Green Battery Minerals Inc. announced that it has completed a preliminary reconnaissance and rock chip sampling program at its highly prospective Jupiter Lithium Property in James Bay. The Boots on the Ground work program was completed mid-September, during which period field crews successfully identified and sampled numerous previously undocumented Pegmatite outcrops. In total, the Company collected 48 samples, which were delivered to SGS Laboratories for geochemical assay and analysis.

During the Company's inaugural exploration program, the team found a number of previously undocumented pegmatites on the property and were successfully able to visit approximately half the historically recorded pegmatites. These impressive coarse-grained pegmatites were found to be up to 30 m wide and extended along strike for 100's of meters. These large dyke-like structures presented logistical advantages providing direct helicopter access to the most intriguing outcrops on the property, emphasizing their importance.

A total of 48 samples were collected from pegmatitic outcrops across the property, including samples from at least 10 discrete pegmatite intrusives in the northern part of the property. Multiple distinct pegmatitic generations were observed on the property, all displaying encouraging indications of mineral zonation and evolved fractionation across the multitude of pegmatites observed. The 51 samples (including three QAQC samples) collected have been submitted to SGS Laboratories in Val-d'Or Quebec to be analyzed by four acid 54 element analysis ­ sodium peroxide fusion, ICP-AES /ICP-MS analysis including Li, Cs & Ta.

The results are anticipated to be delivered in 6 ­ 8 weeks. This analysis will allow the company to utilize invaluable geochemical pathfinder proxy indicator methods in vectoring for lithium mineralized pegmatite dykes on the Property. This field program was an enormous success and has not only expanded its understanding of the geological landscape but has also opened up exciting possibilities for further exploration and research.

The remaining unexplored pegmatites hold the potential for additional revelations, which could significantly contribute to its knowledge of pegmatite geology and potential mineral resources in the region.