Catalytic converters are engine exhaust emissions devices installed on vehicles to lift cut the levels of vehicle exhaust emissions.Catalytic converter use results in a marked decrease in vehicle exhaust hydrocarbon emissions, emissions that are created when gasoline is burned inside a vehicle's engine. Widespread catalytic converter use has significantly reduced the levels of vehicle exhaust emissions since converters became standard vehicle equipment in 1976.
Catalytic converters were cardinal installed on American cars in 1976 in response to growing concerns approximately vehicle-generated air pollution.
Function
The leading avail of a catalytic converter is to contract the proportions of exhaust hydrocarbon emissions exiting a motorcar's tail conduit. A catalytic converter is plentiful with a thin, porous counsel called catalyst, which is designed to cope with and burn flowing engine exhaust gases, thereby re-burning these gases, which leads to a contraction in hydrocarbon emissions.
Fun Fact
Vehicles equipped with catalytic converters require the use of unleaded gasoline. Leaded gasoline damages and destroys the catalyst element located inside a catalytic converter, which renders the converter useless as an exhaust emissions lowering device.
Geography
A catalytic converter is bolted directly to a vehicle's exhaust system at a point roughly halfway between the vehicle exhaust manifold and the tail pipe. Located in close proximity to the vehicle muffler on a car's underside, the catalytic converter is normally installed at a point almost directly underneath the driver's side area of a car.
Benefits
Coincident in magnitude and shape to a vehicle exhaust muffler, a catalytic converter is attached directly to a vehicle's exhaust method.
