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MiningNewsManganese X Energy Conducting Pre-Feasibility Work at Battery Hill Project, New Brunswick
Manganese X Energy Conducting Pre-Feasibility Work at Battery Hill Project, New Brunswick
Mining

Manganese X Energy Conducting Pre-Feasibility Work at Battery Hill Project, New Brunswick

•February 27, 2026
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Resource World Magazine
Resource World Magazine•Feb 27, 2026

Why It Matters

The project could reduce North America’s reliance on imported manganese, bolstering the EV battery ecosystem and lowering overall supply‑chain costs.

Key Takeaways

  • •Geotechnical drilling: three holes, 550 m total
  • •ABH Engineering leads PFS schedule and critical path
  • •Metallurgical optimization targets lower processing costs
  • •Project aims to supply domestic battery‑grade manganese
  • •Environmental and First Nations studies integrated into PFS

Pulse Analysis

The surge in electric‑vehicle adoption has amplified demand for high‑purity manganese, a critical component in lithium‑ion cathodes. North American manufacturers have long depended on overseas sources, exposing the supply chain to geopolitical risk and price volatility. Manganese X’s Battery Hill project, situated in mineral‑rich New Brunswick, offers a strategic foothold to domestically produce battery‑grade manganese, aligning with policy pushes for localizing critical minerals and supporting the continent’s clean‑energy transition.

Technical progress at Battery Hill centers on a rigorous geotechnical drilling campaign designed to refine pit‑design parameters and improve wall‑stability models. By collecting site‑specific data across three drill holes, engineers can optimize slope angles, reduce over‑break, and enhance material‑movement efficiency—factors that directly lower capital and operating expenditures. Parallel metallurgical work with Kemetco Research focuses on process tweaks that aim to achieve higher manganese recovery at reduced energy input, positioning the project to compete on cost against established overseas producers.

Beyond engineering, the pre‑feasibility study incorporates comprehensive environmental baselines, permitting pathways, and proactive engagement with local First Nations communities. These steps are critical for securing social licence and mitigating regulatory delays, which have historically hampered mineral projects in the region. If the PFS confirms economic viability, Battery Hill could become the first publicly traded North American manganese mine, supplying the burgeoning EV battery market while delivering a lower‑carbon, locally sourced alternative to traditional imports. This development signals a maturing domestic critical‑minerals ecosystem poised for accelerated growth.

Manganese X Energy conducting Pre-Feasibility work at Battery Hill Project, New Brunswick

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