Johnson Matthey SCR System Sales Exceed 3.4 Gigawatts (GW) of Stationary Engine Power Worldwide
The Best Available Control Technology (BACT), SCR, continues to reduce NOx by more than 90% from stationary diesel and natural gas engines
Audubon, PA — Johnson Matthey's Stationary Emissions Control (SEC) group reports that sales of its Selective Catalytic Reduction (SCR) systems, which use their own proprietary urea (or aqueous ammonia) injection control systems, have exceeded 3.4 gigawatts (GW) of stationary engine power for applications worldwide.
Johnson Matthey, the leader in emissions control technology for stationary diesel and gas engines, has sold its SCR systems for engines ranging in size from a few hundred KW to 20+ MW. In addition, these engines have been fueled by ultra-low sulfur diesel (ULSD), natural gas, propane, digester gas, landfill gas, dual fuel, blended fuel, Biodiesel or heavy fuel oil (HFO). The SCR systems incorporate extruded, plate-type or metal monolith SCR catalysts – all manufactured by Johnson Matthey. The catalysts are designed to maximize catalyst activity and durability, while simultaneously minimizing back pressure, ammonia slip, and catalyst maintenance.
Jeff Sherman, Johnson Matthey SEC LLC President, said, "Our state-of-the-art SCR systems and SCR catalysts deliver economical and effective NOx reduction solutions that have achieved 15,000 hours of operation before any maintenance is required."
Sherman said the Johnson Matthey SCR system includes robust and durable SCR catalyst, a rugged housing design, a fully optimized mixing duct, a high uptime urea injector, and a state of the art urea dosing system / control panel. The latest generation of Johnson Matthey's SCR system is even more compact and offers significant cost savings to our customers. In fact, when combined with Johnson Matthey's own diesel particulate filter technology, the SCR system can be integrated into a single housing, Tier 4 engine upgrade package.
In the SCR process, exhaust gas flows through the catalyst, an integral part of the exhaust gas line, with a precisely dosed injection of urea (or ammonia). Urea serves as the ideal reducing agent since it can be shipped and stored easily and is colorless, odorless, nontoxic and bio-friendly. Both aqueous solutions of ammonia and urea have proven their suitability for the catalytic reduction of NOx in many other applications.
About Johnson Matthey:
Traded on the London Stock Exchange (symbol: JMAT), Johnson Matthey is a specialty chemicals company focused on its core skills in catalysts, precious metals, fine chemicals and process technologies. The $19 billion company employs around 11,000 people in over 30 countries.
About Johnson Matthey Stationary Emissions Control (SEC):
Johnson Matthey SEC is well known for its total systems approach to solving customer's emissions problems, as well as a reputation for strong customer support at the field service level. SEC designs and supplies catalysts and engineers catalytic systems to control emissions of nitrogen oxides (NOx), carbon monoxide (CO), hydrocarbons (HC), volatile organic compounds (VOC), hazardous air pollutants (HAPs) and particulate matter (PM). SEC is dedicated to the research, development and application of catalyst technology to improve quality of life by reducing air emissions.
For more information about Johnson Matthey's Stationary Emissions Control (SEC): Please contact Wilson Chu, Business Development Manager, Johnson Matthey, 900 Forge Avenue, Suite 100, Audubon, PA 19403-2305, Tel: 484-320-2119, Fax: 484-320-2152, E-mail: firstname.lastname@example.org, Website: www.jmsec.com
For Media: Please contact Allen Solovitz, Tel: 609-823-1247, E-mail: email@example.com