Graphjet Technology Sdn Bhd’s world-first and only patented technology to recycle palm kernel shells, generated in the production of palm seed oil, is able to produce singlelayer graphene and artificial graphite for electric vehicle (EV) batteries, medical devices, home appliances, aerospace, sensors, coatings, electronics and many other applications. This technology enables the company to produce graphite, graphene, and graphene-based anode battery material with at least 98% similarity and are much more consistent compared to other synthetic graphite and graphene which are produced from petroleum coke and coal. In addition to being higher quality yet cost-saving, the resource supply of palm kernel shells could achieve sustainable green and recyclable regeneration to produce graphite and graphene which are now classified as critical raw materials. Due to using palm kernel shells as the raw material, the CO₂ emission during the whole graphite production of Graphjet is only 2.95 kg CO₂ eq which is at least 70% lower than the current supply chain level.
Graphjet Technology Sdn Bhd’s world-first and only patented technology to recycle palm kernel shells, generated in the production of palm seed oil, is able to produce singlelayer graphene and artificial graphite for electric vehicle (EV) batteries, medical devices, home appliances, aerospace, sensors, coatings, electronics and many other applications. This technology enables the company to produce graphite, graphene, and graphene-based anode battery material with at least 98% similarity and are much more consistent compared to other synthetic graphite and graphene which are produced from petroleum coke and coal. In addition to being higher quality yet cost-saving, the resource supply of palm kernel shells could achieve sustainable green and recyclable regeneration to produce graphite and graphene which are now classified as critical raw materials. Due to using palm kernel shells as the raw material, the CO₂ emission during the whole graphite production of Graphjet is only 2.95 kg CO₂ eq which is at least 70% lower than the current supply chain level.
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