Mining

Industry Model North America 12-24 months Delayed transition
2.97%
GDP Growth
6.03%
Inflation
4.2%
Global GHG Share
0.77
Pressure Index
0.55
Resilience Index
0.84
Opportunity Index

 Economic Outlook

IMF WEO baseline with CE industry adjustments anchors the economic baseline for North America. For mining, global baseline growth, inflation, and policy context under fragmented policy conditions over the 12-24 months horizon.

GDP Growth 2.97%conf 60%
Inflation 6.03%conf 55%
Capital Formation 4.14%conf 52%
Labor Tightness 0.69 indexconf 50%

Sector KPIs

Critical Mineral Demand Growth Pct 28.6
Coal Revenue Dependency Score 0.52
Stranded Coal Asset Index 0.68
Water Intensity Score 0.77
Decarbonization Capex Index 0.74
Supply Concentration Hhi 0.71
Green Premium Capture Index 0.38
Community Social Risk Score 0.65

 Climate Outlook

CMIP6 ensemble summary with CE near-term pathway overlays anchors the climate risk lens for North America. Under delayed transition conditions, long-run scenario diversity and physical risk framing is most relevant for mining exposure.

Physical Hazard 0.74 indexconf 75%
Transition Pressure 0.7 indexconf 70%
Adaptive Resilience 0.45 indexconf 64%
Sector GHG Share 4.2%of global

 Integrated Forecast

mining in North America faces elevated climate-linked pressure, but still retains selective growth potential if capital is redirected toward resilience and supply-chain hardening.

Pressure Index 0.77
Resilience Index 0.55
Opportunity Index 0.84
Confidence Index 0.68

 Sector GHG Profile

Global GHG Share4.2%
Decarbonisation Cost0.72 index
Regulatory Exposure0.68 index
BAU TrajectoryMixed
Paris Alignment GapLarge

Primary sources: coal mine methane (ventilation air methane and drainage) · diesel combustion — haul trucks, excavators, drilling rigs · on-site ore processing and smelting · explosives detonation (N2O)

Mining faces a paradox: it is a high-emission sector AND a critical enabler of clean-energy transition (copper, lithium, nickel, cobalt). Transition creates demand uplift for critical minerals (+400% copper demand by 2040 under IEA NZE scenario) while imposing cost pressure on coal mining via carbon pricing and divestment. Delayed transition: coal remains profitable, reducing decarbonisation pressure on existing operators but stranding future projects. Orderly: coal demand collapse accelerates stranding; critical mineral miners face significant capex for green extraction methods.

GHG gas mix

This sector accounts for 4.2% of global greenhouse gas emissions. Higher-emitting sectors face larger regulatory and market transition obligations under any climate pathway.

CO₂38.0%
CH₄52.0%
N₂O9.0%
F-gases1.0%

 GHG Intensity Convergence — 2025–2045

Combined energy and carbon intensity index (base = 100 in 2025), derived from the Kaya identity: EI index × CI index ÷ 100. Source: CE Kaya decomposition calibrated to IPCC AR6 WG3 Ch. 3 & IEA NZE 2050.

  Accelerated Transition achieves the steepest intensity reduction. The gap between pathways by 2045 represents avoided emissions risk.

 Scope 1 + 2 — Direct & Energy Emissions

Colour-coded by decarbonisation pace: ■ fast   ■ moderate   ■ slow. Hover for net-zero target.

 Scope 1 Intensity per $bn Revenue

Thousand tonnes CO₂e per billion USD revenue — the operational carbon cost of generating $1bn of sector revenue. Lower is better. Colour = decarbonisation pace.

 Scope 3 — Value-Chain Emissions

Estimated Scope 3 emissions — upstream supply chain, sold-product end use, and downstream processing. Company disclosures or IPCC Tier 2 estimates.

 Mining Emissions by Country

Top 15 emitters. Colour = region. Hover for details.

 Mining Trend: Top Emitters

Annual GHG trend for the six largest sector emitters.

 Data Sources

Company emissions: CDP disclosures, company sustainability reports (2022–2024)
  How climate risk propagates into Mining through operating, financing, and supply-chain channels.

Operating Pressure

0.72

Financing Pressure

0.93

Supply-Chain Pressure

0.95

 Transmission Narrative

For mining in North America, climate stress matters economically through operations, financing, and supplier reliability rather than through a single aggregate damage number.

 Transmission Channels

Facility disruption

Flood and heat events slow throughput while labor tightness and energy costs reduce utilization.

Impact: 0.74 throughputdowntimelabor productivity

Supplier fragility

Trade fragmentation and localized climate shocks increase inventory and lead-time volatility.

Impact: 0.71 lead timesworking capitalsupplier diversification

 Priority Actions

Prioritise green hydrogen pathway feasibility studies for high-temperature process heat.
Reprice capex hurdle rates to reflect carbon-cost pass-through under $150/tCO₂.
Accelerate supply-chain reshoring to reduce exposure to climate-fragile logistics corridors.

 Watch Items

CBAM certificate costs materially affecting competitiveness
Forced asset idling from acute extreme-weather events
Stranded-asset risk in fossil-fuel-dependent process equipment
Near-term regulatory announcement risk (COP outcomes, domestic carbon-price reviews)

 Rationale

For mining in North America, climate stress matters economically through operations, financing, and supplier reliability rather than through a single aggregate damage number.
Primary operating pressure: 0.720
Primary financing pressure: 0.930
Composite pressure index: 0.770 (high band)
Climate pathway: Delayed transition → delayed profile

 Natural Capital Dependencies

Ecosystem service dependencies and projected depletion risk for the Mining sector under a Delayed transition pathway (TNFD LEAP matrix, FAO data).

Ecosystem service Dependency score Depletion risk / decade Dependency bar
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 Supply Chain Topology Risk

Network propagation of supply disruptions from the Mining sector. Edges weighted by inter-sector dependency, geographic concentration and substitutability (OECD TiVA 2023, IMF GSCPI 2024).

Propagation Summary

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Affected Nodes & Tier Exposures

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