment and system design stage of each project, and accelerates the construction of leading-class emission reducing solutions.
Combustion Components Associates are also leading the field in terms of Selective Catalytic Reduction [SCR] systems. The company's TRIM-NOx SCR system offers a precise method of metering amounts of a safe reagent called urea into the exhaust steam of diesel or learn-burn natural gas engines. When urea is injected into the exhaust gas stream, it decomposes to ammonia and reacts with oxides of nitrogen across a catalyst is situated at a downstream point of the injection point.

The CCA TRIM-NOx SCR system is one of the lowest cost systems of its kind on the market and is easy to install and setup, helping organizations to save thousands of dollars on rigorous installation work.

To take the first step in finding a solution that will help your organization achieve a more efficient combustion system with reduced emissions, contact the experts at
Combustion Components Associates today. Organizations can consolidate costs and commit to doing their part for the environment with one simple phone call.

About Combustion Components Associates:

Headquartered in Monroe, CT, Combustion Components Associates are at the forefront of the global drive towards cleaner, more efficient combustion technology. Since the organization's creation in 1980, they have become a recognized leader within their field by designing, developing, testing and manufacturing high efficiency, low emission combustion systems for their base of worldwide cliental.


CCA is a global provider of combustion optimization solutions & Nox Emission Control technologies For NOx Reduction. For more information on Combustion Control visit www.cca-inc.net .