Yorkshire and The Humber Clean Growth & Infrastructure R&D Companies Directory

Glass Futures is a research and technology organisation (RTO) that operates a world-leading, open-access facility in St Helens dedicated to decarbonising the foundation industries. By providing industrial-scale pilot infrastructure, they enable the testing and validation of low-carbon technologies such as hydrogen, biofuels, and electrification for glass, steel, and ceramics manufacturing. Their work bridges the critical gap between laboratory-scale research and commercial deployment, facilitating industrial symbiosis and resource efficiency.

Equinor New Energy is a major energy company focused on the development of large-scale industrial decarbonisation infrastructure within the UK. Their work centres on the integration of Carbon Capture, Utilisation and Storage (CCUS) and hydrogen production networks to transition carbon-intensive industrial clusters toward net zero. By collaborating with cross-sector industrial partners, they facilitate the deployment of critical infrastructure required to secure the future of the UK's industrial heartlands.

VPI Immingham is an industrial energy operator focused on the decarbonisation of large-scale power and refining infrastructure in the Humber region. The company leads and participates in major collaborative projects to integrate carbon capture and hydrogen technologies into existing industrial assets. Their work is central to the UK's industrial cluster strategy, aiming to transition high-emission sites into low-carbon energy hubs.

Phillips 66 is a major energy company operating the Humber Refinery, which focuses on transitioning traditional oil refining assets towards low-carbon operations. Their R&D efforts centre on industrial decarbonisation, specifically through carbon capture and storage (CCS) and hydrogen fuel switching for industrial processes. The company actively collaborates within the Humber industrial cluster to integrate existing infrastructure into a broader Net Zero energy ecosystem.

ITM Power is a specialist manufacturer of proton exchange membrane (PEM) electrolysers designed to produce green hydrogen from renewable electricity. Their technology enables the decarbonisation of industrial processes, transport, and heating by facilitating large-scale energy storage and power-to-gas applications. Over their grant history, the company has evolved from fundamental materials research and feasibility studies into the deployment of megawatt-scale electrolyser systems and the development of advanced manufacturing processes for stack production.

Northern Powergrid is a major UK Distribution Network Operator responsible for delivering electricity to millions of homes and businesses across the North East, Yorkshire, and northern Lincolnshire. Their R&D focus has evolved from consumer-facing engagement trials to complex, system-wide digital and cross-vector energy infrastructure projects. They specialise in developing data-driven tools and simulation models to manage grid constraints, integrate low-carbon technologies, and improve network visibility for a net-zero future.

Libertine FPE develops free piston engine and expander technology for power generation from waste heat and renewable fuels. Their patented intelliGEN platform enables variable compression ratio combustion for heavy-duty vehicles. The company's work spans from energy access to medical devices during COVID.

The University of Hull is a leading UK academic institution that leverages its research expertise to drive industrial innovation through extensive Knowledge Transfer Partnerships and collaborative R&D. Their work spans diverse domains including advanced materials, digital rail infrastructure, environmental monitoring, and AI-driven process optimisation. By bridging the gap between fundamental research and commercial application, the university supports partners in sectors ranging from manufacturing and logistics to healthcare and energy.

SSE Generation is a major UK energy utility company focused on the transition to a low-carbon economy through large-scale infrastructure development and operational efficiency. Their work spans the deployment of carbon capture and storage (CCS) and hydrogen transmission networks, alongside the application of advanced digital technologies for predictive maintenance of industrial assets. The company actively collaborates within industrial clusters to drive decarbonisation, circular economy practices, and the integration of renewable energy systems.

Incremental Solutions is a UK-based rail technology company specialising in real-time positioning, monitoring, and data analytics for railway operations. They develop innovative hardware and software solutions to improve train location accuracy, infrastructure condition monitoring, and operational efficiency, addressing challenges in delay reduction, safety, and predictive maintenance. Their work has evolved from initial location-based tools for incident response to advanced fibre-optic sensing and speed profiling systems, consistently targeting rail industry pain points through collaborative R&D with network operators and universities.

Saint-Gobain Glass is a leading global manufacturer of flat glass, providing energy-efficient glazing and coated glass solutions for the construction, infrastructure, and automotive sectors. The company focuses on large-scale industrial manufacturing, prioritising sustainable production processes and the decarbonisation of its energy-intensive furnace operations. Their work involves integrating advanced engineering to improve resource efficiency and reduce the carbon footprint of high-volume glass production facilities.

FeTu develops a novel 'roticulating' mechanical device for efficient energy conversion between volumetric and rotational sources. Their technology aims to surpass the efficiency of conventional compressors, pumps, expanders, and turbines for applications in electric vehicles, heat pumps, fire fighting, and off-grid renewable energy.

CATCH is a membership organisation based in Yorkshire that coordinates industrial decarbonisation in the Humber cluster. It has developed the Humber Industrial Decarbonisation Roadmap and Cluster Plan, engaging major industrial partners to achieve net zero by 2040. The organisation focuses on facilitating collaboration and planning rather than developing proprietary technology.

Hull City Council, acting on behalf of the Humber Local Enterprise Partnership, coordinates large-scale regional decarbonisation initiatives. Their work focuses on developing strategic roadmaps to transition the UK's highest-emitting industrial cluster toward net zero while protecting regional economic stability. They leverage partnerships with major energy and industrial stakeholders to integrate carbon capture and hydrogen infrastructure into the local industrial landscape.

Peak to Peak Measurement Solutions specialises in embedded ultrasonic sensor systems for non-invasive measurement of dynamic machine contacts, serving rail, marine, automotive, manufacturing, and renewables markets. The company has evolved from developing rail-mounted sensors to instrumented wheelsets, polymer property sensors for recycled plastics, and fit-and-forget rail monitoring technology, with a strong focus on commercialisation and international export.

Mitsubishi Power EMEA is a major industrial energy technology provider specialising in power generation systems, including gas turbines and decarbonisation infrastructure. The company leverages its expertise in large-scale energy systems to lead and participate in complex industrial cluster projects aimed at achieving net-zero emissions. Their work focuses on integrating hydrogen production and carbon capture, utilisation, and storage (CCUS) technologies into existing industrial heartlands.

Nova Biochem is a cleantech company developing a platform to convert lignin from agricultural and paper industry waste into bio-based aromatic chemicals, replacing those currently derived from crude oil. Their technology aims to reduce CO2 emissions and create a renewable chemical source for multiple industries, with a pilot plant planned for 2027.

Assentian develops digital supply chain management tools for the construction and agricultural sectors, focusing on productivity, traceability, and trustworthy AI frameworks. The company works with major infrastructure contractors and has expanded into international markets, including a feasibility study for agricultural traceability in Kenya. Their research spans from process planning to AI governance, reflecting a trajectory of increasing digitalisation and data transparency.

Associated Utility Supplies (AUS) LTD is a specialist engineering firm focused on the development of sustainable infrastructure solutions for the rail sector. They leverage advanced composite materials to create low-impact, modular footbridges that address safety concerns at level crossings while supporting decarbonisation goals. Their work centres on replacing traditional, carbon-intensive steel and concrete structures with lightweight, environmentally friendly alternatives.

3Squared is a specialist software provider for the UK rail industry, focusing on digital solutions that enhance operational efficiency and network capacity. Their work centres on developing platforms that improve the visibility and planning of freight paths to facilitate a modal shift from road to rail. By digitising complex railway planning processes, they enable better utilisation of existing infrastructure and support decarbonisation efforts.