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Clean industrial energy
Locally produced hydrogen and energy for industrial users seeking greater supply resilience and a credible pathway to lower-carbon operations.
Energy securityStrategic clean industrial infrastructure for Wales
A new energy future is being built in Swansea.
The Swansea Clean Hydrogen & Advanced Materials Hub will transform underused resources into low-carbon hydrogen, useful energy and high-value carbon materials — strengthening Welsh industry, supporting energy security and creating a new platform for clean growth.
LocationSwansea, South Wales
ScaleCommercial infrastructure
OperationDesigned for 24/7 production
ApproachProven process technologies
01 — The vision
Energy infrastructure built for Wales
Welsh resources.
Clean energy.
Industrial strength.
Wales has the industrial capability, strategic location and natural resources to play a leading role in the emerging hydrogen economy.
The Swansea Hub is being developed to turn that opportunity into operating infrastructure: producing energy close to the businesses that need it, creating valuable products from underused resources and retaining more economic value within Wales.
This is more than a production plant. It is a foundation for long-term industrial resilience.
01Welsh resourcesQualified feedstock
02Swansea HubIntegrated conversion
03Clean energyHydrogen, heat & power
04Advanced materialsCarbon products
02 — Strategic outcomes
Designed to deliver value across the Welsh economy.
Three connected outcomes create one resilient industrial proposition.
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Resources returned to productive use
A long-term route for suitable underused materials and organic feedstocks that can be converted into energy and commercially useful products.
Circular industry03
Advanced materials made in Wales
Solid carbon outputs can be refined into higher-value materials for manufacturing, energy storage, composites, filtration and construction.
Materials security03 — Feedstock strategy
Two strategic input streams. One integrated value pathway.
The Hub is being developed around a disciplined feedstock strategy that gives greater visibility to coal residues and post-recyclate residual wastes.
01Legacy carbon resource
Coal residues
Historic coal residues and other carbon-bearing legacy materials represent an underused resource. The Hub is being developed to bring productive value back to these materials through conversion into useful gas streams and solid carbon outputs.
- Supports legacy resource recovery
- Creates value from long-standing slagheap legacy issues
- Feeds hydrogen and advanced-carbon production
02Circular industrial resource
Post-recyclate wastes
After practical recycling has taken place, a residual fraction still remains. The Hub is being developed to offer a higher-value route for suitable post-recyclate wastes, moving material away from lower-value disposal pathways and back into productive use.
- Designed for suitable residual streams after recycling
- Strengthens circular-economy outcomes
- Reduces reliance on landfill or export routes
Why this matters
Visible inputs. Visible outcomes.
By showing the two strategic input pathways more clearly, the project can communicate both its environmental logic and its commercial logic.
For Wales
Turn legacy and residual material streams into domestic energy and materials value.
For feedstock partners
Provide a credible route for difficult or lower-value residual materials.
For offtakers
Show how local feedstocks support dependable local production.
For government
Connect resource recovery, circularity and industrial decarbonisation in one story.
04 — Energy & products
One facility. Multiple forms of useful energy.
An integrated energy system, built around real commercial demand.
Rather than producing a single commodity, the plant will recover and distribute value across several complementary outputs.
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Low-carbon hydrogen for Welsh industry
Hydrogen can support industrial processes that are difficult to electrify directly, provide an alternative fuel for heavy transport and contribute to a more flexible and resilient energy system.
The facility is being developed around the needs of real commercial users, with production and delivery arrangements shaped through direct engagement with future offtakers.
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Useful heat, not wasted heat
Thermal energy generated within the process can be recovered and used productively. Depending on final infrastructure and neighbouring demand, this could support industrial users, controlled-environment agriculture, local heat networks or additional energy conversion.
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Power for the plant and the wider energy system
A proportion of the process gas may be used to generate electricity for onsite operations, reducing dependence on imported power. Future configurations may also support private-wire or local energy arrangements, subject to grid and commercial agreements.
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A platform for future fuels
The integrated process architecture creates future opportunities for biomethane, bio-naphtha and other low-carbon fuels, allowing the site to respond to changing demand in transport and industry.
05 — Why Swansea
Where industrial heritage meets clean-energy ambition.
Swansea and South West Wales have the capabilities to build a nationally significant clean-energy economy.
Illustrative regional connectivity
Industrial capability
An established engineering and manufacturing base with the skills required to build and operate complex infrastructure.
Strategic connectivity
Port, road and rail infrastructure connecting the project to regional resources, customers and supply chains.
Commercial demand
Proximity to energy-intensive businesses seeking more secure, lower-carbon sources of energy and materials.
Innovation ecosystem
Universities, technical talent and a regional commitment to hydrogen, cleaner industrial energy and advanced materials.
06 — National benefit
Delivering more than energy.
A project designed to support economic development, energy resilience and industrial transition.
Welsh economic value
Investment, skilled employment and specialist supply-chain activity across construction, engineering, operations, logistics, maintenance and research.
Energy security
Producing energy and industrial materials in Wales reduces exposure to imported energy and vulnerable international supply chains.
Industrial decarbonisation
Local access to alternatives for businesses reducing dependence on conventional fossil-derived fuels and materials.
Circular economy
Suitable resources can become productive inputs for Welsh infrastructure rather than following lower-value disposal routes.
A just transition
Emerging clean-energy industries connected with communities that already possess deep industrial knowledge and experience.
“Wales should not simply consume the energy transition. It should build it.”
07 — Technology
Proven technologies. Integrated for greater value.
The Swansea Hub is not dependent on a single unproven scientific breakthrough.
It brings together established conversion, gas-conditioning, hydrogen-production and carbon-processing technologies within an integrated industrial system.
The engineering focus is on efficiency, controllability, modular deployment and the productive use of each output stream.
Patented core processMultiple generationsModular configurationContinuous operation
STAGE 01
Qualified feedstock is prepared for consistency.
Material is assessed and prepared to achieve stable operating characteristics and dependable downstream performance.
STAGE 02
Organic material is converted without conventional incineration.
An oxygen-limited thermal process produces an energy-rich gas stream and a recoverable solid carbon fraction.
STAGE 03
Gas is conditioned and upgraded into useful energy.
Refined gas streams support hydrogen production, onsite energy generation and future low-carbon fuel pathways.
STAGE 04
Solid carbon is recovered and upgraded.
Carbon outputs can be refined into commercially useful products and higher-value advanced materials.
08 — Delivery roadmap
A defined route to operation.
Confidence comes from a visible, disciplined development programme.
Project formation
Site strategy, technical configuration and commercial model established.
Development & validation
Feedstock, energy demand and infrastructure requirements assessed.
Land & planning
Site control, surveys and consenting programme progressed.
Commercial agreements
Feedstock, offtake and strategic-partner agreements developed.
Finance & procurement
Capital structure completed and principal equipment packages contracted.
Construction & operation
Plant construction, commissioning and continuous commercial production.
09 — Partner with us
Three pathways into the project.
We are building the relationships required to turn vision into long-term operating infrastructure.
Secure the energy your business will need.
We are engaging with industrial, transport and energy users seeking dependable supplies of hydrogen, heat, electricity and low-carbon fuels.
- Demand profile
- Delivery format
- Contract duration
- Carbon reporting
Create long-term value from underused resources.
We are developing long-term relationships with organisations that control suitable, consistent material streams.
- Material profile
- Annual availability
- Logistics
- Supply arrangements
Help deliver nationally important infrastructure.
We welcome engagement with government, local authorities, development agencies, universities and regional economic partners.
- Project support
- Infrastructure
- Skills & research
- Regional growth
Start a strategic conversation
Wales should not simply consume the energy transition. It should build it.
The Swansea Clean Hydrogen & Advanced Materials Hub will create a new connection between Welsh resources, Welsh industry and the rapidly growing demand for cleaner energy.