Stanlow Refinery Fires Up UK's Hydrogen Future with Low-Carbon Furnace Upgrade

The heart of British refining is getting a hydrogen-powered upgrade.

Tucked away in Ellesmere Port, Cheshire, the iconic Stanlow Refinery—a cornerstone of UK energy since 1922—is quietly stepping into the future. What’s happening there isn’t just another equipment change—it’s a bold move that could become a playbook for industrial decarbonization around the globe. EET Fuels (you might remember them as Essar Oil UK) has installed a brand-new hydrogen-ready furnace, and it’s a clear sign they’re gearing up for the clean energy transition.

A Furnace That’s Future-Proof

The new setup was fully installed back in August 2022 and is on track to be up and running—fully integrated into operations—by April 2025. At first, it’ll run on a combo of natural gas blends and refinery off-gases, but by 2028, the plan is to switch it entirely to low-carbon hydrogen sourced right next door. That hydrogen will come from EET Hydrogen’s HPP1 facility, which uses a smart mix of steam methane reforming (SMR) and carbon capture and storage (CCS) to keep emissions in check.

Why is this a big deal? Because Stanlow Refinery isn’t just any old site—it processes about 16% of the UK’s road fuel. If you’ve ever filled your tank in the North West, chances are that fuel came through here. So cleaning up Stanlow’s emissions doesn’t just matter—it moves the needle in a meaningful way.

Part of the Bigger Picture: HyNet North West

Stanlow’s furnace is just one piece of a much larger puzzle. It’s part of HyNet North West, a major hydrogen infrastructure and carbon storage initiative backed by the UK government. This isn’t just about a refinery—it’s about building a connected, resilient, low-carbon ecosystem across the region. Stanlow is right at the heart of it, plugged into the upcoming Liverpool Bay CO₂ transport and storage system.

The vision? To slash emissions from local industry, capture and store CO₂ that can’t be avoided, and futureproof the region's economy. While the world debates hydrogen’s role in energy, EET Fuels is out here making it happen—laying the tracks now so the train doesn’t hit a wall later.

Under the Hood: A Smarter, More Agile Furnace

This isn't your average furnace. It’s a technical marvel built to handle whatever the future throws at it. Designed for flexibility, it can flip between refinery off-gases, natural gas, and up to 100% low-carbon hydrogen without skipping a beat. High-tech sensors and automated controls continuously tune the combustion settings to maximize efficiency, no matter which fuel is flowing. That means fewer emissions and fewer disruptions as energy sources shift over time.

Why Make the Move Now?

Hydrogen usually grabs headlines for its role in clean buses and futuristic cars, but let’s be honest—for hydrogen to really make a dent, it has to show up in the hard stuff: big factories, smokestacks, heavy-duty heat. That’s where early wins lie. Stanlow proves we don’t have to tear everything down to go green—we can evolve. And it’s not just about saving the planet. Cleaner fuels like captured off-gases or hydrogen could end up being cheaper too, making this transition just as smart as it is sustainable.

The Road Ahead

We’re seeing a fundamental shift. Companies aren’t just reacting to government policies anymore—they’re leaning in. They see net-zero not as a hurdle, but as an opportunity to build long-term value. In the North West, with green jobs on the way, increased energy resilience, and expanding hydrogen production, this region could be poised to lead the charge in industrial decarbonization.

The takeaway? What’s happening at Stanlow may seem like a single project—but it’s more than that. It’s a clear signal that the future of refining isn’t based on fossil fuels. It’s leaning into hydrogen. And thanks to moves like this, that future’s already taking shape right here in Cheshire.