Nevada Organic Phosphate Inc. (CSE: NOP) (OTCQB: NOPFF) has reported encouraging preliminary observations from its ongoing 2026 drilling campaign at the Murdock Mountain Property in Elko County, Nevada. The company stated that drill hole MM26-7 intersected an apparent 39 metres of the targeted Meade Peak stratigraphic interval, pending assay confirmation. This interval is part of the Upper Phosphatic Zone within the Meade Peak Member, which is the primary target of the company's broader exploration program.
The drill hole was completed to a depth of 152 metres and positioned approximately 100 metres north and upslope from drill hole MM25-1, completed during the prior exploration season. Last year's MM25-1 hole intersected approximately 38 metres of the same interval (https://ibn.fm/S9rmS). These results suggest continuity of the phosphatic zone across the property, which could be significant for resource estimation.
Nevada Organic Phosphate is targeting the expanding North American market for direct application organic phosphate fertilizer. The company's focus on organic sedimentary phosphate aligns with growing demand for sustainable agricultural inputs. Domestic phosphate supply is becoming increasingly critical amid global fertilizer supply-chain uncertainty and geopolitical concentration risk, as most phosphate reserves are located in a few countries with unstable political environments.
The Murdock Mountain Property benefits from access to highway, rail, and trucking infrastructure, which would facilitate distribution to national agricultural markets. The property's location in Nevada, a mining-friendly jurisdiction, further enhances its strategic value. The company aims to reduce reliance on imported phosphate fertilizers, which are subject to price volatility and supply disruptions.
Investors can find the latest news and updates relating to NOP in the company's newsroom at https://ibn.fm/NOP. The ongoing exploration program represents a step toward addressing the critical need for domestic phosphate sources, which is essential for food security and agricultural sustainability in North America.
