Particulate Emissions From Stationary Source News on Environmental XPRT

JOHNSON MATTHEY APPOINTS ARTHUR REINING STAFF SCIENTIST TO SUPPORT THEIR STATIONARY SOURCE EMISSIONS CONTROL BUSINESS

MALVERN, PA, August 30, 2007 – Johnson Matthey announced today that Arthur Reining has joined their Stationary Source Emissions Control (SSEC) business unit as Staff Scientist.Reining will be responsible for the design, development and technical support of catalyst and catalytic systems for controlling emissions from IC engines, gas turbines and manufacturing processes. He has ...

Aug. 30, 2007

By Johnson Matthey Emission Control Technologies

JOHNSON MATTHEY HIRES TWO SENIOR PROJECT ENGINEERS FOR ITS STATIONARY SOURCE EMISSIONS CONTROL (SSEC) BUSINESS UNIT

MALVERN, PA, July 25, 2007 – Johnson Matthey announced today the appointment of two additional senior project engineers to their Stationary Source Emissions Control (SSEC) business unit, as demand for their catalysts and catalytic systems continues to grow. Layne Blavier appointed Senior Project Engineer. He is responsible for designing, modeling, drafting, scheduling and supervising the ...

Jul. 25, 2007

Johnson Matthey SEC Launches New Global Website Detailing Emissions Control Catalysts and Systems for Stationary and Non-Road Sources

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Nov. 28, 2012

By Johnson Matthey Emission Control Technologies

Johnson Matthey expands its stationary emissions control capabilities by acquiring Applied Utility Systems, Inc. (AUS) from Catalytic Solutions Inc.

Johnson Matthey, a global leader in controlling emissions from chemical/industrial plants and stationary gas and diesel engines, has expanded its capabilities with the acquisition of the assets of Applied Utility Systems, Inc. (AUS), Aliso Viejo, California, from Catalytic Solutions, Inc. AUS specializes in selective catalytic reduction (SCR) systems for reducing NOx emissions and has more than ...

Oct. 27, 2009

By Johnson Matthey Emission Control Technologies

JOHNSON MATTHEY APPOINTS DR. PAUL J. ANDERSEN GLOBAL TECHNOLOGY DIRECTOR FOR THE STATIONARY EMISSIONS CONTROL (SEC) GROUP

JOHNSON MATTHEY APPOINTS DR. PAUL J. ANDERSEN GLOBAL TECHNOLOGY DIRECTOR FOR THE STATIONARY EMISSIONS CONTROL (SEC) GROUP NEW POSITION STRENGTHENS THE COMPANY’S EXPANDING ROLE AS THE WORLDWIDE LEADER IN REDUCING EMISSIONS FROM POWER GENERATION, LOCOMOTIVES AND MARINE EQUIPMENT MALVERN, PA, March 24, 2010—As part of its strategy to strengthen its position as worldwide leader in emissions ...

Apr. 14, 2010

By Johnson Matthey Emission Control Technologies

ASTM E2515 - 11 standard test method for determination of particulate matter emissions collected by a dilution tunnel

1. Scope 1.1 This test method is applicable for the determination of particulate matter emissions from solid-fuel-burning appliances including woodstoves, pellet-burning appliances, factory-built fireplaces, masonry fireplaces, masonry heaters, indoor ...

Dec. 19, 2011

By ASTM International

$26 billion market for mobile and stationary catalytic and thermal treatment

In 2013 just under $26 billion will be spent to remove carbon monoxide, volatile organic compounds and particulate carbon from stationary and mobile sources. Ninety-two percent of the market purchases will be for mobile sources. This is the conclusion reached in Thermal/Catalytic World Air Pollution Markets published by the McIlvaine Company. ...

Jan. 9, 2013

By The McIlvaine Company

Uncovering Diesel Pollution: Five Places Where Dangerous Diesel Particulates Hide

Santa Fe – Are you being exposed to dangerous diesel particulate air pollution in your neighborhood without knowing it? When most people think of diesels, images of giant construction equipment or super semis belching clouds of black smoke come to mind. But did you know diesels can also be stationary engines and that they are a part of everyone’s life, residing right around the corner from you? ...

Mar. 22, 2007

ASTM D6831 - 11 Standard Test Method for Sampling and Determining Particulate Matter in Stack Gases Using an In-Stack, Inertial Microbalance

The measurement of particulate matter is widely performed to characterize emissions from stationary sources in terms of total emission rates to the atmosphere for regulatory purposes. This test method is particularly well suited for use in performance ...

Jan. 12, 2012

By ASTM International

ASTM D6831 - 11 Standard Test Method for Sampling and Determining Particulate Matter in Stack Gases Using an In-Stack, Inertial Microbalance

The measurement of particulate matter is widely performed to characterize emissions from stationary sources in terms of total emission rates to the atmosphere for regulatory purposes. This test method is particularly well suited for use in performance assessment and optimization of particulate matter ...

Jan. 12, 2012

By ASTM International

ASTM D6831 - 11 Standard Test Method for Sampling and Determining Particulate Matter in Stack Gases Using an In-Stack, Inertial Microbalance

The measurement of particulate matter is widely performed to characterize emissions from stationary sources in terms of total emission rates to the atmosphere for regulatory purposes. This test method is particularly well suited for use in performance assessment and optimization of particulate matter control systems, continuous ...

Jan. 10, 2012

By ASTM International

New, More Compact, Concat GT SCR Catalyst Reduces up to 95% of NOx Emissions from Gas Turbines

Now available from Johnson Matthey’s Stationary Emissions Control (SEC) group is the new, more compact extruded ceramic Concattm GT SCR catalyst specifically designed for gas turbines. Johnson Matthey SEC is a leader in SCR catalysts for coal power plants and engineered SCR systems for stationary diesel and gas engines. ...

Jan. 23, 2013

By Johnson Matthey Emission Control Technologies

Emissions regulations theme for MCERTS 2011

MCERTS 2011 has moved to the Telford International Centre and will take place on 30th and 31st March. The new location will accommodate growth in demand for the latest information on the regulations, techniques, standards and technologies that relate to emissions monitoring and gas detection. The event's visitors will be provided with help and advice across a broad range of subjects including the ...

Mar. 2, 2011

By Environmental Technology Publications Ltd

The Golden Gazette #1 - Air Emissions Testing Newsletter

The first quarter of 2011 has been a busy one for the air quality world, and is appropriately the time that we are launching our Testing Services newsletter. In this charter edition, we focus on the imminent Petroleum Refinery 114 program mandated by the U.S. EPA. In it, we desire to provide valuable insight to our clients in their efforts to carry out the complex testing efforts that this ...

Mar. 15, 2011

By Golden Specialty, Inc.

Johnson Matthey’s ModulexTM Catalytic Converters Reduce CO Emissions by More Than 93% from 20 Caterpillar 3516 Engines at Temple University

Temple University installed the natural gas engines in 1993 for the purpose of peak shaving, but needed to add CO oxidation catalysts to meet the current emission limits of Subpart ZZZZ of the EPA’s RICE NESHAP regulation. Audubon, PA, September 3, 2013 -- There are 20 emission sources or 10 sets of tandem Caterpillar 3516 natural gas engines at Temple University affected ...

Sep. 3, 2013

By Johnson Matthey Emission Control Technologies

Johnson Matthey to Provide SCR Systems for the John A. Noble Staten Island Ferry to Significantly Reduce NOx Emissions from its Diesel Engines

The project is part of a long-range plan to reduce NOx and other emissions in the NYC Metropolitan Area MALVERN, PA, April 4, 2011—Johnson Matthey, the global pioneer and leader in controlling emissions from mobile and stationary sources, has been awarded a contract by the Port Authority of New York and New Jersey and the New York City Department of Transportation to provide a ...

Apr. 4, 2011

By Johnson Matthey Emission Control Technologies

E-POD reduces NOx emissions on Wyoming drill rigs

CleanAIR Systems is pleased to announce the introduction of their new emissions control technology, the E-POD™, with the successful installation of seven units on drill rigs operating in Wyoming’s Pinedale Anticline Project Area (PAPA). The proprietary technology combines CleanAIR’s non-toxic zeolite-based selective catalytic reduction catalyst (SCR), diesel particulate filters or diesel ...

Feb. 24, 2009

Californians dying prematurely from particles in vehicle exhaust

Every year, up to 24,000 Californians die prematurely because they breathe fine particle pollution over a long period of time, according to research presented this week to the California Air Resources Board. A majority of these deaths occur in highly populated areas around the state, including the South Coast, the San Joaquin Valley and the San Francisco Bay air basins. All combustion ...

May 26, 2008

By Environment News Service (ENS)

JOHNSON MATTHEY SCRT® SYSTEM FIRST EMISSION CONTROL TECHNOLOGY VERIFIED BY EPA FOR ON-ROAD VEHICLE NOx REDUCTION

INNOVATIVE, UREA-BASED RETROFIT TECHNOLOGY REDUCES NOx BY 70%; CUTS CO, HC AND PM EMISSIONS BY MORE THAN 90% MALVERN, PA, - The U.S. Environmental Protection Agency (EPA) has verified Johnson Matthey's innovative SCRT® System as the first 4-way emission control technology for on-road vehicles. Applicable to 1994-2002 model year engines, the SCRT system is verified to reduce NOx emissions by ...

Aug. 23, 2010

By Johnson Matthey Emission Control Technologies

CARB Extends Verification for Johnson Matthey`s CRT® Particulate Filter to Include 13` Diameter Systems for 1994-2006 Engines up to 650 hp The benchmark CRT filter has been used for more than 200,000 retrofits throughout the world

The California Air Resources Board (CARB) has extended its verification of the Johnson MattheyCRT® Particulate Filter system to include 13" diameter systems that will work on large bore, high horsepower 1994 to 2006 model year on-road engines up to 650 hp. As the global pioneer and leader in controlling emissions from mobile and stationary sources, Johnson Matthey's ...

Oct. 16, 2012

By Johnson Matthey Emission Control Technologies

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