Global Fuel Crisis Triggers Urgent Call to Accelerate European Clean Energy Investments

2026-05-14 chemical

Rotterdam, Friday 15 May 2026
Following the 2026 Hormuz crisis, the Energy Transitions Commission warns delayed clean energy investments could cost the global economy an additional $2 trillion, threatening European industrial resilience.

The Economic Shockwaves of the Hormuz Disruption

The closure of the Strait of Hormuz has severely disrupted global energy markets, halting the flow of 18.4 million barrels of oil per day and 20% of the global liquefied natural gas (LNG) trade [1]. The immediate financial toll became evident in March 2026, when Asian benchmark oil prices surged from approximately $70 per barrel to a volatile range of $90 to $120 per barrel [1]. Concurrently, LNG prices more than doubled, escalating from $10–$12 per million British thermal units (MMBtu) to over $25 per MMBtu [1]. The Energy Transitions Commission (ETC), in a report published on 13 May 2026, projected that sustained elevated fossil fuel prices could burden the global economy with an additional $1 trillion to $2 trillion in gross fuel expenditure in 2026 alone [1].

The Trilateral Chemical Region Under Pressure

The ripple effects of energy volatility are profoundly felt in the Trilateral Chemical Region (TCR), encompassing the Netherlands, Flanders, and North Rhine-Westphalia. A comprehensive study titled “3C-VaCS,” presented on 13 May 2026, reveals that this industrial cluster is facing severe competitive pressures [2][3]. The region, which houses over 1,300 chemical companies and accounts for 30% to 40% of European chemical production capacity, is grappling with high energy and raw material costs, weak demand, and global overcapacity [2][3]. Notably, the production of basic chemicals such as ethene and propene has been declining since 2019, and the region’s steam crackers—representing approximately 42% of European capacity—are operating below their maximum output [2][3].

Accelerating Green Hydrogen and Circular Materials

Green hydrogen and circular economy materials represent the cornerstone of decarbonising heavy industry. The global hydrogen market, currently standing at roughly 100 million tonnes annually, is projected to double to approximately 200 million tonnes over the next 25 years [5]. By 2050, green hydrogen is expected to account for more than half of this annual production [alert! ‘Long-term production ratios remain uncertain and contingent on the scaling of renewable electricity generation’] [5]. Analysts anticipate that hydrogen will be predominantly utilised in sectors where direct electrification is technically challenging, such as steel production, shipping, and sustainable chemistry [5].

Capital Deployment and Policy Drivers

Unlocking the necessary capital for this transition requires a blend of robust policy frameworks and fiscal incentives. In the Netherlands, the 2025 annual report from the Netherlands Enterprise Agency (RVO) highlighted that businesses utilised the Environmental Investment Allowance (MIA) and the Arbitrary Depreciation of Environmental Investments (Vamil) schemes to support over €3 billion in environmental investments [4][8]. While nearly €2 billion was directed towards climate adaptation and sustainable buildings, only €1.5 million in tax benefits was specifically allocated to equipment for the electrification of chemical production processes [4][8]. Separately, the Energy Investment Allowance (EIA) supported approximately €4 billion in energy-efficient investments, yielding an annual CO₂ reduction of 1,510 kilotonnes in 2025 [5].

Sources & Ecosystem Partners

Decarbonisation Energy transition