Industrial Highlights | Essar Advances UK Methanol-to-Jet SAF Project as Sustainable Aviation Fuel Investment Accelerates

The global sustainable aviation fuel (SAF) market continues to gain momentum as governments, airlines, and energy companies push to reduce aviation carbon emissions. One of the latest developments comes from the UK, where Essar Energy Transition has completed the pre-FEED stage for a large-scale Methanol-to-Jet (MtJ) SAF production project integrated with the Stanlow refinery infrastructure.

The proposed facility is designed to convert renewable e-methanol and bio-methanol into more than 200,000 tons per year of sustainable aviation fuel, positioning it among the larger advanced SAF projects currently under development in Europe. The project is expected to move into the FEED phase before a targeted final investment decision in the coming years.

Why Methanol-to-Jet Projects Are Attracting Attention

Traditional SAF production has mainly relied on used cooking oil, waste fats, and bio-based feedstocks. However, growing global demand for low-carbon aviation fuel is driving interest in alternative production routes such as:

· Methanol-to-Jet (MtJ)

· Ethanol-to-Jet (EtJ)

· Fischer-Tropsch SAF

· Power-to-Liquid (PtL)

· E-fuels

Methanol-to-Jet technology converts renewable methanol into synthetic hydrocarbons suitable for aviation fuel blending. Renewable methanol can be produced from:

· Green hydrogen and captured CO₂

· Biomass sources

· Industrial carbon recycling streams

The UK SAF market is expected to expand significantly due to long-term decarbonization targets and government blending mandates. Industry analysts expect Europe, the Middle East, and Asia to continue investing heavily in SAF infrastructure over the next decade.

Integration with Existing Refineries Reduces Project Cost

One of the important advantages of the Stanlow project is refinery integration. By locating the MtJ unit within an existing refining and terminal complex, the project can utilize:

· Existing storage tanks

· Utility systems

· Pipelines

· Marine export facilities

· Blending infrastructure

· Logistics terminals

This type of integration helps reduce:

· Capital expenditure

· Construction complexity

· Utility consumption

· Transportation cost

Integrated refinery SAF projects are becoming increasingly attractive because they allow conventional refining infrastructure to support energy transition investments while reducing overall project risk.

Typical Process Equipment Used in SAF and MtJ Projects

Large SAF production hubs require extensive process equipment similar to refinery and petrochemical projects.

Typical equipment may include:

· Reactors

· Pressure vessels

· Distillation columns

· Heat exchangers

· Hydrogen systems

· Compressors

· Separators

· Storage tanks

· Cryogenic systems

· Flare systems

· Piping modules

· Loading and blending systems

For Methanol-to-Jet processes specifically, additional systems may include:

· Methanol reforming units

· Catalytic conversion reactors

· Hydroprocessing systems

· Fractionation columns

· Hydrogen recovery systems

· Product purification units

Because SAF facilities often operate at elevated temperatures and pressures while handling hydrogen-rich and chemically active streams, material selection becomes extremely important during EPC design and fabrication stages.

Applicable Materials for SAF and Energy Transition Projects

Many SAF projects require corrosion-resistant and high-temperature materials similar to those used in refining and petrochemical plants.

Carbon Steel

Commonly used for:

· Structural systems

· General pressure vessels

· Storage tanks

· Utility piping

Typical grades:

· ASTM A516 Gr.70

· ASTM A106 Gr.B

· ASTM A105

Stainless Steel

Widely used in:

· Methanol handling systems

· Process piping

· Heat exchangers

· Hydrogen service

· Distillation systems

Typical grades:

· 304L

· 316L

· Duplex 2205

· Super Duplex 2507

Nickel Alloy Materials

Required in higher corrosion and temperature environments:

· Inconel 625

· Incoloy 825

· Monel 400

Applications:

· Hydrogen-rich process systems

· Reactor internals

· High-temperature pressure equipment

· Aggressive chemical service

Titanium Materials

Titanium is increasingly used in:

· Cooling systems

· Seawater systems

· Corrosion-critical heat exchangers

· Desalination-related infrastructure

Typical grades:

· Titanium Gr.1

· Titanium Gr.2

Clad Plates Play an Important Role in SAF Facilities

As SAF and low-carbon fuel projects continue scaling up, EPC contractors are increasingly using clad plates for large process equipment.

Clad plates combine:

· A carbon steel base layer for strength and cost efficiency

· A corrosion-resistant alloy layer for process protection

Compared with solid alloy construction, clad materials help:

· Reduce total project cost

· Improve fabrication efficiency

· Lower equipment weight

· Maintain corrosion resistance

· Extend equipment service life

Typical clad materials used in SAF and refining projects include:

· Stainless steel clad plate

· Titanium clad steel plate

· Nickel alloy clad plate

· Duplex clad plate

These materials are widely applied in:

· Reactors

· Towers

· Pressure vessels

· Heat exchangers

· Hydrogen units

· Methanol systems

· Refinery process equipment

As SAF facilities grow larger and more technically demanding, clad plate demand is expected to increase across future low-carbon energy infrastructure projects.

Global SAF Investment Continues to Expand

Governments worldwide are introducing SAF mandates and carbon reduction targets to accelerate aviation decarbonization. The UK SAF mandate targets increasing SAF usage over the coming decades, while airlines continue signing long-term offtake agreements to secure future supply.

At the same time, industry discussions continue around:

· Feedstock availability

· Process economics

· Hydrogen cost

· Technology scalability

· Lifecycle carbon intensity

Despite these challenges, SAF investment activity continues to increase globally, creating new opportunities for:

· EPC contractors

· Pressure vessel manufacturers

· Process equipment suppliers

· Corrosion-resistant alloy producers

· Clad plate manufacturers

About FUGO TECH

FUGO TECH Official Website specializes in advanced clad material solutions for:

· Refining

· Petrochemical

· SAF projects

· LNG

· Offshore oil & gas

· Hydrogen and energy transition infrastructure

Main products include:

· Explosive clad plates

· Roll bonded clad plates

· Titanium clad steel plates

· Nickel alloy clad plates

· Stainless steel clad plates

These materials are widely used for:

· Pressure vessels

· Reactors

· Towers and columns

· Heat exchangers

· Hydrogen systems

· Corrosion-resistant process equipment

As sustainable fuel projects continue developing globally, high-performance clad materials are expected to play an increasingly important role in next-generation refinery and SAF infrastructure.

For any new requirement, please contact: sales@fugo-tech.com

www.fugo-tech.com