Kwanika's Smart Sort: Tech Boosts Copper Project's Economics & Green Appeal

TORONTO, ON – February 23, 2026 – NorthWest Copper Corp. is poised to significantly enhance the economic and environmental profile of its flagship Kwanika copper-gold project in British Columbia, following the announcement of highly positive results from advanced ore sorting tests. The new data suggests that by using cutting-edge technology to separate valuable ore from waste rock before processing, the project could see higher grades, lower costs, and a substantially smaller environmental footprint.

The results, which will be integrated into a new Preliminary Economic Assessment (PEA) expected in mid-2026, represent a pivotal step for the company as it aims to redefine the Kwanika project as a more capital-efficient and profitable venture in a world increasingly hungry for copper and gold.

A Technological Leap for Project Economics

At the heart of this development is the successful application of X-Ray Transmission (XRT) sorting technology. The test program, conducted by Canenco Consulting Corp. and the Saskatchewan Research Council, demonstrated a remarkable ability to upgrade the material destined for the mill.

The highlights are compelling: test work showed an approximate 19% increase in the grade of copper, gold, and silver fed to the processing plant. This was achieved with high metal recoveries of around 89%, while simultaneously rejecting 25% of the mined material as low-grade waste. This rejected material isn't lost; it would be stockpiled for potential processing later in the mine's life, effectively maximizing resource extraction over the long term.

"The sorting results are encouraging and demonstrate the opportunity to improve mill feed grade at Kwanika early in the mine life, enhancing overall project economics," said Paul Olmsted, CEO of NorthWest, in a company statement. He noted that the technology could allow for a smaller, less expensive mill without sacrificing production rates. "Incorporating sorting may allow for a reduction in mill size and lower upfront capital costs while maintaining similar copper and gold production rates."

This is a significant departure from the project's 2023 PEA, which envisioned a C$567.9 million initial capital expenditure for a 22,000 tonnes-per-day processing plant. By pre-concentrating the ore, the company can now evaluate a scenario with a smaller, more efficient plant, potentially trimming millions from the upfront investment and improving the project's overall return. This strategic shift could make Kwanika a more attractive and resilient project in the face of fluctuating commodity markets.

The Green-Mining Blueprint

Beyond the bottom line, the implications for the project's environmental performance are equally profound. XRT sorting is a dry process that uses sensors and compressed air to physically separate rocks based on their density, a proxy for metal content. By removing a significant portion of barren rock before it enters the energy-intensive grinding and flotation circuits, the technology promises a cascade of environmental benefits.

"Sorting could also enable us to reduce the overall environmental footprint of the project, significantly reducing greenhouse gas emissions, process water, chemicals and energy requirements,” added Geoff Chinn, VP Business Development and Exploration.

This early rejection of waste directly translates to less electricity consumed for crushing and grinding—often the most power-hungry part of a mining operation. It also means less water and fewer chemical reagents are needed for processing, and critically, a smaller volume of tailings (the finely ground waste rock left after metal extraction) needs to be managed and stored. In a province with stringent environmental regulations like British Columbia, these reductions are not just good practice; they are a core component of securing permits and maintaining a social license to operate.

Industry experts confirm that these benefits are a key driver for the technology's adoption. "By rejecting waste early, operators feed higher-grade material into their mills, reduce operational expenditure, and improve overall efficiency," an independent analyst specializing in critical minerals noted. This aligns perfectly with the growing demands from investors and communities for more sustainable mining practices.

Riding the Wave of Industry Innovation

NorthWest Copper's move is not happening in a vacuum. The company is joining a growing cohort of miners in British Columbia and around the world who are turning to sensor-based sorting to unlock value from their deposits. The technology, pioneered by firms like TOMRA, has matured significantly and is now a proven tool for tackling the industry-wide challenge of declining ore grades.

In British Columbia, companies like Canadian Critical Minerals at its Bull River project and Kutcho Copper have also reported strong results from XRT sorting, demonstrating its effectiveness in the region's specific geological settings. This broader adoption de-risks the technology for NorthWest and signals a clear trend toward smarter, more selective mining.

"XRT scanners essentially perform automated geometallurgical characterisation at conveyor belt speeds," one mining technology consultant explained. This ability to make real-time decisions on every rock allows companies to turn what was once considered low-grade or waste material into a valuable resource, potentially extending the life of mines and making previously uneconomic projects viable.

Redefining Kwanika's Future

The successful sorting tests are a crucial piece of a larger puzzle NorthWest is assembling to present a revitalized Kwanika project. The company has also reported promising results from separate metallurgical work aimed at improving gold and silver recoveries, which showed recovery gains of up to 34% for gold and 37% for silver compared to previous tests.

When combined, the higher-grade feed from sorting and improved recoveries in the plant have the potential to fundamentally alter the project's value proposition. The upcoming 2026 PEA will be the first time all these improvements are formally integrated into a single economic model. The goal is clear: to present a higher-margin, lower-capital, and more environmentally sound project to the market.

As the global transition to a low-carbon economy accelerates the demand for copper, projects like Kwanika are becoming increasingly critical. By leveraging innovation to maximize efficiency and minimize impact, NorthWest Copper is positioning its project not just to meet that demand, but to do so in a way that sets a new standard for resource development in the 21st century.