Isocyanic acid (HNCO) has recently been identified in ambient air at potentially concerning
concentrations for human health. Since its first atmospheric detection, significant progress …

Food-cooking organic aerosols (COA) are one of the primary sources of submicron
particulate matter in urban environments. However, there are still many questions …

The potential environmental impact of air pollutants emitted from the oil sands industry in
Alberta, Canada, has received considerable attention. The mining and processing of …

In this study, different diesel-alcohol (methanol, ethanol, and butanol) blends termed as
'diesohols' were used to investigate the performance and emission characteristics of a …

In the north west Indo-Gangetic Plain (NW IGP), large scale post-harvest paddy residue fires
occur every year during the months of October–November. This anthropogenic perturbation …

Vehicles are considered to be an important source of ammonia (NH 3) and isocyanic acid
(HNCO). HNCO and NH 3 have been shown to be toxic compounds. Moreover, NH 3 is also …

Biodiesel engines produce several intermediate species, which can potentially harm the
human health. The concentration of these species and their health risk potential varies …

Experiments were conducted at the California Air Resources Board Haagen-Smit Laboratory
to understand changes in vehicle emissions in response to stricter emissions standards over …

Traffic emissions are a major source of air pollution and associated damage to human
health in India. Many of the Indian metro cities urgently require cleaner transportation …

Isocyanic acid (HNCO) is a potentially toxic atmospheric pollutant, whose atmospheric
concentrations are hypothesized to be linked to adverse health effects. An earlier model …