The Apollo Lithium Project, located in the Nevada desert, has recently completed its summer and fall exploration program. The project, which is owned by Apollo Lithium Corporation, is focused on the exploration and development of lithium-bearing brines.
The exploration program was conducted over a period of three months and included the drilling of two exploration wells. The first well was drilled to a depth of 1,500 feet and the second well was drilled to a depth of 2,000 feet. The wells were designed to collect samples of brine from the subsurface and to measure the concentrations of lithium and other elements in the brine.
The results of the exploration program were encouraging. The samples collected from the wells showed that the brine contained significant concentrations of lithium, as well as other elements such as potassium, magnesium, and boron. The concentrations of lithium were higher than expected, indicating that the Apollo Lithium Project could potentially be a viable source of lithium for the future.
The exploration program also included the installation of a monitoring system to measure the levels of lithium and other elements in the brine over time. This system will allow Apollo Lithium Corporation to track changes in the concentrations of lithium and other elements in the brine over time.
The results of the exploration program have been encouraging and the Apollo Lithium Project is now moving forward with the development of the project. The next step is to conduct a feasibility study to determine the economic viability of the project. This study will include an analysis of the costs associated with the development of the project, as well as an assessment of the potential market for the lithium produced by the project.
The Apollo Lithium Project is an exciting opportunity for the future of lithium production. The exploration program has been successful and the project is now moving forward with the development phase. With the completion of the exploration program, the Apollo Lithium Project is now one step closer to becoming a viable source of lithium for the future.