Mining demand is expected to grow through 2050, but the industry’s future environmental and social impact will depend heavily on how governments, companies and investors respond to geopolitical competition, technological change and pressure on ecosystems. A new scenario study developed by Systemiq and ERM with the International Council on Mining and Metals examines three possible paths rather than forecasting a single outcome.
The study draws on more than 20 expert interviews, industry consultation, a survey of 16 industry leaders and a review of major trends and constraints. It says decisions made during this decade will influence mineral supply and mining’s effects on nature and communities for decades, particularly because developing a new mine can take up to 20 years.
Its most favorable scenario, called Flywheel, combines international cooperation, stronger governance, transparent markets, technological progress, circularity and more efficient resource use. Under that model, governments and companies diversify supply chains, improve permitting without weakening environmental protections and reward verified low-impact production with better financing and possible price premiums.
The study says reaching that outcome would require sustained cooperation and relative geopolitical stability, both of which are uncertain as governments place greater emphasis on domestic mineral security.
The Fracture scenario presents the opposite direction. Supply chains divide into regional blocs as governments prioritize national security and economic development, innovation slows and environmental safeguards weaken.
Space Race falls between those extremes. Strategic competition among major powers accelerates state-backed technological development, but mineral markets split along geopolitical lines and environmental standards diverge. Advanced technologies could reduce impacts in some regions, while other areas could expand more damaging extraction to secure supplies. Copper demand would match the Fracture scenario, while deforestation would decline 3% by 2050.
The study identifies water stress, flooding, fire, biodiversity loss and community opposition as risks that can affect permitting, operating costs and access to capital. It also says recycling, substitution, material efficiency, reuse, improved mineral discovery and precision extraction could reduce pressure on ecosystems, but would not eliminate the need for substantial new primary mineral supply.
The scenarios are intended to help decision-makers test strategies against different political and economic conditions, not to predict the future or prescribe a preferred result. Their central distinction is how innovation and governance interact: cooperation could support more resilient supply chains and lower impacts, while fragmentation could increase mineral competition and environmental pressure.