For 20 years, Fabrum’s patented cryogenic technology has enabled the global movement towards clean energy transition. Fabrum delivers solutions to support a zero-emission future for mobility in aviation, marine, heavy transport, and heavy industry. The Fabrum patented cryocooler technology has been applied in electrolysers, hydrogen liquification plants, boil-off gas management systems, and hydrogen refuelling stations. Fabrum’s composite technology has also been adopted into heavy industry mobility, on-board aviation fuel tanks, and superconductivity. Fabrum, headquartered in Christchurch, New Zealand, has built an impressive list of global IP and solution success, applying its sustainable solutions to enable humanity to tread lightly. 

Aspiring Materials

Aspiring Materials uses globally abundant magnesium-rich rocks like olivine to capture CO₂ and produce low-emission materials for industries like steel, energy, and cement. Their patented process converts olivine into magnesium hydroxide, reactive silica, and critical minerals, enabling cost-efficient carbon capture and industrial uses. With 1.6 tonnes of CO₂ eliminated per tonne of olivine, Aspiring offers a reliable, scalable solution for impactful industrial decarbonization.

 Website: www.aspiringmaterials.com

Dual Axis spin coating

Conventional (single-axis) spin coating is a fundamental microfabrication technique due to its low cost and effectiveness in producing very thin uniform film layers. These films are an integral component in common devices such as smartphones, solar cells, and CD’s. However, the limitations of the technique constraining coatings to flat rigid surfaces have restricted the design possibilities for these technologies. Curve coating is a new method to spin coat using dual-axis rotation, enabling the same advantages of common spin coating to be applied on curved surfaces. This new technique has the potential to unlock new opportunities in microfabrication and other coating-based applications.