Sales Nexus CRM

Wheaton Precious Metals Awards $1 Million for Mining Wastewater Technology

By FisherVista

TL;DR

Wheaton Precious Metals awards $1 million to Cetos Water for wastewater tech, giving mining companies a competitive edge through lower costs and compliance advantages.

Cetos Water's low-energy, solvent-based technology converts mining wastewater into reusable water, enabling efficient water reuse and reducing tailings liabilities at mine sites.

This technology addresses water scarcity by transforming mining wastewater into clean water, making mining more sustainable and improving environmental conditions for communities.

Wheaton's Future of Mining Challenge winners include Cetos Water, pH7 Technologies, and H2nanO, with the next edition focusing on reducing land impact.

Found this article helpful?

Share it with your network and spread the knowledge!

Wheaton Precious Metals Awards $1 Million for Mining Wastewater Technology

Wheaton Precious Metals Corp. (NYSE: WPM) (TSX: WPM) has announced Cetos Water as the winner of its second annual Future of Mining Challenge, awarding US$1 million for a technology that converts mining wastewater into clean, reusable water. The 2025 challenge focused on sustainable water management solutions and was delivered in partnership with the University of British Columbia Sauder School of Business. Cetos Water’s low-energy, solvent-based approach aims to enable more efficient water reuse at mine sites, supporting discharge compliance and reducing tailings liabilities, while addressing water scarcity constraints.

This development is significant because water management represents one of the most pressing environmental and operational challenges facing the global mining industry. Mining operations are often located in water-stressed regions, and their water-intensive processes can lead to conflicts with local communities and ecosystems. The technology recognized by Wheaton Precious Metals directly tackles these issues by transforming wastewater—a liability—into a reusable resource. This innovation could help mining companies meet increasingly stringent environmental regulations, reduce their freshwater consumption, and minimize the environmental footprint of their tailings storage facilities.

The implications extend beyond individual mine sites to the broader industry and communities. Efficient water reuse technologies can lower operational costs associated with water procurement and waste treatment, potentially making mining projects more economically viable and sustainable in the long term. For communities near mining operations, improved water management means reduced risk of contamination and greater security of local water supplies. The industry-wide adoption of such technologies could shift public perception and regulatory frameworks, positioning mining as a more responsible partner in the global transition to a green economy.

Wheaton also recognized pH7 Technologies and H2nanO as finalists in the challenge. The company confirmed that the third edition of the Future of Mining Challenge will focus on technologies that reduce land impact through more efficient mining and processing. Applications for the 2026-2027 program will open later this year. More details about the challenge and Wheaton's initiatives can be found in the company’s newsroom at https://ibn.fm/WPM.

As a premier precious metals streaming company, Wheaton Precious Metals' investment in this challenge underscores a strategic commitment to fostering innovation that addresses the environmental and social governance (ESG) priorities critical to the mining sector's future. By providing capital and recognition to emerging technologies, Wheaton is helping to catalyze solutions that could redefine industry standards for water stewardship. The success of Cetos Water's approach may encourage further research and investment in circular economy models for mining, where waste streams are minimized and resources are continually reused.

blockchain registration record for this content
FisherVista

FisherVista

@fishervista