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- Emission control catalysts, introduced in
the 1970s, are now used on all types of internal combustion engines,
as well as in a number of stationary applications.
- The catalytic converter is widely used as
an emissions control unit in automobiles and some industries.
- It uses one or more catalysts such
platinum, palladium and rhodium to burn off many impurities in
exhaust fumes.
- To work effectively, the converter needs
to reach a temperature of 300 degree Fahrenheit (149 degrees celsius)
or more. At that temperature, the catalysts begin to burn
hydrocarbons, carbon monoxide and nitrogen, turning them into carbon
dioxide (CO2) and water vapour.
- Most automative catalytic converters are
not bigger than a shoebox, but all have the same goal: reduce
harmful emissions.
- Oxidation catalysts have been
commercialized in the USA in the mid-1970s (first commercial
application in model year 1975 cars) to control emissions of CO and
HC from spark ignited (SI) gasoline engine applications.
- Three-way catalyst technology, introduced
in the 1980s, made it also possible to control NOx emissions from SI
engines at levels that are significantly lower than NOx emissions
from diesel engines.
- In emission control catalysis, solid
catalysts are used to catalyze gas phase reactions. The catalytic
effect and the observed reaction rates are maximized by providing
good contact between the gas phase and the solid catalyst.
- Catalytic reactors for emission control
from internal combustion engines are known as "catalytic
converters". The term "catalyst" is also frequently used as a
synonym for the catalytic converter. Other terms for catalytic
converters, which should be generally avoided, include such names as
exhaust purifier, catalytic purifier, exhaust scrubber, or PTX.
- Catalytic emission control systems, used
on passenger cars since 1975, have played a key role in
substantially reducing exhaust pollutants from motor vehicles.
- Exhaust emission control is influenced not
only by the emission control system, but by engine design and fuel
quality as well.
- Sulfur in gasoline inhibits the emission
control performance of catalyst technology. A variety of factors
influence the degree of this impact and the extent to which it is
reversible.
- These factors include the sulfur level in
the gasoline, the catalyst composition, the catalyst design, the
catalyst location, the type and control of fuel metering, the engine
calibration, and the manner in which the vehicle is operated.
- MECA recommends changing the commercial
gasoline fuel specification for sulfur to a
level which will beneficially effect the performance of past,
current and future emission control.
- The global market in emission control
catalysts is set to grow exponentially as passenger car sales expand
over the next five years.
- GIA announces the release of a
comprehensive global report on Emission Control Catalysts markets.
The global market for emission control catalysts is forecast to
exceed US$7.0 billion by the year 2015.
- The world market for emission control
catalysts is projected to reach US$7.7 billion by the year 2017,
propelled by stringent emission control standards being enacted in
both developed and developing nations.
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General
- Emission Control
Catalysts
- Catalytic converter
- Environmental
Compliance Workbook
- Automotive Emission
Control: Past, Present and Future
- Revolution in
oxygen storage catalysts
- How an Engine
Emission Control System Works
- Cost of Coal
Catalyst in Harmful Emission Control
- Exhaust emission
control system
- Three-way catalysis
- How catalytic
converters work
- Intro to catalytic
converters
- Understanding
catalytic converters
- Fuel injection
basics
- Types of Catalytic
converters
MSDS & Products
- Super All Season
Synthetic Blend Motor Oil MSDS
- HDAX landfill gas
engine oil MSDS
- Emission reduction
systems
- Emission control
catalysts
- Complete Emission
control systems
- QUICK-LIDŽ
Catalytic Converter for Hospital
- HDAX LFG Gas Engine
Oil
- List of products
Technology
- Emission Control
Technologies
for Diesel-Powered Vehicles
- Emissions control
technologies to meet current and future european vehicle emissions
legislation
- Emission control
technologies for Heavy duty vehicles
- Monolithic Metal
Oxide based Composite Nanowire Lean NOx Emission Control Catalysts
- Technologies for
Emission Control
- Emissions Control
Technology
- Emission Control
Technology
for Stationary Internal Combustion Engines
News
- Kai Klinder heads up new business division
of Stationary Emission Control Europe
- Eastern Catalytic Names Charles Pantano to
Lead Emissions Certification Programs
- Umicore Automotive Catalysts (Suzhou) to
Build Technology Development Center with 400M Yuan
- Prime minister Gruevski opens Johnson
Matthey plant
- BASF Catalysts announces opening of new
emission control catalyst plant in Russia
- SDC materials Announces Field Trials for
Emission Control Catalysts
- BASF's Shanghai plant produces 10
millionth emissions control catalyst, celebrates 10-year anniversary
Patent
- Catalyst activation
controlling apparatus for emission control catalyst in internal
combustion engine
- Exhaust emission
control catalyst and process for producing the same
- Exhaust emission
control catalyst comprising cerium
- Containers for
catalysts for exhaust emission control
- Three-way catalyst
for automotive emission control
- Emission control
system with catalyst warm-up speeding control
- Emission control
apparatus of internal combustion engine, and method for retarding
deterioration of emission control catalyst
- Process for
rejuvenating automobile emission control catalysts
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Suppliers
- Suppliers of
Emission Control Catalysts
- Manufacturers of
Emission Control Catalysts
- Selling leads of
Emission Control Catalysts
- Emission Control
Catalysts Suppliers
Company profiles
- Company from
Arizona
- Company from
Australia
- Company from Canada
- Company from China
- Company from
Germany
- Company from Kerala
- Company from Japan
- Company from North
America
- Company from U.K
- UMICORE group API
plant in Argentina
Consultancy
- Consultancy from
Belgium
- Consultancy from
Colorado
- Consultancy from
Germany
- Consultancy from
U.S.A
- Online Consultancy
Market
- Platinum Market
Supply Analysis
- Rhodium 2008: Has
the Supply Crisis Begun?
- Global Emission
Control Catalysts Market to Exceed US$7.0 Billion by 2015
- The global market
in emission control catalysts is set to grow exponentially as
passenger car sales expand over the next five years.
- Emission Control Catalysts
- Umicore: Above Ground Mining
- Global Market for Emission Control
Catalysts to Reach US$7.7 Billion by 2017
Report
- Utilization of
Renewable Oxygenates as Gasoline Blending Components
- Emission control
catalysts
- Opportunities for
Platinum Group Metals in Future Emissions Control Technology
- High Performance,
Cost‐Effective Emissions Control Catalysis
- Durability of
Platinum-Containing Automotive Exhaust Control Catalysts
- Catalytic Solutions
for Emission Control of Natural Gas Vehicles
- Automobile Emission
Control Systems
- Auto exhaust
catalysis
- Outcomes of
U.S.-Japan Roundtable on Rare Earth Elements R&D for Clean Energy
Technologies
- Emission Control
Catalysts and Certification Status of CleanFleet Vehicles
- Catalytic
converters or cats
Study
- Promotion by Sodium
in Emission Control Catalysis
- Emission Control
Catalysts
- The Impact of
Gasoline Fuel Sulfur on Catalytic Emission Control Systems
- Extraordinarily
effective promotion by sodium in emission control catalysis
- Electrochemical
Promotion in Emission Control Catalysis
- Diesel emission
control: Catalytic filters for particulate removal
- The development of
catalysts for emission control from motor vehicles
- Catalytic
converters and other emission control devices
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