Dr Fayyaz Ali Memon PhD, MSc, MA, BE, DIC, MICE, MCIWEM, CEng, CEnv & FHEA ( f.a.memon@ex.ac.uk )
Sustainable Water Management

Introduction Research supervision Books Technical reports Publications Projects WaND Portal Watersave Network Dev. Countries database Links Home

Projects Dr Memon has completed over 20 industry driven research projects. Following are some examples of his recent and ongoing projects funded by EPSRC, the European Union and other funding agencies. Multidisciplinary / Multi institutional projects 1. Urban Futures - (Sustainable Regeneration - from evidence-based urban futures to implementation)- Co-I 2. AIA : Ashfords Integrated Alternatives (AIA) - Co-I 3. STREAM: Impact of water flow attenuation devices- PI (funded by Hydro International) 4. WaND: Water Cycle Management for New Developments- Project Manager 5. WATERSAVE Network- Co-ordinator and Director Projects on developing countries 1. SARASWATI - Supporting consolidation, replication and up-scaling of sustainable wastewater treatment and reuse technologies for India, FP7 project, PI from Exeter 2. WATER4INDIA - Smart, Cost-effective Solutions for Water Treatment and Monitoring in Small Communities in India. Decision Support System Integration, FP7 project, PI Exeter 3. DelPHE: Capacity building for urban water demand management in developing countries, PI 4. Progress towards meeting the Millennium Development Goals: A database on water management in developing countries Other completed projects Development of wastewater treatment technology selection module for incorporation in the customer assisted system integration model for Shell Ltd Kalypso application for flood damage assessment in developing countries 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 Integrated design for future developments: minimising water, energy and waste implications Implications of future water demand scenarios on existing water distribution systems Life cycle analysis of sustainable drainage systems 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 Modelling intermittent supply water systems Risk assessment of water management options And many more....