International Graphite Limited Announces Micronising Product Qualification Scale Plant Ordered for Collie Facility
agreements for these products and ultimately support a commitment to expand to commercial scale facilities. Micronising graphite concentrates is also a critical first step in the production of purified and coated spheroidised graphite for battery anode materials production. As such, the plan to produce micronised graphite products serves two purposes for the Company; firstly, it will provide the required technical competence in the first step of production of battery anode material (BAM), and secondly, it will provide a potential income stream from the sale of specialised micronised products prior to the planned sale of BAM. The equipment is being sourced from a North American supplier -- a world-renowned engineering house specialising in milling systems. Delivery to Collie is scheduled for mid-2023 with installation and commissioning expected to take three months. The qualification scale equipment is the next step towards a commitment to build and operate a commercial scale micronising facility in Collie. The Company is targeting commercial process equipment capable of a nominal production rate of 3,000tpa to be established in a new facility in Collie. The commercial scale equipment is an expansion of the qualification equipment. Product from the qualification plant is expected to be to the same specifications as will be achieved from the commercial scale plant. Commercial operations would initially treat third party graphite concentrates, with the goal of processing concentrates from the Company's 100% owned Springdale Graphite project once the Springdale project is developed. Purified micronised graphite can be sold as a conductive additive to battery cathodes, as an intermediate product used in the production of purified spheroidised graphite, or in a wide range of industrial applications. International Graphite continues down the development path for its Springdale project to produce concentrate as feedstock for future battery anode production in Collie.