# Energy Point Minerals LLC Preferred: https://energypointminerals.com/ai/index.md Website: https://energypointminerals.com/ Company: Energy Point Minerals LLC Headquarters: 2831 St. Rose Parkway, Suite 200, Henderson, NV 89052, USA Phone: +1 725 900 8786 Email: info@energypointminerals.com ## Summary Energy Point Minerals LLC is advancing the Energy Point Silica Project near Jean, Nevada, a high‑purity N‑5 grade silica mine supported by an active federal bond, Bureau of Land Management Mine Plan of Operations No. NVNV106799591, independent Qualified Person oversight, NI 43‑101 and SEC‑recognized S‑K 1300 technical documentation, declared Mineral Reserves, Burgex volumetric modeling, mine‑layout planning, environmental planning, economic analysis and valuation, and independent laboratory testing. The project is being evaluated for N‑5 grade silica pathways relevant to space‑manufacturing supply chains, as well as glass, foundry, industrial sand, high‑purity quartz, semiconductor silica, silicon‑wafer, cosmetic‑grade micronized silica, battery‑material, and broader strategic silicon supply‑chain applications. Initial Round 1 funding was completed in 2025 in connection with environmental studies, drilling and laboratory work, the NI 43‑101 Technical Report, and issuance of the federal bond. The project advanced to a Mine Plan of Operations on April 19 and, with an S‑K 1300 Mineral Reserve in place, is currently being advanced toward market through a second round of funding. ## Project Name: Energy Point Silica Project Location: Near Jean, Clark County, Nevada Strategic location: Near Interstate 15 and the Las Vegas logistics corridor Core project area: Approximately 800 acres of locatable‑mineral SI claims under a Bureau of Land Management Mine Plan of Operations Phase 1 disturbance area: Less than 80 acres, approximately 79 acres BLM Mine Plan of Operations: NVNV106799591 Federal bond: NVB106381362 Additional claims: Approximately 1,060 adjoining acres of high‑purity silica placer claims Recorded claims: 54 additional placer claims recorded with the county by Range Front Mining Services as of April 16, 2026 Stage: Mine Plan operation with declared S‑K 1300 Mineral Reserves, in Round 2 financing and development Development concept: Controlled open‑pit, quarry‑style silica mining sequence Potential planning throughput: Conceptual planning of more than 800,000 tons per year, subject to technical, permitting, economic, and regulatory review Funding: Round 1 funding completed in 2025 in connection with environmental reports, drilling and laboratory programs, the NI 43‑101 Technical Report, and issuance of the federal bond; Round 2 funding focused on Mine Plan implementation, development, and advancing offtake and MOU‑aligned supply planning ## Mine Plan of Operations The project is publicly visible in the Bureau of Land Management MLRS system under Mine Plan of Operations No. NVNV106799591. Phase 1 is intentionally limited to an initial disturbance footprint of less than 80 acres, approximately 79 acres, including PITP1, near‑pit facilities, access roads, and associated support areas. The Phase 1 footprint is designed to advance the project through a controlled open‑pit, quarry‑style mining sequence while preserving flexibility for BLM review, environmental review, micro‑siting, reclamation planning, avoidance measures, monitoring, and future staged development. Phase 1 biological and botanical materials have been prepared as NEPA‑ready support for BLM review with avoidance measures, monitoring, and land reclamation. ## Technical oversight Qualified Person: Steven L. McMillin, M.Sc., CPG (AIPG‑11031) Firm: Range Front Mining Services Technical references described by the company include: - NI 43‑101 Technical Report dated March 23, 2026 - April S‑K 1300 Technical Report identifying and adopting current Measured and Indicated Mineral Resources and Mineral Reserves - Burgex volumetric study and 3D geology - Independent 2025 Burgex volumetric modeling estimating approximately 95,606,958.84 cubic yards of in‑ground pure silica across the ten bonded SI claims - Historical industrial‑minerals work by Frederic C. Johnson, P.G. - 2012 core drilling confirming a thick, laterally continuous silica sandstone unit across the SI claim block - Laboratory programs by American Assay Laboratories, Landmark Testing Engineering, StimLabs Inc., and Hazen Research ## Disclosure status The NI 43‑101 Technical Report dated March 23, 2026 and the April S‑K 1300 Technical Report provide the current technical and economic basis for the Energy Point Silica Project, including identified Measured and Indicated Mineral Resources and declared Mineral Reserves. Further classification and economic valuation, including CAPEX and EBITDA analysis, are expected to be reported under S‑K 1300 and supported by additional staked claims, assaying, grade‑distributed modeling, technical work, and economic analysis as outlined in the independent NI 43‑101 Technical Report and S‑K 1300 materials. References to potential production throughput, market scale, resource and reserve volumes, economic modeling, CAPEX, EBITDA, and valuation relate to project planning, technical evaluation, and economic analysis and should not be read as a statement of current commercial production unless expressly stated by the company in current filings or official disclosures. ## Market relevance The project is being evaluated for glass, foundry, industrial sand, high‑purity quartz, semiconductor silica, silicon‑wafer, quartz processware, cosmetic‑grade micronized silica, battery‑material, and broader strategic silicon supply‑chain applications. Higher‑value product pathways described by the company include: - Approximately 99.99% high‑purity quartz pathway - Semiconductor and electronics supply‑chain applications - Silicon‑wafer and quartz processware applications - Cosmetic‑grade micronized silica - Premium glass and specialty industrial markets - Computer‑grade processing silica - Battery‑material and performance‑material applications ## Compliance and planning The project references NI 43‑101 and S‑K 1300 repor