Titlebook: Reduced Emissions and Fuel Consumption in Automobile Engines; Fred Schäfer,Richard Basshuysen Book 1995 Springer-Verlag Wien 1995 Automobi

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Exhaust aftertreatment methods,e-way catalytic converters are used with conventional spark-ignition engines, diesel engines are fitted with oxidation catalysts and will, in the future, probably also feature particulate traps. Denox or lean-burn catalytic converters that are currently under development would be suitable both for s

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Problems with CO2 emissions,pogenic emissions, i.e. emissions from technology systems created by man, will be considered. These emissions essentially are the result of energy conversion processes. Approx. 750 million tons of carbon dioxide were emitted in Germany (without the former East German territory), corresponding to 3.6

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Laws regulating the emission of pollutants and maximum fuel consumption of combustion engines (as oto the introduction of measures to limit pollutant emissions [8.2] [8.9] [8.14] [8.15]. To ensure reproducibility and comparability, the emitted pollutant quantities are determined according to specified test methods. One drawback is that test methods, classifications and emission standards often di

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Book 1995 increased pressure to develop and produce more fuel efficient engines and vehicles.This is the central topic of this book. It covers the underlying processes which cause pollutant emissions and the possibilities of reducing them, as well as the fuel consumption of gasoline and diesel engines, inclu

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Introduction,t components were therefore enforced in the U.S.A. The necessity of implementing such measures that have since gained importance in virtually all industrial nations is highlighted by the forecast annual mileage in Germany shown as an example in . [1.1].

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Exhaust aftertreatment methods,re, probably also feature particulate traps. Denox or lean-burn catalytic converters that are currently under development would be suitable both for sparkignition engines (lean-burn engines) and for diesel engines. Lean-burn catalysts offer acceptable conversion efficiencies, especially of NO., in the λ > 1 range.