Air Pollution

• Assessments of personal exposure to air pollution in the urban environment
• GIS pollution models
• Air Pollution Control Technologies:Development of energy efficient air pollution control devices, Investigation of passive controls for air pollution in the urban environment
• Validation of air dispersion models for road and industrial sources
• Transport impacts on the Environment
• Background concentrations monitoring for monitoring air pollution
• Monitoring ambient hydrocarbons
• Global environmental monitoring and health impacts
• Development of emissions estimation and prediction models from real time trip based data

• Solar disinfection of drinking water
• On–site wastewater treat
• Constructed wetlands for domestic and agricultural wastewater treatment

• Modelling carbon tax policy: Assessment of the impacts of carbon tax policy on CO2 emissions in the transport sector
• Research and development of drain water heat recovery systems

• Investigation of the linkages between groundwater quality, potential health risks, consumer awareness and well construction for private ground–water schemes.

• Residence Time Distribution modelling to characterise the hydraulic efficiency of reactor networks
• Computational Fluid Dynamics Modelling of Environmental Systems: Air pollution dispersion, Air pollution control, Water treatment systems, Energy recovery systems

• Noise modeling
• Noise monitoring and assessment
• Virtual auditory environments

• Dissemination of results from environmental studies
• Mobile ad–hoc network of sensors
• Pervasive environmental sensing