To meet rapidly growing demand for anode active material for lithium-ion batteries used in electric vehicles, NextSource has secured an exclusive international partnership to develop turn-key processing facilities, called Battery Anode Facilities (BAFs).

Battery Anode Facilities are value-added processing facilities that are capable of converting smaller size flake graphite concentrate into a high-value graphite anode product, which is a critical and major component to the battery anode material that is assembled along with cathode material into lithium-ion batteries used in electric vehicles.

NextSource is planning a staged buildout of a series of BAFs in key geographic locations, each designed with modular production capacities that can expand in lockstep with automotive (OEM) demand from key markets in Asia, North America, and Europe.

The Company is now prioritizing the development of a large-scale BAF in the Middle East, and has secured a property and existing building in the Industrial City of Abu Dhabi in the United Arab Emirates (UAE). The development of a large-scale BAF in the UAE aligns with the Company’s broader strategy, ensuring a robust and sustainable supply chain for its global customers.

Each BAF will use an innovative design based on a proprietary and well-established processing technology that NextSource has exclusive license to, and is currently used to supply spheronized, purified graphite (SPG) to major anode cell producers. In addition, the BAFs will have coating process to produce coated SPG (CSPG).

 

The BAFs will source flake graphite from the Molo Graphite Mine and, if required and where appropriate, from qualified flake graphite feedstock of third parties.

To make CSPG, flake graphite concentrate is reduced to micron size, then mechanically shaped into spheres (spheroidization) and then purified. The spherical, purified graphite (SPG) material is then coated with a hard carbon shell that protects the sphere from exfoliation and degradation.

NextSource will use an established technical process to make CSPG; flake graphite concentrate is reduced to micron size, then mechanically shaped into spheres (spheroidization) and then purified. The spherical, purified graphite (SPG) material is then coated with a hard carbon shell that protects the sphere from exfoliation and degradation.

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