Nevada Organic Phosphate Advances Murdock Mountain Drill Program Amid Global Fertilizer Supply Pressures

Nevada Organic Phosphate Inc. has commenced its 2026 exploration program at the Murdock Mountain Phosphate Project, aiming to develop a domestic source of organic phosphate fertilizer as geopolitical tensions disrupt global supply chains.

SD Metrowire Staff
Agriculture
Nevada Organic Phosphate Advances Murdock Mountain Drill Program Amid Global Fertilizer Supply Pressures

Nevada Organic Phosphate Inc. (CSE: NOP) (OTCQB: NOPFF), a British Columbia-based explorer of organic sedimentary phosphate, has initiated its 2026 drill campaign at the Murdock Mountain Phosphate Project in northeastern Nevada. The company announced on April 13 that required wildlife and sage-grouse lek pre-clearance surveys have been completed without issue, allowing site preparation to continue. A bulldozer contractor is now finishing additional drill pads to enhance understanding of the phosphate zone's strike extent, thickness, continuity and grade characteristics.

The Murdock Mountain project features a shallow-dipping, road-accessible sedimentary phosphate target zone that could support direct-application organic fertilizer production without chemical processing. This approach aligns with the growing demand for organic and regenerative farming practices in the United States agricultural market.

The advancement of the Murdock Mountain project comes at a time when global fertilizer supply faces tightening pressures, including liquefied petroleum gas (LPG) disruptions linked to instability in the Persian Gulf. These disruptions may increase interest in phosphate projects that do not rely heavily on fossil-fuel-based inputs, positioning Nevada Organic Phosphate to capitalize on the need for domestic, low-impact fertilizer sources.

For more information on the company and its projects, visit the newsroom at https://ibn.fm/NOP.

The ongoing exploration at Murdock Mountain represents a strategic effort to develop one of the few known large-scale organic sedimentary phosphate target zones in North America, potentially providing a critical resource for the U.S. agricultural sector amid global supply uncertainties.

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