Anson Resources Limited has expanded its Green River Lithium Project in southeastern Utah, USA, by adding 100 strategic placer claims to its existing land package. This addition increases the overall project footprint by 8.23 square kilometers to a total area of 88.61 square kilometers. Notably, approximately 28% of these new claims fall within the Area of Influence, positioning them to be incorporated into upcoming JORC Mineral Resource estimate upgrades. The new claims seamlessly adjoin a recently approved state government OBA lease, creating a contiguous area that enhances the overall potential of the project. The technical details reveal that the new claims include two historical oil wells—a key element in the exploration strategy. The Grand Fault Unit 14-24 well, which extends deep into the Mississippian Unit from a depth of 9,705 feet, has demonstrated supersaturated brine flow and is adjacent to a continuously flowing geyser. Similarly, the Green River Unit 1 well, located just above the Mississippian Unit, has also recorded near-surface brine flow. These characteristics, including high pressure, porosity, and permeability, support the identification of potential re-entry targets that could bolster future resource estimates. Geological features across the project area further add to its promise. Structural elements such as the Ten Mile Graben, the Little Grand Wash Fault, and the north-south trending Green River Anticline establish a favorable setting for brine accumulation. Historical drill stem tests and data from similar structures suggest that the highly permeable Mississippian strata would be conducive to maintaining the reservoir pressure necessary to support planned lithium plant production, ensuring the sustained flow of brine during extraction. Technical protocols for further exploration and resource estimation have been detailed, with emphasis on rigorous standards. Future drilling and sampling will employ industry-standard techniques, including ICP-OES assays and duplicate sampling, to ensure quality control and representative data collection. Coordinates for historical wells have been recorded using precise survey systems, supporting a consistent and systematic approach to resource evaluation. Bullish sentiment is driven by the strategic enlargement of the project area and the promising technical indicators, such as consistent brine flow from historical wells and the presence of high-pressure geological structures. These factors could lead to upgraded resource estimates and offer long-term value creation in a market increasingly focused on lithium for emerging energy technologies. On the bearish side, the project remains in its exploration stage, with uncertainties regarding definitive lithium assay results in the brines and the need for further, potentially costly, drilling and re-entry programs. Investors may therefore need to weigh the high exploration potential against the inherent risks of early-stage development.