GREEN14 ships first batch of tungsten powder
Produced via plasma reactor from tungsten oxide, it achieves submicron to nano-scale particles cheaper than conventional micropowder. This extends their multi-material platform.
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In short: GREEN14 accelerated its green materials platform by shipping its first tungsten powder and launching a steel decarbonisation project.
Produced via plasma reactor from tungsten oxide, it achieves submicron to nano-scale particles cheaper than conventional micropowder. This extends their multi-material platform.
The project develops next-gen graphite-silicon anodes for batteries with higher energy density and lower carbon footprint. GREEN14 contributes its plasma-based processing platform.
The project uses plasma technology to convert blast-furnace CO₂ into carbon monoxide for reinjection into steelmaking. It closes the carbon loop and advances net-zero goals.
The platform now accommodates titanium, copper, aluminium, and tungsten via a plasma-based method, signaling a shift toward sustainable, high-performance metal refinement.
Green14's pilot reactor at KTH Royal Institute of Technology hits 5 kg/h production of high-purity silicon and silane.
According to GREEN14, as silicon is essential for solar panels and other technologies, this innovation could play a key role in reducing the environmental impact...
Ingka Investments, the investment arm of Ingka Group, makes a €2 million investment in the Swedish innovation company GREEN14. The cooperation aims to support more...
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