Potential Tesla battery supplier Graphite One begins drilling at Graphite Creek
Graphite One Resources Inc. (‘Graphite One’, TSXV: GPH | OTCQX: GPHOF) has just announced that it will start drilling at its Graphite Creek Project, which the Company claims to be the only advanced stage large-scale, large flake graphite deposit in the United States. The Graphite Creek Property includes 129 claims covering a 6,799 hectares area in Alaska’s Seward Peninsula, just 65 kilometers north the Nome deep sea port. Graphite Creek presents a highly desirable mineralization, marked by coarse crystalline (big flakes) graphite (greater than 0.18 mm). On January 20, 2014, Graphite One issued technical report noting that the Company was sitting on an 43-101 inferred resource of some 284.7 million tons of 4.5% carbon graphite (Cg), including 37.68 million tons at 9.2% and 8.63 million tons at 12.8% graphite content. Graphite One intends to embark in a comprehensive Summer/Fall 2014 Drill in order to determine the extent of continuous mineralization in order to prepare the forthcoming Preliminary Economic Assessment (PEA). The work will also feature the collection of mini-bulk samples from both surface and existing drill core to continue to develop and implement bench scale metallurgical testing. Graphite One has already shown that it is capable of delivering a high purity of 99.99% (Cg) graphite from a rough concentrate through leaching.
Graphite One has the ability to produce and deliver the kind of graphite that is used to make anodes in lithium-ion batteries. Given that Graphite One’s graphite has demonstrated that it contains the kind of graphite able to challenge the synthetic variety of graphite. According to the Company, the Graphite Creek Property “hosts the largest known, high-grade, large flake Graphite Deposit in the United States.” This is the kind of graphite needed by Tesla Motors, which intends to build and run a new and huge factory solely devoted to making lithium ion batteries. The project, known as ‘Gigafactory’, could by itself raise the demand for natural graphite rise by up to 37% by 2020. Tesla intends to open the Gigafactory in 2017 such that it will deliver the equivalent of some 35 Gigawatt-hours (GWh) per year, which represents more than twice the value of the current market. Tesla believes that could become the market leader for Li-ion batteries in the United States.
Tesla’s new factory is expected to be built in the Southwestern US and it could consume up to 28,000 tons of spherical graphite per year at full capacity, requiring the equivalent of 93,000 tons of flake graphite to process using today’s methods more than twice as much as is used worldwide today. Despite some research, there is little to suggest that there is any end in sight to the dominance of graphite in the manufacturing of anodes. Graphite is simply the material of choice for manufacturers of lithium ion batteries. Of course, there is the chance that Tesla may choose to use synthetic graphite; however, this is not a strong chance given the latter material’s far more insidious environmental concerns and Tesla’s image as a socially and environmentally responsible company. Quite simply, the expansion of the battery market for electric vehicles will be such that it will generate a great opportunity for graphite producers.
As of 2012, the battery sector accounted for around 8% of the global demand for natural graphite. Thus, thanks to Tesla in particular (but not exclusively – because others will step in to meet demand for electric vehicles should Tesla abandon the Gigafactory project) the production of flake graphite in the coming years will have to increase considerably. Graphite mining in North America, and elsewhere, will have to increase to meet the rapidly changing demands of the market and to compensate for China’s potential cuts to production and ongoing mining sector rationalization and cleanup. Therefore, companies like Graphite One may well have a chance to play an important role in global graphite supply rather than exclusively North America. Given, the probable increase in the graphite market, several new graphite mines will have to come online to address demand. In addition, Graphite One benefits from having its project in Alaska, which has helped mining companies considering technology minerals to be essential components of the State’s economic future.
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