Decarbonizing Mining: Key Trends, Major Technologies and Case Studies 2026

Explore mining decarbonization strategies, emissions data, net-zero targets and technologies. Benchmark leading miners and assess investment priorities.

Mining companies face increasing pressure to reduce greenhouse gas emissions while supplying critical minerals for renewable energy, electric vehicles and the wider energy transition. However, high capital costs, commodity price volatility, infrastructure limitations and operational constraints can slow the adoption of low-carbon technologies.

GlobalData’s Decarbonizing in Mining Industry report assesses the technologies, investment considerations and corporate strategies shaping the industry’s transition towards net zero. It examines renewable energy, electrification, alternative fuels, hydrogen and carbon capture, utilization and storage (CCUS), including their commercial viability, implementation barriers and suitability for mining operations.

The report evaluates five key pathways for reducing emissions across mining operations:

• Renewable energy: Assess on-site renewable generation and power purchase agreements (PPAs) as options for reducing electricity-related emissions.
• Mine electrification: Examine the potential for electrified equipment and fleets, alongside requirements for charging infrastructure, battery swapping, energy storage and grid upgrades.
• Alternative fuels and trolley-assist systems: Understand interim options for reducing diesel consumption and supporting operational efficiency.
• Hydrogen: Evaluate its potential for mining applications that are difficult to electrify, subject to infrastructure availability and project economics.
• Carbon capture, utilization and storage (CCUS): Explore its potential contribution to emissions reduction and the barriers to commercial deployment.

Renewable electricity offers relatively accessible near-term opportunities in suitable locations. However, deeper decarbonization through electrification and other emerging technologies depends on infrastructure readiness, capital availability and mine-site conditions. The analysis helps you compare these pathways and understand their respective adoption timelines.

Mining Emissions Data, Net-Zero Targets and Competitor Benchmarking

The report reviews emissions performance and climate commitments across selected mining companies, providing insight into their decarbonization priorities and progress towards stated targets. By examining Scope 1 and Scope 2 emissions data, interim milestones and long-term net-zero commitments, you can compare corporate approaches and identify differences in ambition and implementation timelines.

Relevant industry peers for benchmarking include BHP, Rio Tinto, Fortescue, Glencore, Anglo American and Vale. The report’s selected company coverage can help you structure comparisons with global mining leaders and identify areas requiring further investigation. Company-specific targets and performance should be checked against the latest corporate disclosures.

Mining Decarbonization Investment: Costs, Risks and Barriers

Technology selection depends on more than emissions reduction potential. High upfront capital requirements, commodity price fluctuations, supply chain bottlenecks and competing investment priorities can influence project viability. The report assesses these challenges alongside the infrastructure required to support low-carbon mining, including renewable generation, battery energy storage, electricity networks and fleet charging systems.

This analysis can support technology assessments, investment planning and discussions about implementation priorities. It also examines how repurposing mines may contribute to the energy transition, highlighting a potential area for further strategic and commercial evaluation.

Scope

The report covers:

• Emissions across the mining value chain: Overview of major emissions sources.
• Corporate climate targets: Selected companies’ net-zero commitments and interim reduction milestones.
• Scope 1 and Scope 2 emissions: Company-level emissions data for selected mining businesses.
• Technology assessment: Renewable energy, alternative fuels, electrification, hydrogen and CCUS, including commercial viability timelines and suitability.
• Macroeconomic challenges: Capital requirements, commodity price volatility and supply chain constraints.
• Industry case studies: Decarbonization technologies being trialled or implemented.
• Mine repurposing: Potential contributions to the wider energy transition.

Key Highlights

Renewables are delivering near-term emissions reduction, but tighter capital discipline following commodity-price volatility is slowing investment in higher-cost levers such as fleet electrification, CCUS, and low-carbon hydrogen.

Net-zero commitments are increasingly standard among major miners, yet the concentration of targets in 2050 suggests many are deferring the hardest abatement and capital-intensive measures until late in the transition.

Most major mining companies have set themselves interim emissions targets. A standard benchmark is a 30% reduction in Scope 1 and 2 emissions by 2030. However, Fortescue has set the ambitious target of ‘real’ net-zero by 2030.

In the near term, renewable electricity is the most readily deployable lever for reducing operational emissions and is increasingly being implemented through power purchase agreements (PPAs) and on-site renewable generation. Many miners are also pursuing pragmatic interim measures, such as trolley-assist and alternative fuels, to support near-term targets and operational efficiency, though adoption is frequently moderated by capital discipline

Over the medium to long-term, electrification remains the central pathway to deep decarbonization and can improve cost performance over the asset life. However, scalability is limited by the need for enabling infrastructure, including renewable generation, co-located battery energy storage, transmission and distribution upgrades, and charging or battery swapping capability.

Reasons to Buy

Use this report to:

• Evaluate technology options: Compare the commercial maturity, applications and implementation barriers of key mining decarbonization technologies.
• Benchmark industry leaders: Assess selected mining companies’ emissions data, interim targets and net-zero commitments.
• Inform investment decisions: Understand the financial, infrastructure and supply chain factors that can affect technology adoption.
• Support operational planning: Identify emissions reduction pathways relevant to different mine-site requirements and operating conditions.
• Identify strategic opportunities: Examine emerging technologies and mine repurposing in the context of the energy transition.

The report provides an industry-level evidence base for strategic planning. Site-specific engineering, financial modelling and due diligence remain necessary when evaluating individual projects.

Who Should Buy This Mining Decarbonization Report?

This research is relevant to professionals responsible for mining operations, sustainability, technology, energy and investment.

• Chief Sustainability Officers and ESG Directors: Assess emissions reduction pathways and corporate climate commitments.
• Mining CEOs, COOs and Operations Directors: Evaluate operational implications and decarbonization priorities.
• Strategy and Corporate Development Teams: Compare industry approaches and assess the strategic implications of the net-zero transition.
• Energy and Decarbonization Managers: Evaluate renewable power, electrification, alternative fuels, hydrogen and CCUS.
• Mine Planning and Engineering Leaders: Assess technology suitability and infrastructure requirements.
• Capital Projects and Procurement Directors: Understand capital intensity, equipment requirements and supply chain constraints.
• Mining Equipment Manufacturers and Technology Providers: Identify potential applications for electrified equipment, energy storage and low-carbon technologies.
• Renewable Energy Developers and Power Suppliers: Assess potential demand for renewable electricity, PPAs and supporting infrastructure.
• Investors, Private Equity Firms and Financial Analysts: Examine emissions performance, corporate commitments and technology adoption risks.
• Management Consultants and Industry Analysts: Support market assessments, client advisory work and competitive analysis.
• Government Bodies and Mining Regulators: Understand decarbonization approaches and barriers affecting industry transition plans.

How Companies Can Use This Report

The following examples illustrate potential applications for relevant organisations. They do not imply that these companies have purchased or used the report.

• Mining operators like BHP, Rio Tinto and Vale: Strategy and sustainability teams can use the emissions data and technology analysis to structure competitor benchmarking, assess decarbonization pathways and identify priorities for further operational evaluation.
• Companies pursuing ambitious climate targets like Fortescue: Fortescue’s stated ambition for real net zero by 2030 provides an example for examining the relationship between corporate targets, technology choices and implementation timelines. Its current target status should be verified against the latest company disclosures.
• Diversified mining businesses like Glencore and Anglo American: Corporate strategy and operations teams can use the analysis to compare technology options and evaluate how infrastructure constraints and capital requirements may affect implementation across mining assets.
• Mining equipment and technology providers: Manufacturers can use the technology assessment to identify potential demand for electrified equipment, alternative fuels and energy storage, supporting market prioritisation and product strategy.
• Renewable energy developers and power suppliers: Energy companies can assess potential mining-sector demand for renewable generation and PPAs to inform market research and identify opportunities for further commercial assessment.
• Investors and financial analysts: Investment teams can use the company-level emissions and target analysis to support preliminary due diligence on climate commitments, operational transition risks and decarbonization-related capital requirements.

Assess Your Mining Decarbonization Strategy

Whether you are evaluating low-carbon technologies, reviewing competitor climate commitments or planning mining-sector investments, understanding technology readiness and implementation barriers can help you make more informed decisions.

Access GlobalData’s Decarbonizing in Mining Industry report to assess emissions reduction pathways, benchmark selected mining companies and inform your next strategic planning discussion.