Eagle Graphite Incorporated reported positive early results from testing for lithium-ion battery anodes. This work is being performed as part of ongoing graphite usage study. Lithium-ion coin cells were produced using anodes made from purified and spheronized graphite from Eagle Graphite's quarry in British Columbia. Both uncoated and coated graphite showed excellent 'near theoretical' results in initial charge-discharge cycling. In both cases, reversible capacity exceeded typical industry specifications for lithium-ion batteries. The uncoated graphite is undergoing long-term cycling. After 55 cycles, 99.23% of the original reversible capacity remained, which is viewed as a very strong result. A leading independent specialist laboratory is under engagement to optimize process and qualify graphite produced at Black Crystal plant for high value markets. The ongoing research, begun in 2018, has already confirmed potential applicability of graphite for a wide range of high value markets. During this part of the study, CR2016 coin cells were prepared in accordance with typical industry standards using Li/Li+ counter electrodes, commonly known as a half-cell design. Graphite produced from Eagle Graphite's Black Crystal quarry and processing plant was purified to at least 99.98 %wtC and spheronized to typical battery industry specifications. Anodes for the CR2016 cells were prepared using this spheronized and purified graphite, some with uncoated graphite, and some with graphite coated with soft carbon. The independent laboratory has provided a report to the Company with results from galvanostatic cycling of the coin cells.