Brunswick Exploration, also known as BRW, has paved the way for modern exploration techniques by providing seismic data and geological analysis of various mineral-rich pockets worldwide. One of their most significant recent developments is the identification of new spodumene-rich boulder trains at Mirage and the commencement of a summer drill campaign.
Spodumene is a lithium pyroxene mineral with significant economic value. It’s the primary source of lithium for many tech companies manufacturing smartphones, electric vehicles, and solar energy storage facilities. Thus, the recent discovery of spodumene-rich boulders at the Mirage property is an innovative move by BRW.
This area in particular previously showed signs of high lithium content. BRW’s discovery points to an enhanced concentration of spodumene, which could potentially increase the region’s lithium supply by a significant margin. The blobs of these boulders have pinpointed strikingly high lithium levels, indicating the presence of a large-scale lithium reserve in the region.
The progressive techniques used by BRW in this discovery are also noteworthy. Utilizing advanced exploration methodologies such as systematic trail mapping and drone-assisted magnetic surveys, the company was able to identify the boulder trains effectively. These innovative exploration measures were complemented by surface sample testing, which confirmed the identifications.
As part of their ongoing operations and in the light of these promising discoveries, BRW is initiating a comprehensive summer drill campaign. Emphasizing a target-oriented approach, this campaign aims to gather more comprehensive data regarding the spatial distribution and total potential value of the spodumene deposits.
The aerial geophysical survey, conducted using versatile drones, forms an integral part of this campaign. BRW plans to use these drones to gather critical data while maneuvering through difficult terrains. Both electromagnetic and magnetic surveys are on the agenda – measures that will help in mapping the subsurface geological profile accurately.
The summer drilling campaign also includes ground geophysics. To ensure a precise exact profiling of the identified targets, a combined use of versatile drones and traditional ground geophysics will cover all geological aspects. By accessing the inaccessible terrains, the ground geophysics will contribute to the accuracy of drilling targets.
Furthermore, BRW is determined to follow responsible exploration practices. The company seeks to ensure that its initiatives cause minimal disturbance to the environment, flora, fauna, and local communities. With a focus on sustainable development, BRW’s exploration plans also include stringent measures to conserve and protect local biodiversity.
The discovery of the new spodumene-rich boulder trains at Mirage and the subsequent launch of the summer drill campaign is a blend of advanced exploration techniques paired with a sustainable approach. This initiative by BRW is expected to generate extensive geological data and foster more accurate targeting for future exploration. The high-grade lithium findings in the boulders trains not only promise a potential economic boost for the technology industry but also mark an innovative and eco-friendly approach towards resource extraction methodologies.
