Insights from Delivery

31. August 2026

What Do Nuclear, Hydrogen, Oil and Gas, Carbon Capture, Maritime Operations and Infrastructure Have in Common?

And why Aberdeen should be at the centre of the technology revolution

What do nuclear, hydrogen, oil and gas, carbon capture, maritime operations and infrastructure have in common? Far more than the way we usually discuss them would suggest.

They are commonly treated as separate sectors, each with its own policies, institutions, investors, supply chains and technical language. Public debate often reinforces those divisions, particularly across energy, where technologies are presented as competitors in a contest to determine which industry belongs to the past and which represents the future.

But industrial reality is not organised so neatly. All these sectors depend on the ability to design, finance, manufacture, install, operate and maintain complex assets. They require sophisticated engineering, dependable equipment, controlled supply chains, long-term investment and the disciplined management of safety, quality, risk and commercial performance. They must all translate technological promise into infrastructure that works reliably in the real world.

That is where their interests converge, and it is why Aberdeen has an opportunity extending far beyond any single industry.

The city and the wider North East of Scotland should not be viewed simply as an oil and gas region searching for its next identity. They should be recognised as an established centre of industrial capability capable of supporting multiple sectors, technologies and international markets.

The question is not what should replace oil and gas. The more ambitious question is how the knowledge, businesses, technologies and infrastructure created here become the foundation of a much broader industrial future.

Different sectors, common foundations

Nuclear, hydrogen, oil and gas, carbon capture, maritime operations and major infrastructure are unquestionably different markets. They operate within different regulatory frameworks, they face different technical challenges and their projects have different risk profiles, development cycles and routes to investment.

Yet look beneath those differences and the same fundamental capabilities appear repeatedly:

• complex engineering and systems integration;
• safety-critical design and operations;
• advanced manufacturing and fabrication;
• asset integrity and inspection;
• highly controlled project delivery;
• specialised logistics and marine support;
• dependable, qualified supply chains;
• management of complex contractual interfaces;
• digital monitoring and data assurance;
• environmental protection and regulatory compliance;
• long-term maintenance and lifecycle management; and
• the ability to operate where failure carries serious consequences.

These are not peripheral skills. They determine whether a promising technology can become an investible, procurable and operational industrial solution.

• A hydrogen project cannot succeed through electrolysis technology alone.
• A carbon capture project cannot be delivered by focusing exclusively on the point of capture.
• A nuclear programme cannot progress without qualified manufacturers, controlled documentation and long-term supply-chain capacity.
• Maritime operations depend on the integration of vessels, ports, people, digital systems, equipment and infrastructure.
• Major infrastructure requires thousands of technical, commercial and operational decisions to remain aligned over many years.

Oil and gas has faced equivalent challenges for decades, often in some of the world’s most technically demanding environments.

This does not mean that experience transfers automatically or that sector-specific requirements can be ignored. Transferability must certainly be demonstrated. But Aberdeen begins with a depth of industrial experience that many regions are still trying to create.

Aberdeen’s advantage is not simply its energy history

Aberdeen’s case for leadership cannot rest on what the region achieved in the past. Its real advantage lies in what those achievements have created.

Decades of offshore activity have produced a concentration of engineers, manufacturers, fabricators, technology developers, vessel operators, inspection specialists, project professionals, researchers and commercial expertise.

The region understands subsea systems, harsh-environment operations, asset integrity, remote inspection, corrosion, drilling, pipelines, reservoirs, maintenance, logistics, decommissioning and the management of complex offshore interfaces. It knows how to mobilise people and equipment quickly. It knows how to maintain critical assets under difficult conditions. It knows how to coordinate multiple organisations around tightly controlled operations. It understands that technology must remain safe, reliable and maintainable long after its first successful demonstration.

Aberdeen also possesses something less visible but equally valuable: industrial judgement.

People across the region understand the difference between an interesting concept and a deployable solution. They know that a technology must survive procurement, assurance, integration, installation, operation and maintenance, not simply perform well in a controlled trial. They understand that major projects do not succeed through engineering alone.

Successful delivery requires clear responsibilities, commercial discipline, realistic programmes, controlled interfaces, dependable information, appropriate risk allocation and the ability to respond when conditions change. This combination of technical knowledge and delivery experience is difficult to reproduce. It is the result of decades of practical learning across operators, contractors, manufacturers and specialist suppliers.

That ecosystem should not be treated as the legacy of one industry. It should be recognised as an industrial platform for many.

Oil and gas remains part of the industrial future

Any credible discussion about Aberdeen’s future must begin by rejecting the idea that progress requires the region to distance itself from oil and gas. Oil and gas continues to support energy security, employment, exports, public revenue and an extensive industrial supply chain. Its products remain embedded in transport, manufacturing, chemicals, pharmaceuticals and everyday materials.

The sector also continues to require innovation. Improved efficiency, reduced emissions, methane management, electrification, inspection, maintenance, late-life asset management and decommissioning all create significant technological and operational challenges. More importantly, the capabilities built through oil and gas are directly relevant to emerging markets.

Experience in reservoirs, wells and pipelines can support carbon storage. Offshore engineering and marine logistics can support new energy infrastructure. Asset-integrity technology can serve nuclear, maritime and major infrastructure. Remote inspection systems developed for offshore installations may have applications across ports, industrial facilities and civil assets.

The strongest strategy for Aberdeen is therefore not a transition away from its existing competence. It is the expansion of that competence into additional sectors, customers and geographies.

A local business should be able to continue serving oil and gas while also pursuing opportunities in hydrogen, nuclear, carbon capture, maritime operations or infrastructure. That is not resistance to change, instead it is intelligent diversification built on proven capability.

Hydrogen requires an industrial system, not only a technology

Hydrogen is frequently discussed in terms of production capacity or individual projects. But producing hydrogen is only one part of the challenge.

A viable hydrogen economy requires generation, conversion, compression, storage, transportation, distribution and dependable demand. It requires safe equipment, appropriate materials, monitoring systems, standards, consenting routes and commercially sustainable users. Each of those elements creates interfaces that must be designed and governed.

Who carries the risk if production becomes available before demand? How will storage and transportation capacity be coordinated? Which specifications will enable equipment to operate across different projects? How will technologies be qualified? What evidence will investors need before committing capital? Who will support smaller suppliers through the journey from prototype to deployment?

These are not abstract questions. They determine whether individual projects become part of a functioning market or remain disconnected demonstrations.

Aberdeen can contribute far more than technical experimentation. Its engineering companies understand gas processing, pressure systems, offshore operations, pipelines, hazardous environments and industrial maintenance. Its commercial community understands long-term contracts, asset investment and complex delivery relationships. Its ports, marine operators and energy infrastructure create opportunities to connect production, transportation and use.

The region could help develop the practical architecture needed to make hydrogen deployable at scale.

Carbon capture connects directly with existing capability

Carbon capture, utilisation and storage is another area in which Aberdeen’s existing knowledge is highly relevant.

Capturing carbon dioxide is only the beginning of the system. The carbon must be conditioned, transported and injected into appropriate geological formations. Storage sites must be characterised. Wells and reservoirs must be monitored. Infrastructure must remain safe over long periods. Responsibilities for operation, verification, liability and stewardship must be clear.

This requires expertise in subsurface analysis, offshore installations, pipelines, well engineering, asset integrity, environmental monitoring and marine operations. Aberdeen possesses all of these capabilities.

The opportunity is not limited to large operators or engineering contractors. Smaller businesses may contribute specialist sensors, inspection technology, data systems, materials, monitoring equipment, remote operations, maintenance solutions and environmental services. Some of those technologies may already exist. They may have been developed to address an oil and gas problem but be equally valuable within carbon transportation or storage. Their wider potential may simply not yet have been recognised, qualified or presented to the right customer.

Connecting those businesses with carbon capture developers, investors and international markets could accelerate deployment while creating new commercial opportunities for the regional supply chain.

Nuclear needs the capabilities Aberdeen already understands

Nuclear is often discussed as though it exists within an entirely separate industrial world. Its regulatory environment, quality standards and safety requirements are necessarily exacting. Businesses cannot assume that experience in another safety-critical industry automatically qualifies them for nuclear work.

But many of the underlying capabilities required by nuclear programmes are already present in Aberdeen and the North East. The sector needs advanced manufacturing, modularisation, fabrication, inspection, digital monitoring, asset integrity, configuration control, controlled documentation and long-term programme delivery. It needs organisations capable of working within complex supply chains while maintaining full traceability and quality assurance. It also needs businesses prepared to invest in the qualifications, systems and relationships required to enter the market.

Aberdeen’s opportunity is not to claim that every existing supplier is already nuclear-ready. It is to identify where genuine capability exists, make the route to qualification clearer and enable companies to determine whether investment in market entry is commercially justified. This matters particularly as the nuclear sector seeks to strengthen domestic supply-chain capacity and deliver increasingly complex programmes.

A business that has manufactured high-integrity equipment for offshore environments may possess relevant technical competence. An inspection company experienced in safety-critical assets may have valuable technology. A project-controls or documentation specialist may understand the disciplines necessary to manage highly governed information.

The challenge is creating a credible bridge between transferable capability and sector-specific qualification.

Maritime operations are not merely a supporting service

Maritime capability is sometimes treated as an ancillary part of the energy economy, a means of transporting people, equipment and materials to offshore assets. That significantly understates its strategic importance.

Maritime operations sit at the intersection of energy, trade, infrastructure and environmental stewardship. Ports, vessels and marine services will be essential to the construction, operation and maintenance of offshore energy infrastructure. They will support carbon transportation, subsea activity, decommissioning and potentially the movement and use of alternative fuels.

The maritime sector is also undergoing its own technological transformation. It requires solutions for vessel efficiency, emissions reduction, alternative fuels, autonomous and remote operations, digital navigation, condition monitoring, port optimisation, environmental surveillance and marine safety.

Aberdeen and the North East already possess substantial experience in vessel operations, offshore logistics, remotely operated systems, underwater technology, marine inspection and complex mobilisation. Those capabilities can serve energy projects, ports, shipping and maritime markets internationally.

The relationship works in both directions. Technology developed for maritime operations may have applications in infrastructure inspection or environmental monitoring. Equipment designed for offshore energy may improve vessel performance or port operations. Digital systems used to coordinate marine logistics may help manage other complex industrial networks.

The opportunity lies in seeing maritime capability as part of the technology ecosystem, not simply as a service attached to another sector.

Infrastructure is where technology becomes real

Every industrial ambition ultimately depends on infrastructure. Hydrogen requires production facilities, storage, transport networks and end users. Carbon capture requires pipelines, terminals and permanent storage. Nuclear requires generating assets, grid connections, transport, manufacturing capacity and long-term waste arrangements. Maritime activity requires ports, harbours, vessels, communications and resilient coastal infrastructure. Oil and gas depends on platforms, terminals, pipelines and processing facilities.

Infrastructure is where policy, technology, investment, regulation, communities and supply chains meet. It is also where weaknesses in coordination become expensive.

Projects may be individually credible yet collectively misaligned. Production can develop without adequate transportation. New facilities can be delayed by grid constraints. Port capacity may not match project demand. Manufacturers may invest without sufficient visibility of the future pipeline. Smaller suppliers may be asked to prepare for opportunities that remain commercially uncertain.

Successful infrastructure therefore requires more than capital expenditure. It requires sequencing, coordination and clarity about who is responsible for each interface. It also requires credible demand, investible commercial models and supply chains able to plan beyond the next procurement exercise.

Aberdeen understands infrastructure as an operating system, not simply as a collection of physical assets. Its experience of integrated offshore developments, terminals, pipelines, logistics and marine operations creates a strong foundation from which to contribute to the next generation of industrial projects.

The shared problem: moving from innovation into deployment

Across all these markets, one challenge appears repeatedly: how do we move technology from a promising idea into dependable deployment?

Many innovations do not fail because the technology is fundamentally poor. They become trapped between demonstration and adoption.

A small company may have solved a genuine engineering problem but lack access to the decision-makers who define customer requirements. It may not possess the evidence required to enter another regulated sector. It may struggle to finance qualification, production or its first commercial deployment. Investors may recognise technical potential but remain unconvinced by the route to revenue. Large customers may be interested but unwilling to accept the risk of becoming the first adopter. Procurement processes designed for established suppliers can inadvertently exclude the very businesses capable of offering something new.

This gap cannot be closed through innovation funding alone. Technology needs a commercial and operational route around it. It needs a clearly defined problem, an identifiable customer, appropriate assurance, a viable business model, proportionate contractual risk and a pathway from first deployment to repeatable demand. It needs what we at MBY Consultants describe as "commercial architecture": the deliberate alignment of opportunity, investment, delivery, governance and value.

Without that architecture, excellent technologies can remain permanently described as “promising”.

Smaller businesses must be visible beyond their original market

The North East contains smaller manufacturers, equipment suppliers and technology businesses with capabilities that deserve much wider exposure. Some are still identified almost exclusively by the sector in which they began. That label can become a commercial barrier.

A company known as an oil and gas supplier may have technology relevant to carbon capture, nuclear or infrastructure. A system developed for offshore renewable projects may solve a problem in ports or maritime operations. An inspection tool designed for subsea assets may have applications across pipelines, civil infrastructure or industrial facilities. The technology has not changed. What must change is the way its potential is recognised and presented.

Diversification cannot be achieved simply by telling businesses to enter new sectors. Companies need to understand actual customer problems, technical standards, procurement expectations, qualification costs and commercial timescales. They need access to the right partners and enough confidence in future demand to justify investment. Major customers, in turn, need better ways to discover and engage with smaller innovators.

A functioning innovation ecosystem must bring capability and demand together early enough for both sides to shape a viable route to deployment.

Investment must connect technology with markets

Capital is essential, but capital alone does not create successful technology businesses.

Investors need confidence that a solution addresses a real industrial requirement, that customers are willing to adopt it and that the business can move beyond a one-off trial. In turn, technology developers need investors who understand the realities of industrial qualification, long procurement cycles and regulated markets.

This is particularly important when technologies have potential across sectors and international borders. A business may appear constrained if assessed only against its current customer base, but its real value may lie in applications it has not yet entered. Identifying that value requires conversations involving investors, industrial customers, technology developers, policymakers and international partners.

Investment should not sit at the end of the innovation process, waiting for every uncertainty to disappear. Nor should technology be funded without serious attention to customers, deployment and scale. The two must develop together.

Aberdeen can become a place where investors encounter technologies in the context of genuine industrial demand, and where smaller businesses gain a better understanding of what makes an opportunity investible.

Transition into, not transition from

The language used to describe Aberdeen’s future matters. Too often, transition is presented as a movement away from one industry towards another. That framing reduces a complex industrial transformation to a story of substitution and decline.

A more productive ambition is transition into. Into hydrogen. Into carbon capture. Into nuclear. Into maritime innovation. Into new infrastructure markets. Into additional international markets and customer relationships.

This does not require businesses to abandon oil and gas or renewables. It enables them to apply what they know more widely while continuing to serve the markets in which they remain competitive. It is addition, not subtraction.

That approach protects existing capability, spreads commercial risk, strengthens regional resilience and gives smaller companies more than one route to growth. It also acknowledges an important reality: the energy and industrial systems of the future will be interconnected.

The regions best positioned to succeed will not be those that attach themselves to a single preferred technology. They will be those capable of combining technologies, infrastructure, supply chains and investment into working systems.

Aberdeen must connect regional capability with global opportunity

Aberdeen’s capabilities are valuable not only to Scotland or the United Kingdom. The same challenges appear internationally.

Countries are developing new energy infrastructure, strengthening maritime capability, expanding industrial capacity and seeking technologies that can support more secure and sustainable growth. Many need practical experience in delivering complex projects, operating in difficult environments and creating dependable supply chains.

Aberdeen’s businesses can contribute to those markets, but international growth rarely happens automatically. Smaller companies need trusted market intelligence, credible local partners, appropriate commercial routes and access to decision-makers. They need to understand not only where demand may exist, but how projects will be financed, procured and governed.

Strategic partnerships are therefore essential at three levels.

1. Regionally, businesses, universities, customers and institutions must connect capability more effectively.
2. Nationally, industrial strategy, investment and procurement must give supply chains enough visibility to build capacity.
3. Internationally, partnerships must create routes through which technologies, expertise and capital can move between markets.

Aberdeen should not be positioned merely as a recipient of inward investment or national policy. It should be an active international source of technology, engineering and industrial knowledge.

What leadership now requires

If Aberdeen is to sit at the centre of this technology revolution, declarations of ambition will not be enough. The region must organise its capability deliberately. That means:

• Identifying technologies by the problems they solve rather than only by the sectors they currently serve.
• Giving smaller businesses earlier access to customers so they can understand genuine operational needs.
• Creating clearer routes into highly regulated markets and providing honest information about the standards, costs and timescales involved.
• Connecting investment with credible deployment opportunities.
• Coordinating infrastructure so that individual projects form part of a viable industrial system.
• Developing strategic partnerships that link regional expertise with national programmes and international demand.

Above all, it means refusing to fragment the conversation. Nuclear, hydrogen, oil and gas, carbon capture, maritime operations and infrastructure should not be discussed in separate rooms as though each draws upon a completely different economy. Their technologies may differ, but their success depends on many of the same businesses, skills, assets and delivery disciplines. That shared foundation is where Aberdeen’s greatest opportunity lies.

Bringing the right people into the same room

This is the purpose of the IV Technologies for Sustainability Roundtable for Entrepreneurs and Investors, taking place at Maryculter House in Aberdeen on the 21st October 2026.

The previous three editions were held in London by The FuturED Institute and The International Green Trade & Commerce Association (IGTCA) - The Green Chamber. Bringing the roundtable to Aberdeen for the first time is a deliberate decision.

The regions with the capability to deliver industrial transformation must be part of shaping it.

With institutional support from Offshore Energies UK and the Nuclear Industry Association, the roundtable will open with a keynote address from Andrew Bowie MP. It will bring together senior representatives from Amentum UK and International, Spirit Energy, Veri Energy, Apollo, Fathom Group, Intelligent Energy, Net Zero Technology Centre, Durham University and the University of Dundee alongside entrepreneurs, investors, academics, policymakers and international participants.

The focus will be practical. Where are genuine opportunities emerging? What will major projects and customers require from the supply chain? How can technologies developed in one industry be qualified and deployed in another? What prevents promising innovation from progressing into commercial use? What will give investors confidence? How can smaller companies reach international customers? And how do we create strategic partnerships at regional, national and international level that produce action rather than another statement of intent?

We are particularly interested in welcoming equipment manufacturers, fabricators and technology businesses with solutions that deserve a wider market. We also want investors seeking scalable industrial technologies with the potential to address real problems internationally.

This is not a conversation about choosing one sector over another. It is a conversation about connecting them.

Aberdeen MUST help build what comes next

Being at the centre of a technology revolution is not a status Aberdeen can claim solely because of its history. It is a position the region must earn by applying its capability to the opportunities now emerging. Few places begin with a stronger foundation.

Aberdeen has engineering knowledge, operational experience, supply-chain depth, maritime capability, infrastructure expertise and an established culture of managing safety and complexity. It has businesses that understand how technology behaves outside the laboratory, when it must be procured, installed, operated, maintained and relied upon. It has technologies developed for demanding industries that could create value in markets their creators have not yet entered.

The next industrial era will not be built by one winning sector or one breakthrough technology. It will be built through convergence: established expertise combined with new solutions; regional capability connected with global demand; investment linked to deployment; and individual projects integrated into functioning industrial systems.

That is what nuclear, hydrogen, oil and gas, carbon capture, maritime operations and infrastructure have in common. And it is why Aberdeen should not be watching the technology revolution being built elsewhere but helping to design, finance, manufacture, deploy and operate it.