Focus Areas

Major Themes
Our capabilities and expertise stretch across a number of important application and technologies that are critical
to the delivery of sustainable solutions for societal and industry need. Major themes include:

Energy and Sustainability
• Low carbon economy, fuel cells – solid oxide type and gas separation membranes, biofuels, photovoltaics,
• piezoelectric, gas separation and storage, low energy materials of construction process route selection,
• design methodology
• Materials challenges in the nuclear industry, including clean-up and waste reprocessing
• Enhanced oil recovery: supercritical CO2 compatible polymers & colloids for “down the well” application
• Sustainable  materials and processing; renewable feedstock chemistry; CO2 as a feedstock and incorporation into polymers; lead free ferroelectrics; microwave processing

Electronics and Photonics
• Organic and inorganic semiconductors
• Dielectrics (organic and high k inorganic)
• Nanoparticulate metals and semi-conductors
• Devices, sensors and actuators
• Spintronics

Biologically Relevant Materials
• For medical devices
• Regenerative medicine
• Controlled / stimulated delivery of drugs, DNA, peptides Anti-microbiological agents and biocides

Formulated Products
• Multi-component products, direct write fluids, soft solids, discovering new solid forms, fire retardant
• agents and materials
• Mesocale modelling and design methodologies for property prediction and control
• Construction and control of thin films on solid/flexible substrates and in free standing films and foams
• Nano-crystal dispersion morphologies – control of colloidal stability, potential applications in
• dyes, pharmaceuticals
• Control of morphology (crystalline, semi-crystalline and amorphous) in multi-component formulations,
• liquids, thin films and solids

Multifunctional Materials
• Microporous materials, membranes, gas storage media, novel catalyst/ materials combinations,
• smart packages, nanoparticles, tailored biomaterials, smart / functional textiles for controlled delivery
• of actives and/or enhanced functionality, high performance computing for material design and
• prediction of functionality.

Professor Matt Rosseinsky Professor Matthew Rosseinsky FRS from the University’s Department of Chemistry has been awarded one of the Royal Society’s most prestigious awards, the Davy Medal, in recognition of his “advances in the design and discovery of functional materials, integrating the developments of new experimental and computational techniques.” The Davy Medal is named after…

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KCMC is hosted at the Centre for Process Innovation (CPI)

Would your business benefit from innovative changes to the way you do things, such as:

  • New manufacturing processes, or the improvement of existing ones, or
  • New products for existing markets and/or
  • New markets for existing products and/or
  • New products for new markets?

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