A study aiming to measure ammonia emissions from light duty vehicles has been performed in the Vehicle Emission Laboratory at the European Commission Joint Research Centre, Ispra, Italy. Ammonia, known for being toxic and dangerous for the environment, also contributes to the formation of particulate matter that has been related with adverse health and environmental effects. Nine modern light duty vehicles tested over the New European Driving Cycle showed that ammonia emissions are considerable for gasoline and ethanol flexi-fuel vehicles and also for one diesel vehicle equipped with a selective catalytic reduction system, ranging from 4 mg/km to 70 mg/km. Real-time ammonia emission profiles were monitored at the tailpipe by a High Resoluti...
Motor vehicle ammonia (NH3) emissions have attracted increasing attention for their potential to for...
New renewable and alternative fuels are introduced in the transport sector. Valid and comparable dat...
NH3 is a precursor of PM2.5 which deteriorates urban air quality, affects human health and impacts t...
Vehicles are considered to be an important source of ammonia (NH3) and isocyanic acid (HNCO). HNCO a...
AbstractVehicles are considered to be an important source of ammonia (NH3) and isocyanic acid (HNCO)...
Ammonia (NH3) plays a key role in atmospheric chemistry and largely contributes to the PM2.5 measure...
Ammonia is the primary alkaline gas in the atmosphere and contributes to fine particle mass, visibil...
Four light duty vehicles (two diesels, one flex-fuel and one gasoline vehicle) were tested as part o...
This paper reviews the emissions of reactive nitrogen compounds (RNCs) from modern vehicles fitted w...
The objective of this study was to examine ammonia (NH3) exhaust emissions as a function of differen...
Recent evidence suggests NH3 emissions from road vehicles play an important role in the formation of...
The emission rate for ammonia from in-use vehicles is calculated based on measurements made inside a...
Forthcoming worldwide emissions regulations will start regulating ammonia emissions from light duty ...
Public concern and complaints regarding ambient air in zones of dense traffic pertains to two compou...
The tailpipe exhaust emissions were measured using a EURO4 emissions compliant SI car equipped with ...
Motor vehicle ammonia (NH3) emissions have attracted increasing attention for their potential to for...
New renewable and alternative fuels are introduced in the transport sector. Valid and comparable dat...
NH3 is a precursor of PM2.5 which deteriorates urban air quality, affects human health and impacts t...
Vehicles are considered to be an important source of ammonia (NH3) and isocyanic acid (HNCO). HNCO a...
AbstractVehicles are considered to be an important source of ammonia (NH3) and isocyanic acid (HNCO)...
Ammonia (NH3) plays a key role in atmospheric chemistry and largely contributes to the PM2.5 measure...
Ammonia is the primary alkaline gas in the atmosphere and contributes to fine particle mass, visibil...
Four light duty vehicles (two diesels, one flex-fuel and one gasoline vehicle) were tested as part o...
This paper reviews the emissions of reactive nitrogen compounds (RNCs) from modern vehicles fitted w...
The objective of this study was to examine ammonia (NH3) exhaust emissions as a function of differen...
Recent evidence suggests NH3 emissions from road vehicles play an important role in the formation of...
The emission rate for ammonia from in-use vehicles is calculated based on measurements made inside a...
Forthcoming worldwide emissions regulations will start regulating ammonia emissions from light duty ...
Public concern and complaints regarding ambient air in zones of dense traffic pertains to two compou...
The tailpipe exhaust emissions were measured using a EURO4 emissions compliant SI car equipped with ...
Motor vehicle ammonia (NH3) emissions have attracted increasing attention for their potential to for...
New renewable and alternative fuels are introduced in the transport sector. Valid and comparable dat...
NH3 is a precursor of PM2.5 which deteriorates urban air quality, affects human health and impacts t...