Graphjet Technology

Graphjet converts palm kernel shells into graphene and synthetic graphite. Its output goes to battery anode manufacturers and industrial users of graphene additives. The process also yields hydrogen as a coproduct, which could be sold or reused in thermal operations.

No. Graphjet does not mine graphite or any other mineral. It sources a waste stream — palm kernel shells from oil-palm mills — and transforms it through a thermochemical reactor. The company's model is feedstock-to-material conversion, not extraction.

The firm has not publicly named its equity holders or disclosed any institutional funding round. Early backing is attributed to unnamed family offices and impact investors. No venture capital firm, corporate strategic, or sovereign wealth fund has been publicly linked to Graphjet.

Graphjet is headquartered in Malaysia and operates a pilot facility there. It has announced plans to license reactor modules to partners in Southeast Asia and the Middle East. No office or operations in North America or Europe have been confirmed.

Most graphene producers use chemical vapor deposition or graphite exfoliation. Graphjet uses a continuous-flow reactor that heats palm kernel shells above 2,000°C, converting them directly to graphene and synthetic graphite. This avoids the chemical purification steps common in other processes.

Graphjet sells into three end markets: battery materials (graphite anodes for lithium-ion cells), industrial additives (graphene for concrete, coatings, lubricants), and hydrogen production (the thermochemical process generates hydrogen as a coproduct).

No publicly disclosed offtake agreements or commercial supply contracts have been reported. The firm has touted pilot-scale production but has not disclosed revenue, customers, or binding orders.