Public concern over diesel emissions and air quality has provided the focus for testing the effects of changes to diesel fuel back end volatility using test fuels obtained by closely following real refinery practice and new fuel additive technology. On a typical European city bus engine, the increase in 95 per cent distillation temperature has no overall effects on regulated emissions; conversely, particulate emissions can be controlled by new,fuel additive technology.
The influence of automotive Diesel back end volatility and new fuel additive technology on regulated emissions
Bertoli C;Del Giacomo N;
1993
Abstract
Public concern over diesel emissions and air quality has provided the focus for testing the effects of changes to diesel fuel back end volatility using test fuels obtained by closely following real refinery practice and new fuel additive technology. On a typical European city bus engine, the increase in 95 per cent distillation temperature has no overall effects on regulated emissions; conversely, particulate emissions can be controlled by new,fuel additive technology.File in questo prodotto:
Non ci sono file associati a questo prodotto.
I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
