A conceptual illustration showing a large metallic teapot integrating various forms of technology and scientific elements, set against a backdrop of a sunny sky and a factory emitting CO2.

Energy, Environment and Green Chemistry

The greatest challenges facing 21st century are chemical in nature: addressing energy security and the development of sustainable industry, including the transition away from fossil fuels (decarbonisation) and the remediation of contaminated/polluted environments.

About

The greatest challenges facing 21st century are chemical in nature: addressing energy security and the development of sustainable industry, including the transition away from fossil fuels (decarbonisation) and the remediation of contaminated/polluted environments. Research in this field includes: the development of new materials and new processes for applications in energy conversion and storage, catalysis, cleaner chemical synthesis, such as advanced materials and devices used in battery, solid-state energy storage, supercapacitors, photovoltaics, liquid organic hydrogen storage, advanced catalysts for waste water treatment and green ammonia.

Groups

Banner Ting Group

Our research primarily focuses on the application of advanced nanoporous materials (such as 3D metal-organic frameworks, zeolites and nanostructured carbons) to important challenges in sustainable energies and environmental technologies.

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Projects

This project will focus on understanding the behaviours of key battery materials via transmission electron microscopy, creating and analysing real-time videos of how they evolve during their use in battery cells.

Student intake

Open for Honours, Master, PhD, Summer scholar students

Members

Emeritus and Honorary

Emeritus Professor

Academic staff

Senior Lecturer

Professor

Dr Lucy Gloag

Lecturer

Senior Lecturer

ARC Laureate Fellow

Profile_Photo Teng Lu

ARC DECRA Fellow

Associate Director (Education)
Professor

V. Ting

Professor of Smart Nanomaterials

Zongyou Yin

Professor (ARC Future Fellow at Level 3)