HomeLocationsEuropeStanlow SAF Hub: EET Completes Pre-FEED for 200,000t Facility

Stanlow SAF Hub: EET Completes Pre-FEED for 200,000t Facility

Essar Energy Transition (EET) has completed the Pre-Front End Engineering Design stage for its planned Stanlow SAF hub, confirming the technical viability of a methanol-to-jet facility capable of producing more than 200,000 tonnes of sustainable aviation fuel annually from the Stanlow refinery complex in northwest England.

The Pre-FEED study, carried out with engineering partner Genesis and part-funded by a UK Government grant of up to £2.5 million through the Advanced Fuels Fund, identified no major barriers to permitting or consenting. The study evaluated site suitability, technology readiness, refinery integration, environmental compliance, and carbon intensity — and confirmed that the Stanlow Manufacturing Complex can support the planned facility.

Stanlow SAF Hub: Scale, Feedstock and Infrastructure Integration

The Stanlow SAF hub is designed to consume approximately 550,000 tonnes of renewable e-methanol and bio-methanol per year as feedstock, converting it to SAF via the methanol-to-jet pathway. On-site blending with conventional jet fuel will be enabled through integration with Stanlow’s existing refinery infrastructure.

Distribution from the Stanlow SAF hub will leverage established pipeline and logistics networks, including the Manchester Jet, Midlands, and UKOP pipeline systems — the same infrastructure used today to supply conventional jet fuel to UK airports and airlines. Exolum CLH, which operates key segments of the UK liquid fuels pipeline network, is among the infrastructure stakeholders with a direct interest in SAF integration at this scale. Road and marine transport routes will supplement pipeline distribution, supporting supply to airports beyond direct pipeline reach.

Regulatory Backdrop: UK SAF Mandate and Revenue Certainty

The UK SAF mandate requires sustainable aviation fuel to account for 22% of total jet fuel demand by 2040, creating a long-term volume floor for domestic SAF producers. EET has indicated it intends to seek participation in the UK SAF Revenue Certainty Mechanism (RCM), a government support mechanism designed to underwrite long-term SAF production economics and reduce investment risk at the FID stage.

The Stanlow SAF hub’s participation in the RCM pipeline would position it alongside a small number of large-scale UK facilities competing for long-term revenue support contracts. Final Investment Decision is targeted for early 2028, following a FEED phase expected to commence later in 2026.

UK Energy Infrastructure Context

The Stanlow SAF hub sits within a broader shift in UK refinery assets toward low-carbon production. The UK’s energy security position — already under pressure from declining domestic production — adds further policy urgency to developing domestic SAF supply chains rather than relying on imports. For context on the strategic pressure facing UK energy infrastructure, see OGSN’s analysis of UK energy security and strategic storage.

EET’s investment programme at Stanlow represents a multi-billion-dollar commitment to low-carbon energy across northwest England. The Stanlow SAF hub is one element of a wider portfolio that spans hydrogen production, carbon capture, and clean fuels — a model of refinery repurposing that is being watched closely by operators across Europe. For comparable European low-carbon infrastructure investment, see the top CCS projects shaping European energy in 2026.

Stanlow SAF Hub: Project Data Summary

ParameterDetail
OperatorEssar Energy Transition (EET)
SiteStanlow Manufacturing Complex, northwest England
Technology pathwayMethanol-to-Jet (MtJ)
Annual SAF production capacity>200,000 tonnes
Annual feedstock requirement~550,000 tonnes (e-methanol / bio-methanol)
Pre-FEED engineering partnerGenesis
Government grant (Advanced Fuels Fund)Up to £2.5 million
FEED phase targetLater in 2026
FID targetEarly 2028
UK SAF mandate target22% of jet fuel demand by 2040
Revenue support mechanismUK SAF Revenue Certainty Mechanism (RCM) — participation planned

What is the Stanlow SAF hub?

The Stanlow SAF hub is a proposed sustainable aviation fuel production facility at the Stanlow Manufacturing Complex in northwest England, developed by Essar Energy Transition. It will use methanol-to-jet technology to produce more than 200,000 tonnes of SAF annually from renewable e-methanol and bio-methanol feedstocks.

What stage is the Stanlow SAF hub project at in 2026?

Essar Energy Transition completed the Pre-FEED (Pre-Front End Engineering Design) phase in 2026, confirming the site’s technical suitability and identifying no major permitting barriers. The project is expected to move into the FEED phase later in 2026, with a Final Investment Decision targeted for early 2028.

How will SAF from Stanlow be distributed to UK airports?

The Stanlow SAF hub will use existing pipeline infrastructure, including the Manchester Jet, Midlands, and UKOP pipeline systems, alongside road and marine transport routes, to supply SAF directly to UK airports and airlines following on-site blending with conventional jet fuel.

What is the UK SAF Revenue Certainty Mechanism and how does it affect the Stanlow project?

The SAF Revenue Certainty Mechanism (RCM) is a UK government support scheme designed to underwrite long-term SAF production economics, reducing investment risk ahead of FID. EET plans to seek participation in the RCM to support the Stanlow SAF hub’s commercial viability through the investment decision and early production phase.

What is the UK SAF mandate and what does it require?

The UK SAF mandate requires sustainable aviation fuel to make up 22% of total UK jet fuel demand by 2040. It creates a regulatory floor for domestic SAF demand, forming a core part of the business case for large-scale UK production facilities such as the Stanlow SAF hub.

Richard Hartleyhttps://www.oilgasstoragenews.com
Richard Hartley — Editor, Oil & Gas Storage News Richard Hartley is the Editor of Oil & Gas Storage News, a specialist B2B publication covering tank terminals, LNG infrastructure, pipelines, and energy storage worldwide. He covers the full value chain — from upstream storage and midstream logistics through to downstream terminal operations — with a focus on market developments, company profiles, and infrastructure projects that matter to working professionals. Richard's reporting draws on industry data, operator announcements, and project filings to deliver technically credible news and analysis. He is based in Houston, Texas
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