Rare Earth Processing Starts
Neotech Metals Begins Metallurgical Program for Ontario Rare Earth Project Flowsheet
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Neotech Metals Corp. has kicked off a metallurgical process development program with German laboratory specialist Dorfner ANZAPLAN GmbH, targeting its Hecla-Kilmer rare earth project in Ontario, Canada. The program aims to build a preliminary processing flowsheet for rare earth elements, niobium, gallium, and purified phosphoric acid, according to Woodstock Sentinel Review.
The work is partly funded by Ontario's Critical Mineral Innovation Fund (CMIF), a government program that backs early-stage development of critical minerals. CEO Reagan Glazier said the apatite-hosted deposit could produce "a relatively low operating cost flowsheet compared to more refractory REE mineral systems."
Why Hecla-Kilmer Stands Out Among REE Projects
Most rare earth deposits are locked in minerals that are hard and costly to process — what geologists call "refractory" systems. Hecla-Kilmer is different. Its rare earth minerals are hosted in apatite, a phosphate mineral that tends to break down more easily during processing. That could mean lower costs and simpler chemistry, Fairview Post reported.
The project targets more than just rare earths. Neotech plans to recover niobium, used in steel and superalloys, plus gallium, a key material in semiconductors, and purified phosphoric acid, a product used in fertilizers and food processing. That multi-product approach could improve the project's overall economics.
Dorfner ANZAPLAN Brought In to Design the Flowsheet
Dorfner ANZAPLAN is a Germany-based mineral processing and testing lab with a track record in critical mineral projects. Their job here is to run tests on Hecla-Kilmer ore samples and map out the best sequence of steps — the "flowsheet" — to pull out valuable minerals efficiently. The process work is now underway, according to Fort McMurray Today.
When the program wraps up, Dorfner ANZAPLAN will deliver a final report covering mineral recovery rates, concentrate grades, and how much reagent — the chemical inputs — gets consumed. The report will also include recommendations for next steps, which could include a larger-scale piloting phase.
Ontario's Critical Minerals Push Backs the Program
Ontario's Critical Mineral Innovation Fund is helping pay for this work. The CMIF backs projects that develop new ways to find, extract, and process critical minerals in the province. Rare earths, niobium, and gallium all appear on Canada's list of critical minerals — materials seen as vital to clean energy, defense, and technology supply chains, Recorder noted.
Canada has been pushing hard to develop domestic critical mineral supplies, partly to reduce reliance on China, which dominates global rare earth processing. Ontario-based projects like Hecla-Kilmer fit squarely into that national strategy. Government co-funding at this early stage lowers the financial risk for smaller exploration companies like Neotech.
What Comes Next for Neotech Metals
Neotech trades on three exchanges — the CSE in Canada, the OTCQB in the US, and the FSE in Frankfurt — under the tickers NTMC, NTMFF, and V690 respectively. The company describes itself as focused on discovering and developing critical mineral resources. The Hecla-Kilmer project is its flagship asset, Fort Saskatchewan Record reported.
The metallurgical program is an early but important step. A solid flowsheet showing good recoveries and low reagent costs would support a future preliminary economic assessment. That study would put real numbers on what it might cost to build and run a mine at Hecla-Kilmer.
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