Prof Fayyaz Ali Memon
Personal Chair in Sustainable Water Systems
Telephone: 01392 724048
Extension: (Streatham) 4048
Prof Memon was awarded the Her Majesty’s prestigious scholarship for MSc in Environmental Engineering followed by a PhD at the Department of Civil and Environmental Engineering, Imperial College London. Before joining Exeter, in Imperial College he worked for about 10 years in various capacities including as the project manager for a £2.7 million EPSRC cum Industry funded 4 year multi-disciplinary and multi-institutional project on Water Cycle Management for New Developments (WaND). He coordinated a team of over 30 senior researchers from 8 UK institutions and 20 industrial collaborators and was responsible for the delivery of high quality project outputs including over 20 water planning tools.
Fayyaz has led various international initiatives including the British Council and the Department for International Development jointly funded initiative on Capacity Building for Urban Water Demand Management in Developing Countries. Presently, he is also the co-ordinator of an international network on water conservation and recycling (WATERSAVE) which has members from over 50 UK and international public and private sector organisations. From the network platform, he co-edited a book on Water Demand Management which has also been translated in Chinese by the International Water Association.
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, implications of water demand management on water distribution and wastewater collection systems, decision support systems, food-water-energy nexus and water management in developing countries.
His net contribution to successful grant applications is well over £3 million and includes the following current/recent projects:
- FAME - Fate and Managemnet of Emerging Contaminants - (£457k from NERC/EPSRC - PI) - ongoing
- Microplastics in sludge and bio-solids (£70k from UKWIR and £91k from EPSRC) - September 2018 - August 2022
- Emerging Contaminants Management for India (£95k from NPIF and £8k from Industry) - ongoing
- CSI - Catchment Scale Intelligence (£75k from EPSRC +£50k from Southwest Water - PI) - ongoing
- SWDS - Smart Wtaer Distribution Systems for Developing Countries (£30k from eWaterpay - PI)
- Context specific upsacling of an innovative (Submerged Aerated filter based) wastewater treatment system and its rollout strategy for developing countries (£75k from EPSRC + £ 50k from ELIQUO HYDROK) - ongoing
- Leakage segregation from in building water consumption using smart meters collected temporal data (£60k from EPSRC + £32 k from Southwest Water - PI) - ongoing
- SARAWATI (€ 350k, FP7 EU project, PI from Exeter) - completed
- Water4India (€ 250k, FP7 EU project, PI from Exeter) - completed
- Strategic positioning of vortex flow controls to prevent flooding (£48k from Hydro International + £60k from EPSRC, PI from Exeter) - current
- Urban Futures (£160 k from EPSRC, Co - I) - completed
- Ashford’s Integrated Alternatives (£100k from EPSRC, Co-I) - completed
- Developing partnerships in Higher Education – Water Reuse in developing countries (£80k from British Council, PI from Exeter) - completed
- WaND – Water Cycle Management for New Developments (£2.7 million from EPSRC and Industry, PM) – completed
Other industry supported projects 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
- Performance monitoring of water efficient fixtures at Heathrow Airport
- Whole life cost assessment of greywater treatment technologies
- Development of life cycle assessment tool for grey water treatment technologies
- Study of domestic water consumption patterns and quantification of wastewater discharges
- Modeling the influence of water demand management measures on wastewater generation profiles
- Fat, oil and grease (FOG) management for sewer systems and user behavior and education
Additionally, he developed a guidance for dry sanitation for inclusion in the Building Regulations (Part G) under a project sponsored by the Office of the Deputy Prime Minster. He has supervised over 40 research projects at postgraduate level.
Prof Memon has been an external examiner for an MSc programmes at the University College London (UCL) and University of Surrey. Additionally, he has been an external PhD examiner to several UK and overseas institutions. These include Imperial College London, University of New South Wales and Griffith University (Australia), Oxford Institute of Sustainable Development, University of Cranfield, University of Surrey, Nottingham Trent University, the University of the Witwatersrand (South Africa), University College Cork (Ireland) and UCL. Fayyaz is an associate editor for the British Journal of Environment and Climate Change. He has been a regular reviewer of papers submitted to several journals including Water Research, Environmental Technology, Urban Water Journal, Environmental Monitoring and Assessment, Drinking Water Engineering and Science and Water Science and Technology. He is a full chartered member of the Chartered Institution of Water and Environmental Management, Chartered Civil Engineer, Chartered Environmentalist, Fellow of the UK Higher Education Academy and a member of the Institution of Civil Engineers.
He has been a chair of international conferences (e.g. SWM-2010 and WATEF-2015) and invited as a guest/keynote speaker by several prestigious professional bodies including the Chartered Institution of Water and Environmental Management (CIWEM), the Royal Institution of Public Health Engineers, Chartered Institution of Building Service Engineers, the British Hydrological Society, the British Council and several universities in Switzerland, India, Australia, Georgia and Pakistan. Prof Memon on invitation from COMSTECH (a ministerial standing committee on scientific cooperation, representing over 50 countries), led its initiative on capacity building for urban water demand management for water professionals from the member states.
Fayyaz has over 160 publications to his credit, including over 55 papers in peer reviewed journals (with many in high impact factor journals including Water Research, Chemosphere and Global Environmental Change) and over 60 in refereed international conferences, 9 book chapters and 5 co-edited books on:
Water Demand Management (recently also translated in Chinese)
Fayyaz is leading a reserach group on water management in developing countries and his group currently comprises of two associate reserach fellows and 9 PhD students. The reserach fellows who have worked in his group under his supervison include;
Presently he is the first supervisor of 11 PhD students:
- Iman Alharsha (Investigating the impact of decentralised water management systems and optimal drainage netwrok designs)
- Zara Visanji (HIC Best Student Paper Award Winner) Decission support for emerging contaminants tretament)
- Paul Wills (High resolution data for leakage detection and micro-component based analysis)
- Dvid Pryce (Aeration based watewater treatment and technology rollout for India)
- William Ingram (Smart and sustainable water supply for Gambia and Tanzania)
- Slamatta Ibrahim (Groundwater managment for Freetown)
- Deborah Shackleton (Water management in developing countries)
- Matthew Griffey (Integrated modelling of resources at catchment scale)
- Nsikak Mitchel Offiong (Application of machine learning for fault detection in smart water distribution systems for developing countries)
- Döndü Sar1_en (Resilience enhancement of water distribution systems using demand management measures)
- Daisy Adams (Microplastics characterisation in sludge)
Additionally, he is the second supervisor for 3 PhD students:
- Korinum Waimbo (Food-Water-Energy nexus and human development index)
- Gerald Riss (Events Recognition System (ERS) for Water Treatment Processes)
- Irini Nikoloudi (Event Management and Post Event Response Planning for Intelligent Water Networks)
Some of the recently completed PhDs under his supervision include:
- Dr Wa'el Abdul Bari Hussein (Multi-scale modelling of water-energy-food Nexus)
- Dr Christopher Newton (Startegic positioning of flow attenuation devices in sewer networks)
- Dr Sarah Ward (Rainwater harvesting in the UK: A strategic framework to enable transition from novel to mainstream)
- Dr Abdi Fidar (Environmental and economic implications of water efficiency measures in buildings)
- Dr Sturat Atkinson (A futures approach to water distribution and sewer networks (re)design )
- Dr Ashfaque Pathan (RBC application for low strength grey water treatment and establishment of optimal operational envelop)
- Dr Manzoor Rajput (Effectiveness of low cost green technologies for grey water resue in developing countries)
If you are interested in pursuing a PhD in a topic closer to Prof Memon's research interests, you can contact him for further discussion on the topic and the PhD application process.
Prof Memon is also the Director for International and Development (Engineering) at the university. If you are interested in institutional collaborations and internationalisation activities, please feel free to contact him.