Increasing turbine efficiency by design
A new and unconventional approach to high-pressure vane design delivers improved engine/stage efficiency for gas and steam...
Solar-powered efficient photocatalytic ammonia produc...
Novel photocatalyst for sustainable and decentralised production of ammonia under mild conditions.
A method for genetic modification of biofilms
The application of ultrasonic cavitation to induce gene uptake by established biofilms.
Real world arsenic detection
Electrochemical techniques to detect low levels of arsenic in the presence of copper.
Advanced fluoride-based materials in lithium-ion batt...
A novel method to increase the stability of transition metal fluorides in lithium ion batteries.
Solar-powered photocatalytic production of hydrogen
A novel method to increase both rate and efficiencies in the production of hydrogen from photocatalytic splitting of water...
Silver electrode for electrochemical production of hy...
Hydrogen production from electrochemical water splitting over morphologically controlled silver nanoparticles in a PEM ele...
Bespoke reference electrode for electrochemical senso...
A novel solid-state electrolyte-free reference electrode suitable for miniaturisation.
Converting waste plastics back to their constituent m...
An innovative process for rapidly and effectively producing high-value olefins from thermoplastic polymers present in wast...
Novel iron catalysts for the production of jet fuels
A sustainably formed iron-based catalyst for the production of Jet Fuels from CO2
Novel iron catalysts for the production of alpha-olef...
A sustainably formed iron-based catalyst for the production of alpha-olefins from CO and/or CO2
An innovative sensing solution for the detection of b...
Oxford researchers have developed a novel method for detecting contaminants in wastewater or on a surface without making c...
Rotary Renewable Generation
Turning common induction motors into efficient, economic, low-maintenance, gearless electrical generators.
Novel method for obtaining conductive films
A novel method for obtaining conductive carbon nanotube films with inexpensive, non-conjugated polymers.
Nuclear quadrupole resonance sensor for safer wireles...
A safety device capable of detecting biological tissue within potentially harmful magnetic fields, such as those used in w...
Quantum capacitance for density-of-state-based sensit...
Single step ultrasensitive molecular sensing element capable of quantifying picomolar quantities of molecules.
The intuitive, scalable and powerful management syste...
The leading database management system for botanic gardens, seed banks, research botanists an...
Oxford eco-pan revolutionises cooking efficiency
Oxford’s novel cooking pan technology incorporates external fins to deliver a fast and highly efficient cooking process....
DIFFNAL – Element separation for chemical speciatio...
Oxford researchers have developed a low-cost, reusable device capable of separating relevant metal and metalloid species f...
Metal-organic frameworks for application in photochem...
A synthetic protocol which can access MOFs containing a range of guest species
Semantic image segmentation
Oxford researchers have developed a novel neural network component for semantic image segmentation, with diverse and numer...
New refinery technologies for improved gasoline produ...
A suite of technologies have been developed which allow for improved processing of gasoline from fluid catalytic cracking...
Catalytic double bond migration
Oxford researchers have developed a low-cost, high-performance photocatalytic method for the isomerisation of terminal ole...
Nitrous oxide sensing
Sensor molecules which reversibly bind nitrous oxide. Nitrous oxide can be easily detected by eye or quantified by UV-visi...
Efficient water decontamination system
An effective water treatment to remove heavy metal ions and other toxins from contaminated water
Vacuum-deposited modification of polymer surfaces
Enabling modification of film surface properties in high yield production techniques will deliver benefits in a range of a...
Nanoparticle detection
Low-cost, disposable electrodes that can be harnessed for in-field detection and quantification of nanoparticles.
Electrochemical detection of silver nanoparticles
A fast and simple method to identify, quantify and characterise silver nanoparticles in a sample.
Concentrating on solar
Solar concentrators focusing sunlight on small but highly efficient solar cells has the potential to provide cost-effectiv...
© Oxford University Innovation