Dr Blaise Mempouo is a Research Fellow/Project Manager within Buildings, Energy & Environment Research Group. He has over 6 year's research experience in low carbon building energy technologies and sustainable building design. His research focuses on various aspects of sustainable building services and envelops with the aim of achieving high efficient low/zero carbon technologies and contributing to the development of effective and low carbon economic and energy systems. He is currently worked in the multidisciplinary consortium working on the Innovate UK funded project: Low-cost Efficient Ground Source Heat Pump Technology with Enhanced Heat Transfer - EfficientGeoTech for space and domestic hot water heating for buildings. He was a Co-Investigator on the Royal Society-DFID funded project: Research Network for Sustainable Cooking, Cooling & Power Generation and Knowledge Transfer between the UK and Africa. He has also worked on a number of projects funded by the EPSRC, iNET Sustainable Construction, EU, DECC and industry including whole building energy modelling, monitoring and evaluation, Ground Source Heat Pumps combine with solar roof/panels for heat ground storage, modelling and physical testing of the suspended PCM-honeycomb tiles and ceiling panels, vacuum tubes windows and Direct Expansion (DX) solar- air source heat pump using PCM storage tank and no frost evaporator. He has a particular interest in research, techniques and applications those enhancing residential/commercial/industrial buildings energy performances and thermal energy storage (TES). From his working years as researcher, he gained experience on providing "Sustainable Development, eco-city, eco-villages & Eco-Building Training" suitable for all levels, and designed to give community organization, local authorities, industries, planners, private developers, and Housing Associations a complete and methodical understanding of sustainable development related to eco-city, eco-villages & Eco-Building, new and existing buildings and reduction using Low/Zero carbon technologies. He was awarded a PhD in Heat Pump Technologies and Low Carbon Homes, MSc in Renewable Energy from Newcastle University, and a Bachelor degree in Mechanical Engineering with First Class honours from Coventry University.
Type / Role: Member of the management committee / advisor
Brief description: I help recruit member from Africa including students, professionals etc. support member to identify partners in Africa for their projects, I then initiate, develop and manage collaboration with African Government Universities, Institutions, and Businesses. I attend national and international conferences, exhibitions and seminars organise by WSSET.
Organisation: World Society for Sustainable Energy Technology (WSSET), https://www.wsset.org/
WSSET has played an important role in consolidating practical partnerships between academic and industrial organisations, as well as promoting sustainable development/ technologies worldwide.
Type / Role: Working group / Panel Member
Brief description: I participate in network meetings and events focus on the upcoming Horizon 2020 Energy Work programmes. I also contribute in professional forums and working groups, I follow EU's energy technologies, and policy related renewable heating and cooling.
Organisation: European technology platform on renewable heating and cooling, www.rhc-platform.org/
Heat Pump Technology Panel The Panel will work on the development of a strategy that will enable heat pumps to make a major contribution to the "Common Vision" of the RHC-Platform, which outlines how the European heating and cooling sector can be fully decarbonized by 2050.
Type / Role: Reviewer
Brief description: I provide a peer review as expert in an area of research related to a proposal the funder have received and are considering for funding. I also provide a peer review as an expert in area an scientific journals or book chapters.
Organisation: MDPI, Open Access, Oxford Academic Journals, EVISE UK research councils (NERC, EPSRC) International Development Research Centre (IDRC), Canada
Peer review of papers for Energy and low carbon building, energy for Sustainable Development, Energy Conversion, and Energy Systems, Environmental Policy for Applied Thermal Engineering, Energy and Building, International Journal of Low-Carbon Technologies. And peer review of research proposals for UK research councils, Canadian Research Centre
Type / Role: Invited speaker
Brief description: I prepared, and delivered Lecture on SDGs: (7) Affordable and Clean Energy, (11) Sustainable Cities and Communities: Case study on waste to energy project in the Municipalities of Yaoundé 1, Cameroon.
Organisation: 'The Sustainable Hour' at the Nottingham Trent University, UK The Nottingham Trent University's Oath Project. Which entails business leaders and experts delivering presentations focusing on the following UNDP's Sustainable Development Goals (SDGs): (7) Affordable and Clean Energy, (11) Sustainable Cities and Communities, and (12) Responsible Production and Consumption.
Energy Conservation and Sustainability Energy use in the Built Environment Building envelops (High Efficient Window, PCM-Panels) Modelling and Simulation (including heat transfer, heat pump cycle, heat storage) Renewable Energy Systems (Biogas, Gasification, Heat pump) Solar Energy Engineering Solar thermal systems (solar cooling) Solar thermal power Low Carbon Building End User Energy Management Community Energy Strategy and Policy, Sustainable Energy Policy Thermal Storage Systems (Sensible heat storage (solid of liquid), Latent heat storage, Chemical Storage) Ground Heat Storage (Ground, PCM Panels, PCM Tiles) Alternative Buildings Materials
University of Nottingham, Department of Architecture & Built Environment, Buildings, Energy & Environment Research Group
MSc Module - K14RMS Research Methodologies Prepared and delivered lecturer on Instrumentation for research in low carbon buildings Organised fieldwork and laboratory analysis Contributed to prepare assignment and carried out assessment Act as course moderator
I can be involved in all aspects of learning, teaching, and assessment of students at all levels (Undergraduate, postgraduate, and vocational training) or separate it according to the elements of the teaching process such as lecturing, examining, and curriculum design. 1. Building engineering physics including: air movement, thermal performance, control of moisture, ambient energy, acoustics, light, climate and biology 2. Energy efficiency and renewable energy within the built environment 3. Renewable Heating and Cooling within the built environment 4. Building integrated low/zero carbon technology systems 5. Passive house design including ventilation, cooling, day-lighting, and shading 6. Building Energy Monitoring and Categorisation of energy demand by buildings based on age and type of building. 7. Thermal Energy Storage System (Sensible, Phase change material (PCM), Thermochemical) 8. Passive control of building temperature-using PCM integrated walls and chilled ceiling. 9. Monitoring Indoor Air Pollution (IAP) and Improving Indoor Air Quality (IAQ) 10. Renewable Energy and Agriculture 11. Waste to energy and Waste to product 12. Sustainable low cost building materials, services and envelops for developing countries 13. Knowledge and Technology Transfe
Title: Low-cost Efficient Ground Source Heat Pump Technology with Enhanced Heat Transfer (EfficientGeoTech)
Project leader: Geo Green Power Ltd
Project Synopsis: The overall aims of the project is to investigate the technical and commercial feasibility of a novel technology that would enable Ground Source Heat Pumps (GSHPs) powered by low carbon energy sources to become economically viable for a wide range of space heating applications. It creates a new commercial opportunity for UK industry addressing fuel poverty by making space heating cheaper.
Funder and value: Innovate UK: £685K and Industries: £182K, Consortium: University of Nottingham, Geo Green Power Ltd, Solar Ready Ltd, Environmental Process Systems Ltd, Positive Home Ltd
Personal Research Title: UK/Cameroon - Collaboration Project on Low Carbon Buildings
Explore Low Carbon Technologies and Products for Integration on Green Buildings Projects in Cameroon.
Highly Energy Efficient PCM Tiles for passive cooling on Low Carbon Buildings: Manufacture 20 prototype PCM-tiles of with 20%, 30%, 40% and 50% microcapsule PCM, Plaster powder and silica sand incorporate honey-comb aluminium foil net to increase heat transfer in the PCM. The units was tested for thermal performances at the University of Nottingham.
Research novel low carbon building materials, low carbon technologies: using research networks, institutions around the world to find innovative idea and technology to be use on large building project in Cameroon.
Attending forums, fairs and exhibitions on low carbon buildings technologies and products in the UK and Europe or around the world: identify suitable low carbon buildings technologies and products to assist Cameroon Energy transition in the fields of Low Carbon Building and Sustainable Energy.
Using the laboratory at the University to adopt some technologies for Cameroon climates. So I have conducted technical design, Assistance to practitioners in Cameroun to design and achieve high standard low carbon residential, commercial and industry buildings in Cameroon
Development and Investigation of a High Performance Building Envelops for the five climatic zones in Cameroon.
NORHAYATI, M.W., MEMPOUO, B., OMER, S. and RIFFAT, S., 2014. REVIEW ON HEAT AND MASS TRANSFER ENHANCEMENT OF THERMOCHEMICAL HEATING PIPE SYSTEMS In: 13th International Conference on Sustainable Energy Technologies (SET 2014).
Title: Environmentally Cost Saving Efficient and Hygienic and Temperature Control System for Safe Storage of Meat and Poultry Products (ENVIROSAVE)
Project leader: Geo Green Power Ltd
Project Synopsis: The aim of the project is to develop a first-of-its-kind Ice Heat Pump for ice production for the food and drink applications. The novel system uses environmental-friendly working fluids (air and water), air compressor and expander units and a water atomising nozzle, for efficient and cost-effective cool ventilated warehouses or/and refrigerated storage rooms for the food industry.
Funder and value: Innovate UK: £520K and Industries: £230K, Consortium: University of Nottingham, Unilever U.K., Geo Green Power Ltd, Solar Ready Ltd, PAK Engineering, Environmental Process Systems Ltd.
Title: Holistic Energy-efficient Retrofitting of residential Buildings (HERB Project)
Project leader: The University of Nottingham
Project Synopsis: The project developed and demonstrated energy efficient new and innovative technologies and solutions for retrofitting and performance monitoring of some typical residential buildings in six EU countries (UK, Spain, Turkey, Italy, Portugal and Switzerland). Technologies envisaged for envelope retrofitting include various types of insulation materials. Energy efficient solutions were also deployed including internal and external insulation (VIPS, Aerogel), energy efficient lighting (passive and active) and HVAC, and renewable energy systems (PV/T).
Funder and value: EU-Commission (EeB-NMP-2012-2): 5.8millions euro, and Industries: 2.8millions euro Consortium: 18 participants from 10 European countries. (12 Industries, 3 Universities, 3 Government agencies). Leicester Housing Association (UK), University of Bologna (Italy), Municipality of Bologna (Italy), E.Value (Portugal), Almada City Council (Portugal), Stuttgart University of Applied Sciences (Germany), University of Athens (Greece), Haute Ecole d'Ingénierie et de Gestion du Canton de Vaud (Switzerland), Onyx Solar Energy S.L.(Spain), Mark Group Ltd (UK), Izocam Ticaret ve Sanayi A.Ş. (Turkey), PCM Products Ltd (UK), Kingspan Insulation Ltd (UK), Zero Carbon Technologies (Cyprus), Complex Ltd (Poland), Netherlands Organisation for Applied Scientific Research (Netherlands)
Title: Thermochemical Energy Storage Pumping Pipe
Project leader: European Thermodynamic Ltd
Project Synopsis: The project aimed to design, construct and test a high-performance Thermochemical Energy Storage Pumping Pipe system using off-peak power and renewable sources to minimise the energy demand from fossil fuels for domestic and industrial users.
Funder and value: Department of Energy Climate Change (DECC) £326K and Industries: £217K; Consortium: European Thermodynamic Ltd, Geo Green Power Ltd, University of Nottingham, BASF, EPS Ltd, PAK Engineering Ltd, Kensa Heat Pumps Ltd
Title: Building Integrated PV/Solar Thermal System Combined with Liquid Desiccant Air Conditioning Using R718 as a Working Fluid,
Project leader: The University of Nottingham
Project Synopsis: The proposed system integrated a new type of solar collector/PV tile with a heat pump system. It aims to overcome the drawbacks of conventional solar vacuum tubes and other solar water heaters. The novel technologies were simple, inexpensive and easy to make and install. The collector uses roof tiles (e.g. slate, clay or concrete) aluminium spreader sheets and a unique polyethylene exchanger ready loop for the roof heat recovery.
Funder and value: Sustainable Construction iNet- Collaborative Research and Development: £62K and Industries: £31K; Consortium: Blue Planet Buildings (UK) Ltd, Marsh-Growchowski Architects LLP, European Thermodynamic Ltd, Geo Green Power Ltd, University of Nottingham, EPS Ltd, and Aeristech Ltd,
Title: Low-Carbon Modular Flat-pack Buildings, Case study on "Blue Plant-Flat pack building system"
Project leader: The University of Nottingham
Project Synopsis: The proposed project aimed to reduce overheating on Lightweight Buildings envelop by increasing the thermal mass of the envelop using an extra layer made of PCM-Honeycomb Panels. Thus, this extra layer will help to increase time lag and absorbing any extra heat, which means controlling the temperature inside spaces to reduce the amount of CO² by cutting the air conditioning energy consumption during summer months.
Funder and value: Sustainable Construction iNet- Collaborative Research and Development: £52K and Industries: £26K; Consortium: Blue Planet Buildings (UK) Ltd, Marsh-Growchowski Architects LLP, University of Nottingham, EPS Ltd, and Aeristech Ltd,
Title: A High Performance Vacuum Pipe Windows for low Carbon Building, Funder and value
Project leader: The University of Nottingham
Project Synopsis: The proposed project aimed to achieve a window technology with a U-value less than 0.6 W/m2K by using glass tubes at a very low cost vacuum tubes. The proposed vacuum tube window addresses these issues (High manufacturing cost, Difficulty to assemble the glass module; Difficulty to maintain the vacuum seal for a long period) of a conventional vacuum glazed window, which are consisted of two plane sheet of glass separated by a vacuum and small support pillars
Funder and value: Sustainable Construction iNet- Collaborative Research and Development: £53K and Industries: £11K; Consortium: Vale Window Co Ltd, the Monfort University, and the University of Nottingham
Dr Mempouo has a particular interest in Low Carbon Buildings, the techniques and applications those enhancing building energy efficiency and heat pumps performances and the heat storage of solar thermal energy in the ground or in the PCMs. He always wanted to pursue an research career in the low carbon technologies and sustainable buildings fields.
Short term goals: I plan to continue my research on Sustainable Energy Technology and Low Carbon Building and its effect on the built environment. By extending it not only for office buildings in the UK, but also for other building types including industrials, and also for areas in Europe and possibly the other leading cities in the world. I'm also interested in the integration of energy efficient, innovative technologies in the renovation of public buildings in a range of different climatic conditions that will produce a step change in building performance while providing enhanced working and living conditions within buildings. I will employ dynamic multiobjective building physics models to analyse current structures, carry out simulations involving alternative renovation technologies and find optimum solutions for each building taking account of the building use, climate and how this would affect heating/cooling in buildings, while significantly reducing energy consumption and hence global warming. It is hoped that some outcomes of this work will be useful as standard in for retrofitting of a non-residential building, and can be incorporated into Energy Institute (EI) Guides in the future. I also intend to continue working on my project in Sustainable Agri-Tech with seven industrial partners including Unilever. This project will allow me not only to continue with research work, but also gives a valuable link with consultancy companies and contractors, so I'm always up-to-date to what is happening in the industry, and to keep up to date with the topics of greatest concern (Sustainable Food and Drink Supply Chain in the UK and beyond). I would also continue to attend regularly project meetings, international conferences, and contribute when possible to events and presentations of Energy Institute East-Midland branch.
Medium term goals: My medium-term research interests lie in a novel Ground Heat Exchanger (GHE) and Heat Transfer Enhancement Techniques for Ground Source Heat Pump. The overall aims of the project are to investigate the technical and commercial feasibility of a novel technology that would enable Ground Source Heat Pumps (GSHPs), powered by low carbon energy sources to become economically viable for a broad range of space heating applications. It creates a new commercial opportunity for UK industry addressing fuel poverty by making space heating cheaper. I am also planning to seek fund through the Innovate UK so that the lab prototype will move to the demonstrator and scale up to create a commercially acceptable version. I also aim to be climbing the ladder in academia and become a lecturer in Sustainable Technology and Low Carbon Buildings. This would allow me to pass on my expertise in the field and at the same time, allow me to continue doing research. I also aim to keep having links with consultancy Industry companies and contractors and to conduct research for the industry on topics that require investigation. Long term goals:
My long-term goal is to become a self-sustain research leader, with the advantage to build a long-term (5-10 years) career growth as a Professor in Sustainable Energy Technology (SET) and Low Carbon Buildings (LCB). I have also been working as Consultant / Advisor with UN-Habitat and IFDD (the Francophone Institute for Sustainable Development) in a range of development and implementation programs aligned to the Sustainable Building Codes for Africa Countries. The future of our field will probably be dominated by sustainability issues including energy and resource efficiency. And How buildings can help to adapt to climate change in a range of different climatic conditions and how to mitigate its effects on occupants, so I can see my future being involved in tackling these problems in the UK, and Africa. My activities will aim to provide an enabling framework for the SET/LCB initiative to thrive in the African cities, and to provide communities leaders and municipalities with feasibility and planning tools for energy-from-waste strategies that link up integrated waste management, sanitation planning, energy crisis resilience and the implementation of the 2030 Agenda for the 17 Sustainable Development Goals (SDGs), particularly SDG 7, SDG 11 and SDG13 in Africa.