"Potential to scale volumes over time." Innovative companies team up for game-changing EV battery breakthrough: 'Vital to ...

On the flip side, as the process is energy intensive, synthetic graphite production can be significantly more expensive than ...

The artificial graphite production process generally involves raw material mixing, molding, high-temperature and high-pressure graphitization, and modification of graphite characteristics.

Achieved 99.99% graphite purity and 98.8% graphitization, two key milestones further validating the quality of Graphjet Technology’s technology and its viability at scale Technology delivers the ...

Vianode has produced synthetic graphite at its industrial pilot plant in Norway since 2021. The company’s supply deal with GM follows a multi-year qualification process, which demonstrated that ...

The Company’s first green graphite facility commissioned with production capacity of up to 3,000 metric tons of battery-grade graphite per year, sufficient to power approximately 40,000 EVs annually ...

UP Catalyst’s process significantly reduces energy consumption compared with traditional methods, with its graphite production process cutting energy usage from 25 megawatt-hours per tonne to 15 ...

Graphite is crucial in battery production, where it serves as the primary anode material that enables high conductivity, performance and charge capacity, Aurubis explains. Producing synthetic graphite ...

The patent, which builds on Graphjet’s existing IP protection for palm-based synthetic graphite production, covers the company’s unique and innovative process for producing palm-based graphene.

Secures three ISO certifications for the eco-friendly manufacturing of graphite and graphene from biomass waste Awarded patent further enhances competitive moat in the production of green graphite and ...

Follows Graphite One's listing on U.S. Federal Fast-41 Permitting Dashboard and completion of its NI 43-101 compliant Feasibility Study funded by a $37.3 million Department of Defense award under ...