Category: Structural
Source: Wood Mackenzie Horizons Report (Massimo Di Odoardo, VP Gas & LNG Research), via gCaptain, May 21, 2026
Description
A structural adaptation pathway available to China (and potentially other coal-rich nations) that allows continued petrochemical production even when LNG and naphtha supply from the Persian Gulf is constrained. Coal can be gasified and used as feedstock for chemical production, bypassing the need for imported gas/naphtha.
Key Mechanism
China has significant coal-to-chemicals capacity that can be activated or expanded when:
- LNG supply is constrained (80+ mt/yr inaccessible from Gulf)
- Naphtha supply is limited (Hormuz closure)
- Petrochemical feedstock prices spike
Structural Implications
- Coal resilience — The LNG gap doesn't shut down Chinese petrochemicals; it shifts the feedstock mix toward coal
- Energy security — Coal-to-chemicals reduces dependence on imported LNG
- Carbon implications — Coal-to-chemicals is more carbon-intensive than gas-to-chemicals, potentially increasing China's emissions
- Demand destruction limitation — The workaround partially offsets demand destruction for LNG/naphtha, making the "demand destruction" channel less effective for rebalancing
Significance
This is a structural claim with long-term implications: the Hormuz crisis doesn't just disrupt supply — it reshapes feedstock choices in the world's largest petrochemical market.
Relationship to Other Concepts
- Complements "LNG Supply Gap" (same source) — the coal-to-chemicals workaround partially mitigates the LNG gap for China
- Constrains "Demand Destruction Dual Risk" (Goldman Sachs) — if China can switch feedstocks, demand destruction for LNG/naphtha is partially offset
- The "coal resilience" implication suggests the Hormuz crisis could slow the energy transition in China, not accelerate it