Energy Archives - Oxford University Innovation

Lead-free joining of Niobium based superconductors for MRI/NMR machines

A novel high-current, persistent-grade and lead-free superconducting joint between Nb-based multi-filamentary superconducting wires for MRI/NMR and other high-field applications.

Microwave application for hydrogen production from methane

Generation of pure hydrogen from methane under microwave heating.

A low-cost nanogenerator capable of harvesting energy from motion

An affordable nanogenerator with the ability to extract energy from motion.

Software to monitor battery health and predict faults before batteries fail

Software to identify faulty batteries remotely without the need for service interruption or specialised equipment.

Hydrogen production from waste plastic using microwave technology

A method to rapidly generate hydrogen from plastic waste.

Increasing turbine efficiency by design

A new and unconventional approach to high-pressure vane design delivers improved engine/stage efficiency for gas and steam turbines.

Rotary Renewable Generation

Turning common induction motors into efficient, economic, low-maintenance, gearless electrical generators.

Instant generation of highly pure hydrogen from fossil fuels

A new method of producing hydrogen gas (H₂) from fossil fuels with minimal oxygenated by-products.

Concentrating on Solar

High concentration (>1000) solar concentrator energy system with increased ease of manufacture, storage, transport and assembly.

Gas spring coupling

Power coupling linear Stirling cycle machines

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