As we celebrate Palladium’s 60th anniversary, we sat down with leaders from across our business and our GISI Consulting Group sister companies to look ahead sixty years. We asked them what the industry would look like and what they hoped to see. When it came to the mining industry, we spoke with experts from Palladium and GEI who give us hope that the mining industry can do more than just power economies, it can create real change for people and planet.

By 2085, mining could bear little resemblance to today’s industry—transformed by the full realization of net-zero commitments, circular economy principles, cutting-edge technology, and deep-rooted social responsibility commitments. “By then, the sector will have hopefully been net zero for at least 30 years,” says Palladium’s Director of Sustainable Infrastructure, Erin Leyson, with emissions reduced as much as possible from operations and processing and the remainder balanced by verified offsets enabling companies to meet and exceed 2050 targets.

However, the future vision is about more than just carbon. That future also extends well beyond the mine fence. Over the coming decades, leading operators will think about closure from Day 1, designing infrastructure and making decisions around social investment and water stewardship that make it easier to repurpose and transition projects later on—treating mining as a temporary land use rather than a permanent scar. In practice, this could mean infrastructure designed for post‑mine livelihoods, restored ecosystems that support new economic activity, and communities that are stronger because mining happened, not despite it.

A central pillar of that future is eliminating waste.

For Jesse Morrill-Winter, Senior Risk Consultant for GEI, the idea is bold but plausible. “Ideally, tailings basins would not exist at all… effectively tailings-free mine processing,” he says, envisioning circular metallurgical processes that convert residuals into reusable materials rather than waste stored in vast impoundments. The goal he says, is that “the only thing that actually leaves the ground is what you extract, with everything else reused for construction, backfill, or industrial inputs.”

Technology drives much of the shift. High-resolution subsurface imaging and AI-enabled “precision mining” could reduce land disturbance dramatically, allowing companies to extract exactly what they need rather than carving massive pits to find it. “These emerging tools may allow mining to happen with minimal disruption to the land and the people around mine sites,” adds Morrill-Winter.

Leyson agrees the direction of travel is clear, even if the transition won’t be perfect or linear. While she believes tailings-free mining and closed-loop systems are realistic over the next 60 years, she also notes the demand realities between now and then: copper, nickel, and other critical minerals will still require responsible, new extraction alongside recycling and re-mining of historic tailings. “More circularity in the sector is absolutely possible, but precision and accountability will matter most in the interim before we can actually get there.”

The path to that long term vision will be shaped by a few decades of intense demand for critical minerals driven by the energy transition, electrification, and digital infrastructure. Meeting that demand responsibly will depend not just on where minerals are located, but on how companies earn social license: increasingly through genuine partnerships with Indigenous Peoples as rights holders, co developers, and in some cases owners.

New technologies—from precision mining to digital engagement tools—have the potential to rebalance this equation, but only if they are matched by governance, accountability, and trust. She adds that before mining can become truly regenerative, circular, and low impact, the sector must first manage a transition period characterised by trade offs, not perfection. “The next few decades will be about navigation, not necessarily optimisation,” she adds. “Those working in the sector will be navigating how to respect human rights while meeting increasing production demands, investing in systems that absorb disruption and help companies and communities transition to less labor intensive operations, all while finding ways to scale efforts to preserve natural ecosystems and set up for eventual closure.”

Energy systems will change just as dramatically.

Already, Leyson notes, many mines are running on partially renewable energy because they are remote, land-rich, and need reliable power sources to secure resilient operations. In places like Australia and Madagascar, solar and wind are helping to sustainably power mine sites, sometimes even supplying local communities with energy as well. By 2085, renewable energy shouldn’t be an innovation—it should be the standard, and ideally the sole power source for mining operations, enabling the industry to deliver greater environmental benefits.

Perhaps the most transformative change, however, is human.

Automation, robotics, and digital control rooms will continue to move workers out of shafts and underground workspaces, into control rooms where they use data to make decisions at an even faster pace than what we see today. “That means fewer people underground, more machines, more precision,” says Leyson. But it also means a cultural shift—one that could open doors for more women, young professionals, urban workers, and differently abled people into an industry historically dominated by men.

“I believe that the move toward remote and digital work will allow more parents, particularly mothers, to work in the sector, and open pathways for communities historically excluded from mining roles” remarks Leyson. “It will make the industry better,” says Morrill-Winter, simply, referencing the impact that a more diverse workforce will have on the sector.

Yet none of this happens automatically. It requires investing in workforce skills, working with regional partners, valuing Indigenous perspectives, and making mines something communities want—not just tolerate. In 2085, a successful mine won’t just extract; it will regenerate environments, close resource loops, and leave behind legacies of which people are proud.

Looking ahead, what gives Leyson and Morrill-Winter hope is not just technology—but people and a generation that cares deeply about climate, equity, and accountability, which is already shaping what’s possible. “I’m hopeful that the future mining workforce will continue to challenge paradigms, modernise workforces and help mining companies leave positive legacies that are good for communities and the business,” concludes Leyson.

Mining in 2085 will still exist, because the world will still need minerals. But if the industry delivers on its emerging vision, it will be safer, cleaner, fairer, and far more circular than the industry of today.

What’s most exciting is that future isn’t science fiction—it’s already taking shape.

Palladium and GEI are GISI Consulting Group companies and working together, the teams integrate socio-economic, environmental, and engineering expertise across the full mine lifecycle—providing mining companies with a single, coordinated partner that accelerates approvals, reduces operational risk, and enhances ESG performance.