About us

The Tapia-Ruiz lab focuses on the Physics and Chemistry of Materials for Energy Storage, primarily in the area of electrochemical energy storage devices such as rechargeable batteries and supercapacitors. We conduct our research in the Department of Chemistry at Lancaster University. We are also affiliated to the Energy Lancaster Research Centre and the Materials Science Institute.

OUR RESEARCH

Our research goal is to provide a rational design of electrochemical energy storage materials (electrodes and electrolytes) to improve battery performance. We are interested in a range of battery chemistries, from Li-ion battery to post-lithium battery technologies. We employ a comprehensive range of lab and synchrotron-based techniques to probe materials at different length scales that allow us to gain insight into the structure-property relationships that govern the electrochemical activity in these materials.

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latest group news & social Media

Group Move to Imperial

15.09.22

We are pleased to announce that from 1st November 2022 the Tapia Ruiz Group will be based at Imperial College, London.

Nuria has accepted a new position as Senior Lecturer and the group and lab will be relocated to Imperial’s White City campus.

For more information on the Chemistry Department at Imperial, click here.

FUSE Intern

20.06.22

We welcome Hengyi Zhang to the Group. Hengyi is joining us from Oxford University as a FUSE Intern for 8 weeks over Summer. She will be working on the project 'From ground waste to batteries: using Prussian Blue from remediated ground waste as cathode material for sodium-ion batteries'.

Alistore Meeting

08.06.22

Alistore meetings have now resumed after covid restrictions, and in June Nuria attended the biannual Alistore (European Research Institute) meeting in Juelich, Germany.

ECS Meeting Vancouver

29.05.2022

Beth Murdock, a PhD from our group had the great opportunity talk at the 241st Electrochemical Society Meeting in Vancouver, Canada. The title of Beth's talk was 'The Correlation Between Surface and Performance in Doped LiNi0.5Mn1.5O4.