SSEC brochure

STATIONARY SOURCEEMISSIONS CONTROLCATALYSTS AND SYSTEMS FOR INDUSTRIAL ENGINES AND PROCESSESSTATIONARY SOURCE EMISSIONS CONTROLJOHNSON MATTHEY’SHONEYCAT® RANGE OFCATALYSTS AND FILTERS IS AVAILABLE IN A VARIETYOF DIFFERENT SUBSTRATETYPES, SIZES ANDCOATINGS.Honeycat® products are manufactured in the sameplants and to the same exacting quality standardsas those produced for the automotive industry andcan be supplied as stand-alone elements, housedunits, or designed to your speci?c requirements.Honeycat® catalyst technology can be purchasedeither directly from Johnson Matthey or throughspecialised plant engineering and equipmentsuppliers working in partnership with JohnsonMatthey, who will incorporate the catalyst in a system tailored to your needs.Ever tightening legislative controlson transport emissions mean that the relative impact of airpollution from stationary sourcessuch as chemical plants, industrialprocesses and heat and powergeneration applications, is now more signi?cant than ever.With over forty years’experience in the stationaryemissions control market and thousands ofsuccessful installations worldwide, JohnsonMatthey possesses the skills and know-how todeliver optimum catalytic solutions for new andreplacement applications across a wide range of stationary engines and industrial processes.Johnson Matthey’s Stationary Source EmissionsControl (SSEC) business offers a complete range ofHoneycat® precious metal and base metal oxidationand reduction catalysts and ?lter technologies.These are available on metallic and ceramichoneycomb substrate monoliths and in a variety of con?gurations, types and sizes depending on the application.TAILORED SOLUTIONSEmissions from industrial processesand stationary engines can contain a cocktail of harmful gaseouspollutants including carbon monoxide(CO), oxides of nitrogen (NOx) andhydrocarbons (HC) as well as speci?ccategories of air toxics such asvolatile organic compounds (VOC)and hazardous air pollutants (HAP).Together with particulate matter (PM)emissions they can, if uncontrolled,lead to major health problems andcontribute signi?cantly to climatechange and environmental pollution.NSCR NOx abatement catalyst (NAC) technology is also used to control tail-gas emissions from nitricacid manufacturing plants.SCR Catalysts: Selective catalytic reduction (SCR)technology developed to control NOx emissionsfrom chemical plant and power generationapplications operating under lean conditions. Usedin conjunction with an ammonia-based reductantand often combined with CO oxidation catalysttechnology, applications include diesel and naturalgas engines, gas turbines and industrial boilers.PM Control Systems: Diesel particulate ?lter (DPF)systems such as Johnson Matthey’s ContinuouslyRegenerating Trap (CRT®) technology developed for the removal of particulate from stationary diesel engines operating on low sulphur fuel.CRT® technology is also used in combination withexhaust gas recirculation (EGR), or SCR, to providefour-way control of CO, HC, NOx and PM.Whether you are responsible for the emissions in a chemical plant, an industrial or commercialprocess, or simply need to control the exhaust from a stationary power plant, Johnson Mattheycan tailor the catalytic solution to suit yourapplication.VOC Oxidation Catalysts: Developed to control a wide range of VOC, less reactive hydrocarbonsand CO emitted from chemical, manufacturing and combined heat and power plants.HVOC Oxidation Catalysts: Halocat® oxidationcatalysts developed for use on halogenated VOC(HVOC) process streams to control chlorinated andbrominated VOC and CO emitted during theproduction of chemical intermediates such as PTA.Halocat® technology is also used in the remediationof soil from contaminated land.NSCR Catalysts: Three-way non-selective catalyticreduction (NSCR) technology developed to controlCO, HC and NOx emissions from rich-burningengines typically used in gas compression,irrigation, pumping and power generation.HONEYCAT® OXIDATION ANDREDUCTION CATALYSTS AREUSED EXTENSIVELY TO CONTROLEMISSIONS FROM STATIONARYENGINES AND INDUSTRIAL HEATAND POWER PLANTS.CATALYTIC OXIDISER UNITS INCORPORATING HONEYCAT® CATALYSTTECHNOLOGY HAVE A PROVEN TRACK RECORD IN CHEMCIAL AND PROCESS INDUSTRY APPLICATIONS.© GE Jenbacher© Air Protekt LtdJohnson Matthey Emission Control TechnologiesJOHNSON MATTHEYJohnson Matthey plc is a specialitychemicals company focused oncatalysts, precious metals,pharmaceutical materials andspeciality chemicals.Environmental Technologies is the company’s largest operating division, incorporating its FuelCells, Process Technologies and Emission ControlTechnologies (ECT) businesses.Emission Control Technologies is an industry leaderin the development and supply of catalyst andparticulate ?lter technologies used to control airpollution from the world’s automotive, truck and bus, non-road mobile machinery andstationary source sectors.For more information on Johnson Matthey productsand services, or for details of your nearest JohnsonMatthey of?ce, please visit our website:www.jmcatalysts.com/ectAlternatively, you can contact us at:Johnson Matthey Emission Control TechnologiesStationary Source Emissions Controlwww.jmssec.com European Sales Of?ceOtto-Volger-Straße 9BD-65843 Sulzbach/Ts, GERMANY+49 6196-7038-33+49 6196-7245-0North American Sales Of?ce400 Lapp Road, Malvern, PA 19355, USA+1 610-254-5371+1 610-971-3116A British company with worldwide operations,Johnson Matthey’s principal activities includethe manufacture of catalysts and pollutioncontrol systems, catalysts and components forfuel cells, pharmaceutical compounds, processcatalysts and speciality chemicals; the re?ning,fabrication and marketing of precious metals;and the manufacture of colours and coatings for the glass and ceramics industries.Rigorous in its own environmental policies,many of Johnson Matthey’s products have amajor bene?cial impact on the environment and enhance the quality of life for millionsaround the world.