The global mining market is projected to reach approximately US$3.35 trillion in 2026. At the same time, volatile commodity prices and rising demand for copper, gold, and rare earth elements (REEs) are forcing operators to rethink how they extract value and make decisions.
Process optimisation to offset declining ore grades
Ore grades are declining, while high-grade deposits are becoming harder to access. New projects face longer ramp-up times, higher risk, and tighter margins. As a result, tighter quality control and more precise processing are becoming essential.
At the same time, electrification, the energy transition, and supply chain pressures are making lower-grade and secondary resources more viable. Operators are under increasing pressure to extract more value from complex material.
Tailings reprocessing and geometallurgy move mainstream
As commodity prices rise, materials once considered waste are becoming viable feed. Tailings reprocessing is gaining traction across commodities, with even marginal recovery improvements now justifying investment.
Tailings pose complex processing challenges due to their heterogeneity, variable particle sizes, and complex mineralogy. Predicting material behaviour throughout processing is now as crucial as elemental composition, driving the adoption of geometallurgy, which treats mineralogy as equally critical to chemistry in process strategy. Mining companies now prioritise frequent, representative measurement to understand feed content and its response to processing.
Real-time analysis becomes the new operational baseline
Real-time and online analysis are becoming standard expectations in mining. Advances in sensors, automation, and data integration have made continuous measurement more reliable and widely used.
In some regions, such as India, real-time analysis is now mandated by government regulation, reflecting a broader push for operational transparency and risk management. It is expected across a wide range of process stages:
- Ore sorting and blending.
- Beneficiation control.
- Hydrometallurgical processing.
- Tailings and waste stream monitoring.
The deployment of technologies such as prompt-gamma neutron activation (PGTNA), laser diffraction and online XRF enables continuous monitoring of composition and particle size, supporting faster operational adjustments.
Portable instrumentation accelerates field decision-making
As mining becomes more dynamic, decision speed is increasingly tied to profitability. Rapid changes in feed composition, particularly in mixed or recycled streams, require operators to adjust processing strategies in real time.
Portable analytical tools are therefore gaining importance across both field and plant operations. Handheld XRF is widely used, while LIBS and infrared spectroscopy extend elemental and mineral identification capabilities, enabling faster decisions in remote or variable environments.
Automation drives a fundamental workforce transformation
Automation is already well established in remote operations, from Western Australia to Northern Canada, and is expanding into newer frontiers such as the Arctic.
Even with advanced analytical systems, reliable results still depend on well-prepared samples, so many operations are prioritising automation in sample preparation first. This shift is also reshaping the workforce, increasing demand for simpler systems, flexible deployment, digital workflows, and remote support rather than constant on-site expertise.
ESG moves from reporting requirement to operational priority
ESG considerations are increasingly embedded in mining operations. While once driven mainly by reporting and investor pressure, they now directly influence how mines are designed, managed, and optimised.
Key priorities in 2026 include water management in arid regions, decarbonisation through lower emissions and improved efficiency, greater use of renewable and on-site energy, and stronger engagement with local and indigenous communities during project planning.
Deep-sea mining: emerging opportunity, urgent questions
Deep-sea mining is moving from concept to early-stage development, with activity in Southeast Asia and Latin America. Target materials include manganese, nickel, cobalt, and REEs, all critical to battery supply chains.
The challenges are significant: extreme remoteness, harsh conditions, and limited infrastructure require heavy reliance on automation, remote sampling, and real-time data from the outset. At the same time, intense environmental scrutiny means that high-quality, defensible analytical data will be critical to determining whether projects can proceed.
Dr. Uwe König, Business Development Manager at Malvern Panalytical, says:
“Mining processes in 2026 are defined by a balance of complexity, risk and opportunity in equal measure. The operations that will succeed are those that embrace real-time insight, automate intelligently, and build the digital infrastructure needed to turn data into decisions at the pit face, in the laboratory, and across global portfolios.
End-to-end materials insight, spanning portable field analysis, rapid laboratory characterisation, online process monitoring, and cloud-connected fleet management, is no longer a technological aspiration. It is the operational foundation for confident, rapid decision-making in a world where ore grades are declining, ESG expectations are rising, and the margin for error is narrowing. “