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Circular Approaches To Utilise and Retain Energy

As we move towards lower carbon forms of energy generation and transport, the energy capture sector faces massive challenges in upscaling production, accessing resources, limiting the environmental impact of manufacturing and recovering and reusing materials.

CAPTURE is a new Centre of Excellence within Swansea University for building knowledge and skills in the emerging UK Energy Storage sector; encompassing materials, manufacturing processes and energy management.

Our Vision

CAPTURE is a Centre of Expertise at Swansea University established in 2020 to address critical challenges in the energy transition through the design, manufacture, and integration of advanced energy materials. Our research spans energy storage, fuel cells and electrocatalytic systems, underpinned by sustainable design and circular economy principles.

Strategically aligned with the UK’s net-zero ambitions, CAPTURE brings together interdisciplinary expertise to accelerate innovation in low-cost, low-impact materials, scalable manufacturing technologies, and life cycle-informed system design. We work closely with industrial partners to translate research into application, enhancing economic and environmental resilience.

Our research culture fosters inclusivity, mentorship, and professional development. CAPTURE supports a diverse community of researchers across all career stages, embedding coaching, collaboration, and knowledge exchange as core practices. Engagement with industry, visiting researchers, and international collaborators ensures wide-reaching impact and global relevance.

Through its commitment to people, culture, and excellence, CAPTURE exemplifies the values underpinning REF2029 and strengthens Swansea University’s reputation as a hub for sustainable innovation in energy materials.

Research Streams

  1. Manufacturing: development of sustainable & scalable processing technologies and manufacturing approaches
  2. Materials: exploring novel materials and systems for low environmental impact low-cost solutions, enhancing current material performance and their formulation for processability
  3. Sustainable Design: optimisation of process parameters and materials formulation in line with life cycle analysis, to guide the production of integrated energy storage solutions. Consideration of public policy.
  4. Technology transfer: working with industry. The focus is on the application of advanced engineering technologies to manufacturing challenges to generate sustainable energy storage system. Current industry collaborators, Enserv (Na-ion, Li-S and Supercaps), OXIS (Li-S) and Envirowales.

The Three Pillars to our work

  1. Translation – understanding and listening to the problems of industrial partners.
  2. Characterisation – understanding the material behaviour and characteristics and link to device performance – bridging the gap between the fundamentals and performance of integrated systems.
  3. Practical Solutions – Giving practical solutions that are relevant to you while maintaining academic engagement.