The global system didn’t break - it reset at a higher level of friction. I have developed this blog using AI (for background research and formatting) to understand the risks and to generate discussion about how it will impact the next three years.
Risk is no longer about isolated shocks. It’s about compounding pressures that are now structural, persistent, and increasingly intertwined.
Where we stood in 2025
- Geopolitics normalized instability: Ukraine, the Middle East, and great-power rivalry became enduring features rather than temporary crises.
- Climate crossed a threshold: extreme heat, floods, fires, and insurance losses moved from “future risk” into everyday economic reality.
- Economies held together — unevenly: the U.S. proved resilient, Europe stagnated but avoided crisis, China slowed structurally, and emerging markets diverged.
- Institutions functioned, but with thinner margins: fiscal space, public trust, and global coordination all eroded.
What changes from 2026–2028
Looking ahead, risk doesn’t spike suddenly — it drifts upward and compounds.
- Volatility becomes more frequent, even if crises remain contained.
- Structural forces (climate, demographics, geopolitics, and industrial policy) accelerate faster than policy adaptation.
- Climate shifts from a “risk factor” to a binding economic constraint.
- Capital increasingly flows toward resilience, defense, and adaptation rather than pure efficiency.
What This Means for Energy & Chemicals
These sectors sit at the intersection of geopolitics, climate, capital intensity, and regulation, which makes them early indicators of where risk is heading.
1. Near-Term Risks (2025–2026)
High visibility, high volatility
- Geopolitical disruptions to energy flows, feedstocks, and shipping lanes
- Regulatory uncertainty around emissions, permitting, and trade barriers
- Margin pressure from demand volatility and cost inflation
- Project execution risk as supply chains remain fragile
2. Medium-Term Risks (2026–2028)
Compounding, harder to hedge
- Carbon pricing, CBAM-type mechanisms, and product carbon intensity scrutiny
- Demand uncertainty as customers decarbonize at uneven speeds
- Overcapacity risk in select petrochemical value chains
- Financing risk for large capital projects without clear decarbonization pathways
3. Long-Term Structural Risks
Slow burn, system-shaping
- Climate adaptation costs impacting asset location and reliability
- Technology bifurcation (low-carbon vs conventional) is creating stranded-asset risk
- Shifts in trade blocs are redefining where capacity is competitive
- Workforce and skills gaps as operations become more complex
Big-Picture Takeaways
- Risk is no longer cyclical — it’s structural.
- Climate and geopolitics now directly shape the economy, particularly for energy-intensive sectors.
- Optimization alone is no longer sufficient; resilience is a strategic capability.
- The next three years reward optionality, balance-sheet strength, and adaptability.
Stress-Case Scenarios to Watch
Low probability, high impact — but no longer unthinkable:
- Major geopolitical escalation disrupting energy trade routes
- Climate-linked insurance or sovereign credit shock
- Sharp policy pivots that strand high-carbon assets faster than expected
- Financial tightening that freezes capital-intensive projects mid-cycle
Bottom line:
The question for energy and chemicals leaders is no longer “Will risk return to normal?”
It’s “Are our assets, portfolios, and capital plans built for a world where risk is permanent?”
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