Nelson Resources Advances Metallurgical Testing and Drilling at High-Grade Orleans Mine
Nelson Resources has kicked off metallurgical testing on samples from its high-grade Orleans Mine and completed underground rehabilitation, setting the stage for a follow-up core drilling program to extend known mineralisation at the Gold Point Project in Nevada.
- Metallurgical testwork underway on high-grade and remnant vein samples
- Underground rehabilitation completed, enabling drilling platform setup
- Follow-up diamond drilling planned to test vein extensions beyond historic workings
- Recent underground sampling confirms strong gold-silver grades
- 3D geological modelling to refine targets at Orleans and Great Western
Metallurgical Testing Targets Processing Viability
Nelson Resources (ASX:NES) has commenced metallurgical testwork on four composite samples from its Orleans Mine, part of the Gold Point Project in Nevada. The samples, submitted to Kappes, Cassiday & Associates in Reno, include both high-grade vein material and lower-grade remnant mineralisation left behind by historical mining. This testing aims to assess how amenable the mineralisation is to conventional extraction methods, a key step in evaluating the project's economic potential.
Underground Rehabilitation Unlocks Follow-Up Drilling
Rehabilitation of the upper levels of the historic Orleans Mine is now complete, with drill platforms established and Bazooka core drilling equipment mobilised. This infrastructure upgrade supports Nelson’s plan to drill up to 15 diamond core holes targeting extensions of the Orleans vein approximately 40 metres beyond existing workings. The follow-up program aims to test interpreted high-grade vein extensions outside the current mine development, building on an initial maiden drilling campaign of eight short holes whose assay results are pending.
Sampling Reinforces High-Grade Gold-Silver Potential
Recent underground sampling during rehabilitation continues to confirm the presence of high-grade gold and silver mineralisation. Notably, chip samples from the 300-foot level returned grades as high as 77.9 g/t gold and 46.1 g/t silver over one metre. Additional samples collected from collapsed stopes across multiple levels yielded assays up to 7.27 g/t gold and 215 g/t silver, reinforcing the potential for significant mineralisation at depth and near existing underground workings.
Integrating Data into Advanced Geological Models
Nelson plans to integrate assay results, geological observations, alteration data, drill cuttings, and underground survey information into a comprehensive 3D geological model. This model will refine priority drill targets within the Orleans Mine and support exploration planning at the nearby Great Western Mine, where rehabilitation efforts have also commenced. The company’s strategy combines underground mapping, sampling, LiDAR, and geophysics to systematically explore the Gold Point district.
Gold Point’s Historical Significance and Multi-Frontier Potential
The Gold Point Project sits in Nevada’s Walker Lane District, a prolific mining region with over 40 million ounces of gold produced within a 90-kilometre radius. Historical production at Gold Point includes approximately 75,000 ounces of gold at high grades of 20-30 g/t, mainly from four of fifteen mapped veins. Nelson’s consolidation of the district under a single owner allows for a unified exploration approach targeting multiple mineralisation styles, including epithermal gold-silver veins, intrusion-hosted deposits, skarn mineralisation, and porphyry copper-molybdenum-gold systems.
With metallurgical test results and maiden drilling assays still awaited, Nelson’s upcoming core drilling and model integration will be critical in defining the scale and economic viability of the high-grade mineralisation at Orleans. The company’s focus on underground access and targeted drilling could provide a cost-effective pathway to resource delineation at this historically significant project.
Bottom Line?
Nelson’s metallurgical testing and underground drilling preparations mark a pivotal phase for Gold Point, with assay results and 3D modelling soon to clarify the project’s high-grade potential.
Questions in the middle?
- Will metallurgical results confirm efficient gold and silver recovery from remnant and high-grade vein material?
- How will upcoming core drilling assays influence the scale and continuity of mineralisation at Orleans?
- Can the integrated 3D model enhance targeting to unlock new discoveries at Orleans and Great Western?