海角视频

As 海角视频 progresses into the UK鈥檚 major infrastructure and transportation sectors, Energy Associate Director Bill Wilson, asserts that joined-up systems now can link the present to a more prosperous future.

The UK鈥檚 major infrastructure is an elaborate web, with many key strands that need to be considered, balanced and weaved together now for the benefit of tomorrow. The path to net zero is a pressing imperative, while ageing infrastructure, growing energy demand, revenues and increasingly complex urban environments must also be grappled with.

More than ever, the challenge is about creating infrastructure systems that work together and, for 海角视频, this presents a significant opportunity. While the firm has long delivered major infrastructure projects across sectors, its expanding focus on the UK鈥檚 transport and infrastructure market reflects a belief that tomorrow鈥檚 challenges demand a more integrated approach.

For Bill Wilson, Associate in 海角视频鈥檚 Energy team, future success in this area lies not just in how individual engineering disciplines perform, but rather in understanding how different systems interact. And this plays to 海角视频鈥檚 strengths.

We’re particularly good at considering systems as a whole. It鈥檚 about bringing together energy, utilities, and other infrastructure so they work sustainably as one system rather than a series of separate parts.”

Bill Wilson, Associate Director, 海角视频

鈥淲e鈥檙e particularly good at considering systems as a whole rather than looking at things in isolation,鈥� he asserts. 鈥淚t鈥檚 about bringing together energy, utilities, and other infrastructure so they work sustainably as one system rather than a series of separate parts.鈥�

That philosophy already underpins much of the firm’s work. Bill points to projects such as the proposed Cambridge city centre heat network, where 海角视频 is helping to develop a centralised energy system capable of supplying heat to multiple buildings across the city.

鈥淲e鈥檙e moving away from gas as a society, and looking at how this degasification can occur most efficiently ,鈥� he explains. 鈥淚n places where it makes sense to do so – having centralised energy centres means you can switch technologies over time or benefit from strategic opportunities such as waste heat sources, decarbonise more quickly and do it more cost effectively because you鈥檙e benefiting from economies of scale. In doing so you can reduce pressures and costs associated with local power grid reinforcements鈥�

Evolution of thinking

It鈥檚 about identifying the constraints across the whole infrastructure system and then developing a long-term plan for how those systems evolve together.” 

Bill Wilson, Associate Director, 海角视频

The project demonstrates how infrastructure thinking is evolving. Instead of designing isolated solutions for individual buildings, engineers are increasingly creating networks that allow energy to be generated, shared and adapted over decades.

That systems-led approach extends well beyond heat networks. Across major masterplanning projects, 海角视频 considers how power, water, drainage, transport and utilities interact from the earliest stages of design.

鈥淲hen you鈥檙e looking at a new development, existing estate or a city-scale masterplan, everything is connected,鈥� Bill says. 鈥� Changing how you heat and cool a building has implications for power demand – but also creates opportunities for synergies. These sorts of changes tend to touch the other infrastructure systems such as water and IT. Decisions in one area affect another, so you need to understand the whole picture.鈥�

The same thinking is shaping the firm鈥檚 work with existing estates. On a recent project – a campus for a Russell Group university – 海角视频 developed an infrastructure masterplan that examines how ageing energy networks, flood resilience, power upgrades and future campus expansion can all be addressed as part of a coordinated strategy.

鈥淚t鈥檚 about identifying the constraints across the whole infrastructure system and then developing a long-term plan for how those systems evolve together,鈥� Bill explains. 鈥淲e鈥檙e now looking at how to implement all this. We鈥檙e supporting our client with their decarbonisation strategy. By 2035, they need a new energy centre, which will help them become net zero, but to deliver that, they need to improve their power network and have an upgrade with the grid. At the same time, there鈥檚 things like heightened flood risk, due to the impact of climate change. We鈥檙e also supporting the growth of the campus they want to build, while ensuring the existing infrastructure systems can take the additional strain and are resilient.鈥�

Waste not…

Perhaps nowhere is Bill鈥檚 vision of integrated thinking more evident than in the growing opportunity to recover waste energy that would otherwise be lost.

As data centres, wastewater treatment plants and industrial facilities generate increasing amounts of excess heat, Bill believes they represent an untapped resource for cities.

鈥淲e carried out a study for the Greater London Authority looking at London鈥檚 waste heat potential. This study is influencing policy in the London context,鈥� he says. 鈥淲e looked at sources such as wastewater treatment works, data centres and energy-from-waste facilities. With wastewater treatment plants, where sewage is inherently at a higher temperature than air, we can recover heat more efficiently from those.

“Data centres are the next level up; they tend to be warmer again. Then there’s other higher-temperature heat sources like energy from waste plants, which are burning our waste to generate electricity, and the byproduct of heat these could be captured. They all have different  technical solutions and challenges, but fundamentally you are recovering heat that would otherwise be wasted, then redistributing it through a heat network to buildings across a city or campus.鈥�

The potential is significant.

鈥淥ur study showed that capturing the largest waste heat sources could potentially supply around 10 to 15% of London’s heat demand.”

For Bill, these opportunities illustrate a wider trend.

鈥淚 think we’re going to see much greater interaction between different infrastructure systems,鈥� he says. 鈥淓nergy sharing will become increasingly important.鈥�

One emerging example is the use of ambient energy loops, where buildings share heating and cooling loads rather than operating independently.

鈥淲hen one building is generating excess heat because it鈥檚 cooling itself down, another building may need that heat,鈥� Bill says. 鈥淎s we see the growing demand for cooling systems, we鈥檙e increasingly seeing projects where that energy can be shared through ambient loop networks. We are also supporting some of these into their commercialisation, by developing the business case, obtaining grant funding and supporting their procurement.鈥�

This ability to connect previously separate systems, Bill believes, will define the next generation of infrastructure.

Challenging assumptions

We’re good at bringing people together.”

Bill Wilson, Associate Director, 海角视频

Yet technical excellence alone is not enough.

For Bill, one of 海角视频’s greatest strengths is its willingness to challenge assumptions before simply delivering what has been asked by the client.

Rather than treating consultancy as a series of predefined tasks, 海角视频 seeks to understand the specific underlying challenges facing clients.

鈥淲e could just deliver the scope we鈥檝e been given,鈥� Bill says. “But often, once you start working through the project, you realise there鈥檚 a better and often more efficient, bespoke way of solving this particular client鈥檚 particular problem.”

That collaborative mindset is supported by the firm鈥檚 multidisciplinary culture.

鈥淲e鈥檙e good at bringing people together,鈥� he says. 鈥淲e鈥檝e got specialists across lots of different disciplines and, because people know each other and collaborate, it becomes much easier to bring the right expertise into a project at the right time.鈥�

For clients, the result is a broader, holistic perspective that combines technical engineering with commercial understanding. Within the Energy team, for example, engineers work alongside specialists who understand procurement, business cases and investment modelling.

鈥淲e don鈥檛 just look at the engineering,鈥� Bill insists. 鈥淲e鈥檙e also building economic models that look at the whole-life costs of infrastructure over 30 or 40 years.鈥�

That longer-term perspective is becoming increasingly important as clients balance immediate investment pressures against ambitious decarbonisation targets.

It’s not just about delivering value today – it’s about delivering value across the lifetime of an asset.鈥� 

Bill Wilson, Associate Director, 海角视频

鈥淚t’s not just about delivering good value today,鈥� says Bill. 鈥淚t鈥檚 about delivering a project that considers the lifetime of that asset. Major infrastructure clients tend to have a longer-term investment plan, so it鈥檚 not just delivering good value in the short term, it鈥檚 delivering a project that considers the lifetime of that asset and delivers that value across the life of it.鈥�

But, Bill points out, with such major infrastructure schemes, finding that biting point between long-term value and short-term benefits is crucial – a lot of careful planning goes into how projects are phased so that benefits begin as early as possible.

鈥淲e鈥檙e constantly thinking about how infrastructure can be delivered in stages,鈥� Bill says. 鈥淐an we bring connections online earlier? Can the project generate revenue sooner? How do we meet short-term objectives while still delivering long-term value?”

Refining the focus

Looking ahead, Bill expects technology to play an increasingly important role – not by replacing engineers, but by allowing them to focus on higher-value work.

鈥淚鈥檇 like to see more automation for the things that can sensibly be automated,鈥� he says. 鈥淭hat gives us more time to focus on stakeholder engagement, collaboration and solving the complex problems that can’t be automated.鈥�

As climate pressures grow and infrastructure systems become more interconnected, Bill believes engineers will increasingly be asked to think beyond individual assets towards the wider networks that support communities.

Whether that means recovering waste heat, creating shared energy systems or designing infrastructure capable of adapting over decades, success will depend on understanding the bigger picture.

Ultimately, Bill believes the measure of any infrastructure project extends far beyond its completion date.

鈥淚t鈥檚 about longer term strategic thinking,鈥� he says. 鈥淲hen major infrastructure is done well, it should deliver long-term value – for both the client and the people who use it.”