Dr Fayyaz Ali Memon
Senior Lecturer
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Extension: 4048
Telephone: 01392 724048
Dr Memon was a research fellow at Imperial College London before joining the University as a lecturer. He has research interests in water reuse technologies, water consumption trends, rainwater harvesting, grey water recycling, water saving micro-components, life cycle analysis, sustainable drainage systems, carbon foot printing and decision support systems for water management. He is the project director of a DelPHE project on capacity building for water demand management and managed a £2.7 million multi-institutional and multi disciplinary research project on water cycle management for new developments (WaND). He is also the co-ordinator of a UK based international network on water conservation and recycling (WATERSAVE). He has over 70 publications to his credit, including three edited books on “Water Demand Management”, “Advances in Water Supply Management” and “Water Management Challenges in Global Change”. The cumulative funding where Dr Memon has made contribution exceeds over £3 millions. He is a chartered engineer, fellow of UK Higher Education Academy and full member of CIWEM.
A selection of projects completed by Dr Memon include:
- Development of wastewater treatment technology selection module for incorporation in the customer assisted system integration model for Shell Ltd
- UK country report on water industry management issues. EU sponsored Aqualibrium Project
- Good practice guidance, on installation and maintenance of composting toilets, in Part G (Building Regulations) under ODPM (Office of the Deputy Prime Minster) proposal.
- Performance monitoring of water efficient fixtures at Heathrow Airport
- Whole life cost assessment of greywater treatment technologies
- Development of life cycle assessment tool for greywater treatment technologies
- Study of domestic water consumption patterns and quantification of wastewater discharges
- Modelling the influence of water demand management measures on wastewater generation profiles
- Fat, oil and grease (FOG) management for sewer systems and user behaviour and education
- FOG detection techniques for the management of sewer system
