Graphex Group is forming technology joint ventures to leverage our technology and expertise to build regional battery anode material plants ( Value Addition ) supporting European and Middle Eastern Gigafactories

With the proliferation of electric vehicles forecasted to accelerate, this is expected to represent a third of the annual global production of passenger vehicles, or 35 million EV units/year, by 2030.
To support this growth, manufacturing facilities, or gigafactories, are being commissioned across Europe and the US to produce batteries for electric vehicles on an increased scale.
Gigafactories will consume enormous quantities of natural resources, with an EV battery typically requiring:
70kg of battery-grade graphite
60kg of Lithium and 20kg of Cobalt
A 16 GWh plant, therefore, consumes 16,000 tons of battery graphite (or 1k ton/GW), 13,700 tons of Lithium, and 4,500 tons of cobalt per annum

Europe is Aggressively Building Capacity, with 695GW of Announced Output

With the proliferation of electric vehicles forecasted to accelerate, this is expected to represent a third of the annual global production of passenger vehicles, or 35 million EV units/year, by 2030.
To support this growth, manufacturing facilities, or gigafactories, are being commissioned across Europe and the US to produce batteries for electric vehicles on an increased scale.
Gigafactories will consume enormous quantities of natural resources, with an EV battery typically requiring:
70kg of battery-grade graphite
60kg of Lithium and 20kg of Cobalt
A 16 GWh plant, therefore, consumes 16,000 tons of battery graphite (or 1k ton/GW), 13,700 tons of Lithium, and 4,500 tons of cobalt per annum