IGAS Stress Simulation Model

Power Report

RapidKnowHow

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Executive Summary

Industrial Gas 2026–2030 operates in a structurally elevated energy regime.

The decisive question for Boards is no longer:

“What is our reported ROCE?”

It is:

“What happens to our ROCE under stress?”

Energy shocks do not only reduce EBIT.

They:

• Expose weak pass-through discipline
• Amplify merchant volatility
• Inflate capital employed
• Compress valuation multiples

This report defines the IGAS ROCE Stress Simulation Model —
a governance tool for volatility-era capital discipline.

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1️⃣ The ROCE Transmission Equation

ROCE = EBIT ÷ Capital Employed

Under energy shock, both variables move:

EBIT ↓ (if PTE < 1.0)
Capital Employed ↑ (inventory + receivables inflation)

This dual effect accelerates compression.

ROCE erosion under volatility is non-linear.

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2️⃣ Energy Shock Stress Variables

The IGAS ROCE Stress Simulation incorporates:

1️⃣ Energy Cost Increase (%)
2️⃣ Portfolio-Weighted PTE
3️⃣ Merchant Share (%)
4️⃣ Utilization Change (%)
5️⃣ Working Capital Inflation (%)
6️⃣ Capex Sensitivity

These variables determine resilience corridor vs erosion trajectory.

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3️⃣ Base Case vs Stress Case

Example: €4bn EU IGAS Operator

Base Case:

EBIT: €700m
Capital Employed: €3.8bn
ROCE: 18.4%

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Stress Case Scenario

Energy +20%
PTE = 0.75
Merchant share = 30%
Utilization −5%
Working capital +5%

Estimated Impact:

EBIT reduction: €60–80m
Capital employed increase: €150–200m

New ROCE range: 14–16%

Compression: 2.5–4.5pp

This shift materially affects valuation and capital flexibility.

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4️⃣ Structural Thresholds

Under elevated baseline volatility:

ROCE > 18% → Resilience Corridor
ROCE 16–18% → Monitoring Zone
ROCE 14–16% → Structural Risk
ROCE < 14% → Strategic Vulnerability

Below 16% under stress, consolidation pressure increases.

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5️⃣ Compounding Effect (2026–2030)

A persistent 2–3pp ROCE gap sustained over 3–4 years leads to:

• Lower retained earnings
• Reduced acquisition capacity
• Multiple compression
• Strategic drift

Volatility does not destroy value instantly.

It compounds asymmetrically.

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6️⃣ ROCE & Market Value Link

Market Value = Earnings × Multiple × Stability

Investors reward:

Predictable ROCE under stress.

Operators demonstrating:

• Transparent stress testing
• Stable transmission discipline
• Volatility-adjusted capex approval

retain valuation premium.

ROCE stability becomes a multiple premium driver.

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7️⃣ Capital Allocation Under Stress

The simulation reveals a new governance principle:

Capex must pass stress ROCE > 18% under +20% energy scenario.

Projects justified under baseline assumptions
but failing stress test
erode long-term shareholder value.

Volatility-adjusted capital discipline becomes mandatory.

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8️⃣ AI-Orchestrator Application

The IGAS AI-Orchestrator™ applies:

Signal:
Model energy shock sensitivity continuously.

Prioritize:
Flag projects and segments below resilience threshold.

Act:
Adjust pricing, renegotiate clauses, rebalance merchant exposure.

Capture:
Protect FCF and ROCE corridor.

Reinforce:
Shift portfolio toward stress-resilient segments.

ROCE becomes actively governed — not retrospectively measured.

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9️⃣ Stress Simulation Governance Questions

Boards should regularly ask:

1. What is our ROCE under +20% energy shock?
2. What portion of compression is due to PTE leakage?
3. How much capital employed inflation accompanies shock?
4. Which segments fall below 16% under stress?
5. Are we approving capex under baseline optimism?

If these answers are not visible within minutes, governance discipline is insufficient.

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🔟 Strategic Conclusion

Industrial Gas 2026–2030 is a stress-tested regime.

The decisive variable is not revenue growth.

It is:

ROCE stability under volatility.

Operators that simulate stress proactively preserve strategic optionality.

Operators that do not discover erosion through performance drift.

Volatility separates disciplined capital stewards from optimistic growth seekers.

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Final Reflection

Energy shock does not determine winners.

Stress-tested capital discipline does.

The IGAS ROCE Stress Simulation Model transforms volatility from surprise into governance advantage.

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IGAS AI-Orchestrator™
by RapidKnowHow
Independent Board Intelligence for Industrial Gas Volatility & ROCE Governance

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