The Energy Centre is comprised of energy and chemical engineering professionals from industry, government and academia, bringing together the expertise of the IChemE membership body from a diverse range of areas across the energy sector.
The Energy Centre is comprised of four groups reflecting the range of expertise of its members.
The Energy Centre is led by a Board consisting of up to 15 volunteers drawn from the diversity of the IChemE membership. The Board provides strategic oversight of the Centre’s activities and leads the delivery of its work.
The Board is supported by IChemE staff and a wider group of volunteer members of the Energy Centre Leadership Forum and Future Energy Leaders.
Professor Stef Simons, Professor of Energy Systems Engineering
Brunel University London
Mark Apsey, Technical Services Director
Dave Wright, Consultant
Dave Wright Consulting
David Lemon, Managing Consultant
David Lemon Consultants
Ed Daniels, Executive Vice President of New Business Development
Jane Cutler, Independent Non-Executive Director
Australian Maritime Safety Authority
Kit Oung, Energy and Resource Efficiency Consultant
Dr Mary Stewart, Chief Operating Officer & Executive Director
Miles Seaman, Environmental Management Adviser
Dr Niall Mac Dowell, Lecturer in Energy and Environmental Technology and Policy
Imperial College London
Shane Watson, Lead Process Engineer
North Oil Company
Tekena Fubara, Head of Applications Engineering
Toby Chancellor-Weale, Technology Manager for Natural Gas Processing
Wui Poh Yong, Vice President - Operations Asia
Sibelco Asia Pte Ltd
Zainab Kayat, Custodian Engineer Process Design and Engineering
Future Energy Leaders representative
Habiba Daggash, PhD Researcher
Imperial College, London
The IChemE Energy Leadership Forum is made up of experienced professionals from across the energy sector. The Forum acts as a sounding board for the outputs of the Energy Centre Board.
Through participation in Task Groups, members of the Leadership Forum help the Centre develop energy policy positions, answer discrete technical questions on energy policy issues and provide the Centre with additional resource and expertise.
The Forum plays a key role in the work of the Centre, and offers a way for experts to be involved with less time commitment than those on the Board.
If you are interested in supporting the work of the Energy Centre, then joining the Leadership Forum is an ideal way to do this. To apply to join the Leadership Forum please complete our application form. Prospective applicants are advised to review the Leadership Forum Terms of Reference to ensure they meet the criteria for joining the forum.
To return your completed application form or if you have any questions please email: email@example.com.
Future Energy Leaders
The Future Energy Leaders consists of early-career energy sector professionals who demonstrate potential to be leaders in the energy field in the future. Volunteer members provide support to deliver the Energy Centre’s policy statements, research and reports and lead engagement activities around the Centre’s priority areas.
The Future Energy Leaders group also offers members a pathway to joining the Leadership Forum and an excellent opportunity develop their professional network and expertise.
If you are in the early stages of your career (less than 5 years experience in the energy sector) and are interested in supporting the work of the Energy Centre you are encouraged to apply to join the Future Energy Leaders. Prospective applicants are advised to review the Future Energy Leaders Terms of Reference to ensure they meet the criteria for joining the group.
To apply to join the Future Energy Leaders please complete our application form.
Please direct any enquiries about this group to firstname.lastname@example.org.
Priority Task Groups
The priority topics in the IChemE Energy Centre have task groups to lead and develop the work programme. The task groups are comprised of Energy Centre members from across the Board, Leadership Forum and Future Energy Leaders groups. Group members use their specialist knowledge of the field to provide a unique chemical engineering perspective on the two priority topics.
Energy and resource efficiency
The resource and energy efficiency task group looks at approaches for increasing energy and resource efficiency across a range of sectors and applications. Taking a whole-system perspective, the group looks at issues such as energy and waste optimisation, energy integration and the development of novel technologies and process methods to support efficiency increases.
In January 2019, the Energy Centre published the Energy and Resource Efficiency Good Practice Guide. This sets out guiding principles and provides practical advice for executing a successful project at any level of your organisation. The guide includes advice on scoping the boundaries of what you will consider, building a business case, overcoming common obstacles, and ensuring the best protection for all environmental systems.
This group published an ongoing series of case studies to highlight examples of good practice of energy and resource efficiency. These will range across fields as diverse as the bioeconomy, food and drink, and oil and gas. If you know of an energy and resource efficiency project you think should be highlighted, please email email@example.com.
Future of oil and gas
The future of oil and gas task group considers the role of oil and gas in the transition towards a low-carbon economy. The group considers the technical, commercial and social implications of this transition on the sector, focusing on issues such as energy security and emissions reduction for oil and gas energy production and product processing.
This group has held a series of member-led workshops around the world exploring regional differences in the outlook for oil and gas, and is now compiling a report from the findings and identifying a strategy for next steps.
Carbon capture, storage and utilisation
The carbon capture, storage and utilisation (CCSU) task group consists of professionals with expertise in all areas of the CCSU value chain. The group provides insight into the application of CCSU technologies in different regions and industries and the feasibility of large-scale use across the global energy system.
The group published a report, A Chemical Engineering Perspective on the Challenges and Opportunities of Delivering Carbon Capture and Storage at Commercial Scale, exploring the technical, political and economic challenges and opportunities for chemical engineers in applying CCSU commercially. It is now building on this through development, communication and advocacy.
Other task groups
These are groupings of expertise within the Energy Centre who can provide insight into their subject area on demand.
Energy storage and grid management
The energy storage and grid management task group applies a systems approach to explore the challenges of managing power supply and demand on regional and global levels. Areas of interest include storage and smart grid technologies and the impacts of shifts in energy production and use on energy infrastructure.
The sustainable bioenergy task group looks at the role of biomass in production of low-carbon energy. The group focuses on the sustainable conversion of wastes, non-food crops and fast-growing plant-matter to energy, considering the impact of such practices on global energy, water and food systems.
The nuclear task group provides a chemical engineering perspective on nuclear energy technologies. The group focuses on issues including advanced fuel cycles, reactor design, waste management and decommissioning.