Working towards a vision of pollution-free urban and rural environments, our focus is to understand the impact of both conventional and emerging air pollutants from transport, industrial and non-vehicle sources, air quality, public health and the built infrastructure.
We are looking at developing engineering driven solutions and regulatory strategies for their mitigation by means of advanced measurements and modelling techniques.
The key aims of our research is to:
- Understand the impact of air pollution, natural hazards and climate change on health and wellbeing, and the built environment
- Develop internationally-validated engineering-driven solutions
- Underpin regulatory policies and strategies
- Set the agenda for future research.
- Quality and rigour
- Teamwork and innovation
- Trust and confidence
- Confidentiality and impartiality
- Carry out fundamental research and apply it to specific global challenges
- Capitalise on emerging technologies
- Develop and use advanced modelling tools and approaches
- Undertake advanced monitoring
- Acquire high quality robust data
- Disseminate widely and effectively.
Making an impact
Non-exhaust emissions of airborne nano/ultrafine particles from road vehicles
Funding information:The studentship funding covers academic fees for UK students. Any overseas candidates should consider to apply if they are able to cover the difference between the home and overseas fee by own means. You will also receive a stipend of £15,609 per annum to cover your living expenses. Additional funding will be made available to present your work at a conference and for project-related costs. Opportunities for tutorial support in the department are available and will enhance your teaching experience and may provide further income.
A novel ventilation-pollution nexus framework for offsetting carbon by smart indoor spaces
Funding information:The studentship funding covers academic fees for UK students. International candidates can be considered for a full fee waiver if they have exceptional academic credentials with prior research publications. International candidates can also apply on the basis of paying the difference between the home and overseas fees by their own means. You will also receive a standard EPSRC stipend of £16,062 per annum to cover your living expenses. Additional funding will be made available to present your work at a conference and for project-related costs.
Designing low-cost sensing technologies for particles and gases to control the indoor–outdoor interface and minimise indoor airborne pollution
Funding information:The studentship funding covers academic fees for UK students. You will receive a standard stipend of £16,062 per annum to cover your living expenses. Additional funding will be made available to present your work at a conference and for project-related costs.
- Ultrafine particles
- Engineered nanoparticles.
Cities and megacities
- Low-cost sensing
- Energy-pollution nexus
- Emission modelling.
- Environmental sensing
- Urban mobility
- Transport accessibility.
Indoor air quality
- Sources and control measures
- Exposure assessment
- Ventilation and interzonal flows
- Building airtightness and Infiltration
- Standards, regulation and certification schemes
- Post-occupancy evaluation
- Health, wellbeing and comfort.
Outdoor air pollution
- Sources and control measures
- Exhaust and non-exhaust emissions
- Dispersion modelling
- Exposure and health impact assessments
- Effective chimney heights
- Standards and regulation
- Meteorological measurements.
- Nitrogen oxides (nitrogen dioxide, nitric oxide)
- Carbon monoxide
- Carbon dioxide
- Sulphur dioxide
- Volatile organic compounds
- Green infrastructure
- Green/grey infrastructure interactions
- Air pollution impacts on built infrastructure
- Nature-based solutions (green, blue and hybrid approaches)
- Wildfire and other naturally occurring phenomena which have a significant impact on rural/urban environments
- Scenario and impact modelling of natural hazards.
- Airborne transmission and infection
- Social distances
- Ventilation requirements
- Face masks.
Interfaces of air pollution
- With water, energy, land use
- Built infrastructure.
- Global climate related pollutants (eg. CO2 and CH4).
- Greenhouse gas emissions
- Weather and climate related natural hazards (floods, droughts, heatwaves)
- Climate-proof nature-based solutions.
What we are researching
We have numerous case studies to support our research areas and we are also working to support the fight against Covid-19 with various projects in collaboration with partners around the world.