•
Atmospheric
behaviour of biogenic and anthropogenic volatile organic compounds
(VOCs). Potential formation of ozone and aerosols. Determination of life
times in air, and degradation products
•
Modelling the photochemical degradation processes of atmospheric
pollutants 
•
Pesticides. Degradation studies in the air of certain pesticides (for
example organophosphorous insecticides or analine-type herbicides)
•
Assessment of the behaviour of photocatalytic materials to reduce
nitrogen oxides and other pollutants in urban and semi-urban
environments 
•
Study of transformations in the air of pollutants emitted by diesel or
biodiesel fuels with different compositions or mixtures. Capacity of
adaptation to another type of motors
•
Use of chambers to develop or improve new instruments to measure
compounds in the air. Inter-comparison of instruments, troubleshooting,
possible interferences, etc.
|