Layered double hydroxide catalyst supports
Novel layered double hydroxide (LDH) catalyst supports for use in polymerisation reactions
Home>Chemistry
Super high surface area layered double hydroxides
Novel methods for producing Layered Double Hydroxides with unprecedented high surface area and pore volume
Next-generation water-soluble degradable polymers for liquid formulations
Oxford researchers unveil degradable, water-soluble polymers for applications in agrochemicals, paints and other liquid formulations, offering sustainable solutions with no invisible water pollutants left behind.
Novel cylindrical acoustic reactor providing improved sonochemical efficiency and greener chemistry
Sonochemistry uses ultrasound to facilitate chemical reactions. This new cylindrical reactor allows sonochemistry to be scaled to industrial levels, paving the way for greener chemistry.
Cavitation-inducing agents for sonochemistry
Gas-trapping nanoparticles that function as both the source for cavitation and catalysis thereby creating a sonophotocatalyst. TiO2 fractured nanoshells (TFNs) are used as sonophotocatalyst.
Chemiresistive percolation gas sensor
An innovative gas sensing platform that combines high sensitivity with low power requirements and a compact form factor.
Electrochemical method of sensing target protein molecules
Electrochemical method of sensing target protein molecules
A novel redox capacitive biosensor assay based on a phytic acid-doped PANI polymer
A novel redox capacitive biosensor assay based on a phytic acid-doped PANI polymer
© Oxford University Innovation