Energy
We are developing new chemistries to convert and store renewable energy to support the transition towards net-zero carbon emissions.
World-leading expertise and cutting-edge facilities in a diverse and inclusive research environment
Researchers in Lancaster Chemistry Department work in state-of-the-art laboratories with access to cutting-edge analytical equipment.
Our research spans three over-arching themes of energy, materials and health. In each of these themes we are working to develop new chemical solutions to address societal and environmental challenges. Researchers work within five cross-cutting research groups which reflect the skills and expertise of our academic staff.
We collaborate with colleagues from across the University, actively engaging in research alongsideLancaster Environment Centre, theSchool of Engineering, and theFaculty of Health and Medicine, as well as partners from a range of companies and institutions internationally.
We are developing new chemistries to convert and store renewable energy to support the transition towards net-zero carbon emissions.
We are tackling key societal health challenges and designing new treatment chemistries and technologies.
We are designing new materials with properties optimized for emerging technologies.
Physical and analytical chemistry at Lancaster encompasses the characterisation of chemical structures, mechanisms and properties. This is applied to a wide range of systems including catalysts, energy materials, biomolecules and polymers.
Electrochemistry is a diverse, multidisciplinary topic at the interface of electrical processes and chemical reactions.
Inorganic chemistry at Lancaster focuses on the design, synthesis and study of new transition metal-based and main-group compounds, for application in catalysis, materials and medicine.
Organic chemistry at Lancaster focuses on the design and study of new organic and catalytic processes, for the synthesis of small molecules with application in materials and medicine.
Chemical theory and computation at Lancaster focuses on advancing the fundamental description of chemical systems as well as the application of simulations to provide insights and interpretations of experimental data.
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