New nuclear capacity may not be ready in time to provide the required increase in baseload electricity, according to a recent report from the National Engineering Policy Centre. As a result, the UK may need to approve new gas-fired power stations to decarbonise its electricity systems by 2030, presenting a
A Proud History and a Bright Future Energy & Utility Skills celebrates 25 years as an industry skills body, collaborating with employers, regulators, governments and agencies across the UK. For over a quarter of a century, the business has identified workforce and skills needs, adapting to many challenges, and delivering
A substation in Wrexham is at the heart of SP Energy Networks’ first live network deployment of smart transformers to help the connection of low carbon technologies such as electric vehicles and heat pumps as part of a £8.3m innovation project. Funded by Ofgem’s Network Innovation Competition, LV Engine will
In the comment inserted at the bottom of this email, Don McLean, CEO of Glasgow-headquartered climate tech company, IES, discusses the welcome attention around decarbonising energy production. However, he reaffirms the need to take a holistic approach to decarbonising how we both produce and consume energy, in order to deliver
National Grid is starting work on a new 275kV substation on IAMP to enable new gigafactories and other businesses on the site to plug directly into the electricity transmission network. IAMP is a scheme being brought forward thanks to a joint venture between Sunderland and South Tyneside Councils. The Hylton
Balfour Beatty has today been awarded the first phase of the c. £690 million Skye 132kV reinforcement project for Scottish and Southern Electricity Network (SSEN) Transmission. On completion the project will ensure the supply of secure, clean electricity to thousands of homes and businesses across the Hebrides and West Highlands. The
Earlier this year, NGED, the DNO which manages electricity distribution in the south midlands, Wales and the southwest of the UK, published the statement below on their website: “The way we charge for some of our larger connections quotes is changing from 1 April 2024. Customers seeking quotations for connections
The Office for Nuclear Regulation (ONR) yesterday announced that a nuclear site licence has been granted to install and operate a nuclear power station at Sizewell C in Suffolk. The decision was made following an assessment of the nuclear site licence application made by Sizewell C Ltd, with our review
BGEN, one of the UK’s largest engineering firms driving the energy transition, has been awarded a £84million project by GE Steam Power Systems to provide electrical and instrumentation solutions to the Hinkley Point C nuclear power station in Somerset. When complete, Hinkley Point C is expected to deliver 7% of
SCAPE, one the UK’s leading public sector procurement specialists, has today announced the launch of two new Utilities Consultancy Frameworks and the consultants that will deliver up to £1.25bn of investment across the UK. A £750m framework has been announced for England, Wales, and Northern Ireland, alongside a dedicated £500m
BDC 319 : Aug 2024
New nuclear capacity may not be ready in time to provide the required increase in baseload electricity, according to a recent report from the National Engineering Policy Centre. As a result, the UK may need to approve new gas-fired power stations to decarbonise its electricity systems by 2030, presenting a challenging decision for the Labour government. The report indicates that maintaining the electricity supply for the rest of the decade and beyond will necessitate additional baseload power, which new nuclear power stations will not be able to provide in time. While the UK’s existing gas-fired power stations are expected to continue operating as long as possible, more will likely be needed. Although wind and solar generation are poised for significant expansion, the country’s nuclear reactors are ageing, and coal is nearly phased out. Nilay Shah, a professor of process systems engineering at Imperial College London and a co-author of the report, stated: “There is a reasonable chance that we will need new gas-fired power stations.” However, he emphasised the importance of ensuring these stations are genuinely ready for the attachment of carbon capture and storage (CCS) technology, potentially by locating them near underground carbon storage sites. The number of new stations required will depend on factors such as the construction of new interconnectors between the UK and overseas electricity grids. Simon Harrison, head of strategy at the engineering company Mott MacDonald and co-chair of the committee that authored the report, added that having a small number of gas-fired power stations would enhance the UK’s resilience, even if they produce some carbon emissions. “We have to not be purist about unabated gas,” he remarked. This situation presents a tough decision for Ed Miliband, the energy and net zero secretary, as he strives to meet the ambitious target of decarbonising electricity generation by 2030. Jess Ralston, head of energy at the Energy and Climate Intelligence Unit think tank, noted: “Keeping a supply of unabated gas plants in 2030 – some new as older ones are planned to go offline before then – in reality would probably mean they are only on for short, infrequent periods of time. These plants will probably be expensive to run, and gas prices are predicted to remain volatile, so it is in consumer interests to keep their usage low as well as in the interests of our energy security and, of course, climate change.” Labour acknowledged in its manifesto the likely need to maintain some “unabated gas” – that is, without CCS – for supply security. The Committee on Climate Change has also stated that some gas-fired electricity could be necessary even as the UK aims for net zero greenhouse gas emissions by 2050. Miliband will also face significant challenges in updating the UK’s ageing electricity grid and constructing new pylons required for power transmission from new onshore and offshore wind and solar farms. The report highlights the need for substantial work on transmission infrastructure, including new pylons. Although local objections are expected, the upgrade promises nationwide benefits, such as job creation, regional economic revitalisation, cleaner air, better health, and reduced climate crisis impacts. Protests against new pylons have been organised by local groups and supported by Green and Liberal Democrat politicians. While the Conservative party manifesto promised to bury pylons, this method is more expensive than using overhead cables. “We need to show people the benefits,” Harrison said, calling for a robust public debate on the plan. He urged Labour to engage more effectively than previous administrations: “There needs to be a different level of engagement than we have seen in recent times.” The report also advises caution regarding the future of biomass power in the UK, recommending that ministers make “stop-go decisions on future support” for it. Ministers face pressure to approve substantial new subsidies for large biomass-burning power stations like Drax, which provide baseload power but are controversial due to their reliance on wood burning. “Biomass generation is only worth supporting if the emissions savings are genuine and based on sustainable feedstocks, which is contested for biomass pellet imports to the UK,” the report said. A spokesperson for the Department for Energy Security and Net Zero stated: “We are taking immediate action implementing our long-term plan to make Britain a clean energy superpower. This is the only way to guarantee our energy security and protect bill-payers permanently, which is why we will double onshore wind, treble solar, and quadruple offshore wind by 2030. We will also maintain a strategic reserve of gas power stations to guarantee supply security.”
A Proud History and a Bright Future Energy & Utility Skills celebrates 25 years as an industry skills body, collaborating with employers, regulators, governments and agencies across the UK. For over a quarter of a century, the business has identified workforce and skills needs, adapting to many challenges, and delivering solutions to meet employers’ needs. Celebrating the anniversary on 22 July, Phil Beach CBE, CEO of Energy & Utility Skills said, “As the industry skills body for the sector, we are delighted to celebrate 25 years of achievement. This milestone reflects our success in collaborating with our members, government and key stakeholders to help deliver the skills that employers need. Our recent company party celebrated the wealth of experience and knowledge within our team and everything we have accomplished together. As skills and workforce experts, we’re proud of our work to set industry standards and deliver high-quality apprenticeship assessments, qualifications and schemes. We’re looking forward to continuing our work in support of industry and the UK’s ambitions for achieving net zero and environmental goals in the years ahead.” The organisation began in 1999 as the Gas Industries National Training Organisation (GINTO). In 2003 it began trading as Energy & Utility Skills and was awarded its licence to operate as a Sector Skills Council by the Department for Education and Skills. The Energy & Utility Skills Register (EUSR), launched in 2005, improves workforce safety and regulatory compliance through quality assurance, scheme development and a register of skills. Partnering with industry to provide a trusted, authoritative voice ensures a skilled, competent workforce. In 2006, EUSR launched the National Water Hygiene scheme, standardising hygiene training across water companies to ensure compliance with regulatory standards. EUSR is also the CSCS Alliance Partner for all on-site utilities work. In 2015, the business reacted to apprenticeship reform by launching Energy & Utilities Independent Assessment Service (EUIAS). It carried out the first end-point assessments in the country for the Power Network Craftsperson standard in 2016. Last year, the business expanded to develop qualifications to support the sector’s skills requirements. Energy & Utility Skills is the sector’s strategic voice on all skills issues, ensuring the right schemes, qualifications, apprenticeships, assessments and funding are in place across the UK. It supports the delivery of the workforce required to meet the UK’s energy and utilities infrastructure demands. Membership secures a seat at this influential table, enabling engagement as an industry with government, regulators and other key influencers, while receiving sector intelligence, research and insights to strategically drive their industry forward. Phil Beach added, “Our industries underwrite the UK’s ambitions to tackle the impacts of climate change through the drive to net zero and environmental improvements. A safe, skilled and sustainable workforce is critical for achieving these goals and we bring industry together to champion skills issues.” With this in mind, the inaugural Energy & Utility Skills Conference and Awards will be held at the Hilton Birmingham Metropole on 10 September 2024. With significant changes ahead, the conference will focus on skills and jobs related to the green agenda and achieving net zero, sharing knowledge and celebrating excellence. Building, Design & Construction Magazine | The Choice of Industry Professionals
A substation in Wrexham is at the heart of SP Energy Networks’ first live network deployment of smart transformers to help the connection of low carbon technologies such as electric vehicles and heat pumps as part of a £8.3m innovation project. Funded by Ofgem’s Network Innovation Competition, LV Engine will carry out this world first demonstration at Wrexham to investigate how power electronics – a way of controlling and converting voltage – can help improve the quality and efficiency of power supplied into customers’ homes and reduce the need for disruptive and costly network reinforcement. LV Engine will use cutting-edge power electronic technology aiming to demonstrate greater voltage control at a substation level. The smart control system will recognise where electricity capacity can be shared between itself and other transformers on the network to maximise space on the existing network, allowing more low carbon technologies to be connected. Smart meter data will help tailor voltage in line with demand to ensure a high quality of supply for customers. This real-time data will also help operational planning and further increase capacity on the grid. Graham Campbell, Director of Processes and Technology of SP Energy Networks said: “Power electronics are playing a critical role in enabling our decarbonisation journey. This has become increasingly critical at distribution level to increase capacity and stability of the network as demand increases, while providing more flexibility for customers. Being a global first, LV Engine is developing engineering solutions that will enable a sustainable and efficient energy future by helping to shape future network design and make our LV network more flexible, adaptable and ready for our low carbon future. “This project is a culmination of collaboration between SP Energy Networks and its partners, particularly Ermco, to test and trial this globally unique solution. By improving the quality of the power supplied to customers’ homes we can continue to provide a resilient and reliable electricity supply while enabling more customers to adopt low carbon technologies and, potentially, in the longer term, reduce their bills.” The LV Engine project in Wrexham is part of wider works by SP Energy Networks innovation team to investigate and establish ways of adapting the electricity network to best meet the electricity needs of customers well into the future. Building, Design & Construction Magazine | The Choice of Industry Professionals
In the comment inserted at the bottom of this email, Don McLean, CEO of Glasgow-headquartered climate tech company, IES, discusses the welcome attention around decarbonising energy production. However, he reaffirms the need to take a holistic approach to decarbonising how we both produce and consume energy, in order to deliver on the ambition for Britain to become a clean energy superpower. Commenting on the role of the new government when it comes to decarbonising energy in the UK, Don said: “Since at least 2015, governments have talked about how they would cut emissions, but sadly, this has not yet been achieved. While Labour promises to solve former Conservative failures, the scale and pace of climate change is impacting the Earth more and more and becoming an increasingly pressing issue. “The new government has made some big promises when it comes to decarbonising the UK energy system, and all eyes will be on how they put this policy into practice throughout the next parliament. “Great British Energy is a welcome initiative which will go some way to focus attention on decarbonising energy production. But while decarbonising the grid is really important, we also need to strengthen our efforts in reducing the way we consume energy in turn. “For example, we know that buildings are major players when it comes to energy usage and emissions, responsible for 39% of global energy-related carbon emissions – with a greater proportion of this resulting from operations compared to materials and construction. To fully deliver on the ambition for Britain to become a clean energy superpower, while cutting bills for people and businesses alike, we need to take a holistic approach to decarbonising how we produce and consume energy.” “We are still a long way from finding a holistic solution to decarbonisation – not just here in the UK, but from a global perspective. This means that as a country, we have the opportunity to demonstrate leadership that others can follow. However, it is necessary to prove the decarbonisation process will work before making significant changes to millions of buildings.” Building, Design & Construction Magazine | The Choice of Industry Professionals
National Grid is starting work on a new 275kV substation on IAMP to enable new gigafactories and other businesses on the site to plug directly into the electricity transmission network. IAMP is a scheme being brought forward thanks to a joint venture between Sunderland and South Tyneside Councils. The Hylton Castle substation will provide a new grid connection for Nissan, AESC UK and Sunderland City Council’s ambitious EV36Zero electric vehicle hub at IAMP, which brings together EV manufacture, battery production and a renewable energy microgrid. Once completed and energised in 2026, Hylton Castle substation will – with its three new 100-tonne supergrid transformers and advanced control systems – reinforce the network in the region and create electricity capacity on site equivalent to powering around half a million homes for a day. National Grid recently re-routed a kilometre long stretch of pylons and overhead power line to run around the IAMP’s future perimeter, freeing up land for work on the substation and gigafactories to progress on schedule (see video). Omexom and Taylor Woodrow (OTW) joint venture – part of the VINCI group – has been appointed the contractor to carry out the substation works, with site surveys already underway and construction activity due to start in June. IAMP spans 150 hectares of land across both Sunderland and South Tyneside local authority areas, and is backed with £42m from the UK government through the Local Growth Fund and North East Local Enterprise Partnership (LEP). Alice Delahunty, president of National Grid Electricity Transmission, said: “We’re thrilled to be working with Sunderland City Council, Nissan and AESC UK to help bring the EV36Zero hub and other IAMP developments to life with a new high voltage substation and grid connection at Hylton Castle. “Plugging the site directly into our transmission network – the electricity superhighway that spans England and Wales – will deliver it a firm supply of power 24/7, and enable its operations that will support jobs and prosperity in the area for years to come.” Patrick Melia, chief executive of Sunderland City Council, said: “The creation of Nissan’s EV36Zero Hub will create and sustain many thousands of jobs for years to come, so this is a transformation project that is powered by partnership working. We’re pleased to see this work move forward.” Jonathan Tew, chief executive of South Tyneside Council, said: “IAMP is a vitally important project which will support the growth of the UK manufacturing sector, this new grid connection will unlock enormous potential thanks to collaboration with National Grid and our colleagues at Sunderland City Council.” Steve Galliers, project director at OTW, said: “This project is one of several that Omexom and Taylor Woodrow JV is delivering on behalf of National Grid. We are proud to be helping to build resilience in the UK’s energy provision and excited to play a part in one of the most important developments in the UK.” National Grid connected 3GW of clean energy generation and several hundred megawatts of demand capacity to its electricity transmission network in the last year. The connection of new demand sources such as gigafactories is expected to contribute to an increase in Britain’s overall annual electricity demand from industry of around 30% between now and 2035. Building, Design & Construction Magazine | The Choice of Industry Professionals
Balfour Beatty has today been awarded the first phase of the c. £690 million Skye 132kV reinforcement project for Scottish and Southern Electricity Network (SSEN) Transmission. On completion the project will ensure the supply of secure, clean electricity to thousands of homes and businesses across the Hebrides and West Highlands. The detailed design and development phase, valued at £32 million, will see Balfour Beatty provide technical solutions for a new 137km, 132kV double circuit overhead line between the existing Fort Augustus and Edinbane substations, as well as new sealing end compounds to link the overhead line to the underground electricity network, ultimately joining the Isle of Skye and Western Isles to mainland Scotland. Subject to planning approval, the full construction contract award is expected later in 2024. Due to the expansive and unique terrain, Balfour Beatty will engage its in-house environmental and sustainability team to consider ecological and environmental requirements, from peat management to wildlife translocation, contributing to SSEN Transmission’s biodiversity net gain targets. In addition, the Company will work closely and collaboratively with local communities to minimise disruption wherever possible, including introducing a ‘Skye workers village’ to provide the construction workforce with dedicated site accommodation. Tony Wilson, Managing Director of Balfour Beatty’s Power Transmission and Distribution business said: “We have a long and proud history of working with SSEN Transmission. This most recent award is testament to our expertise and capability in delivering overhead lines and underground cabling works in complex and challenging environments.” Paul Higginbotham, SSEN Transmission’s Deputy Project Director for the Skye 132kV Reinforcement Project, said: “We’re pleased to strengthen our relationship with Balfour Beatty as a supply chain partner for the Skye 132kV Reinforcement Project, helping us deliver security of supply to homes and businesses along its route from Skye to Fort Augustus, as well as to the Western Isles.” This latest award follows the Company’s appointment to SSEN Transmission’s Accelerated Strategic Transmission Investment (ASTI) framework in August 2023 for which it commenced detailed development and design in early 2024. Main construction work for the Isle of Skye Reinforcement Project is expected to begin in early 2025. At project peak, Balfour Beatty will employ 650 people including 32 apprenticeship and graduate positions as part of the Company’s commitment to The 5% Club. Balfour Beatty has unrivalled end-to-end capability in the UK energy market. Find out more here. Building, Design & Construction Magazine | The Choice of Industry Professionals
Earlier this year, NGED, the DNO which manages electricity distribution in the south midlands, Wales and the southwest of the UK, published the statement below on their website: “The way we charge for some of our larger connections quotes is changing from 1 April 2024. Customers seeking quotations for connections greater than 250kVa at high voltage will be required to pay for them when they are issued” DNOs have always been entitled to charge for grid connection applications but have historically avoided doing so. As demand for new and larger grid connections has increased in line with the electrification of industry and the rapid deployment of renewable energy systems, it seemed almost inevitable that DNOs would start charging at some point. How much the charges will be remains to be seen, and there is no standard answer because charges vary by area within DNO regions and the type and size of the application. Charges are likely to be linked the kVA size but also to the amount of work the DNO must do to create the grid offer for the customer, meaning larger connections could see significant sums needing to be paid. NGED is the first DNO to introduce charges for commercial grid applications and it makes sense from their perspective. The volume of connection applications has increased tenfold over the last 5 years and, since not all applications proceed to connection, the DNOs have incurred significant costs, which they have passed on to all electricity consumers. The introduction of grid connection application charges should limit the number of speculative applications and reduce overall costs. But for building and renewable energy project developers looking for suitable sites, where a suitably sized grid connection is essential, the new charging regime will be highly detrimental. Fortunately for project developers, of any kind, Vattenfall IDNO’s new Grid Connection Consultancy service provides a way to minimize costs and avoid being charged wherever possible. Vattenfall IDNO is an Independent Distribution Network Operator, meaning the company can connect projects anywhere in the UK. As an IDNO Vattenfall can also adopt some of the essential infrastructure that is required for large, commercial grid connections, and will pay developers an Asset Adoption Value for these, which directly reduces grid connection costs for the developer. To support developers further, Vattenfall has now developed a data platform to help clients understand where, and how much, grid capacity is available across the UK. By working with Vattenfall developers can avoid the need for multiple speculative connections in different parts of the UK – and the associated costs which DNOs might charge and get real time assessments of the available capacity at their preferred project locations before submitting applications. Vattenfall IDNO will also pay any grid connection application charges upfront on behalf of the developer, further assisting cashflow, and will only charge a developer if the project does not go ahead. At the moment NGED have limited the charges to larger schemes of 22kV and above, stating: “We will review the success or otherwise of our targeted approach which will inform our decision on the application of connection offer expenses in the future.” Whatever they decide in the future it seems that grid connection application charges are set to stay and that it is only a matter of time before the other DNOs follow suit and introduce their own charges per region. Understanding the variable nature and timing of the introduction of these costs will create additional work for developers, further highlighting the benefits of working with a grid connections specialist, like Vattenfall IDNO, who can manage part, or the whole process, of securing a grid connection on behalf of clients so they can concentrate on what they do best – building the infrastructure for a net zero future. Building, Design & Construction Magazine | The Choice of Industry Professionals
The Office for Nuclear Regulation (ONR) yesterday announced that a nuclear site licence has been granted to install and operate a nuclear power station at Sizewell C in Suffolk. The decision was made following an assessment of the nuclear site licence application made by Sizewell C Ltd, with our review concluding that the application has met all the requirements set out in regulatory guidance. In our initial assessment of their application we identified two outstanding matters that required resolution before a licence could be granted. At that stage, it was determined that we would carry out a proportionate reassessment of the application, focusing on these areas. The two topics that prevented granting of a licence in 2022, related to the shareholders’ agreement and ownership of land at the site, have now been resolved to ONR’s satisfaction. In addition, the regulator has concluded that progress made since 2022, relating to both Sizewell C Ltd’s organisation and the suitability of the proposed site, do not undermine ONR’s other findings from the earlier nuclear site licence assessment. Although the granting of a site licence is a significant step, it does not permit the start of nuclear-related construction on the site. ONR’s regulatory responsibility starts at the point of granting of a nuclear site licence. Now granted, it is able to use the powers within that licence to require Sizewell C Ltd to request our permission for starting nuclear-related construction. Similarly, the licensee is required to seek our regulatory permission to proceed to subsequent key construction and commissioning stages up to the start of commercial operation and beyond. Mark Foy, ONR’s Chief Nuclear Inspector and Chief Executive said: “I am pleased to confirm that following extensive engagement and review by the ONR team, our assessment of the Sizewell C application is complete and a nuclear site has been licence granted. “The licensing process is fundamental in confirming that operators of a nuclear site are ready and able to meet their obligations under the nuclear site licence, to protect their workforce and the public. “The granting of this licence is one step in ONR’s process, allowing us to provide greater regulatory oversight, advice and challenge to the licensee as they progress their plans. “We will continue working with Sizewell C to ensure that the highest levels of quality, safety and security are met.” Building, Design & Construction Magazine | The Choice of Industry Professionals
BGEN, one of the UK’s largest engineering firms driving the energy transition, has been awarded a £84million project by GE Steam Power Systems to provide electrical and instrumentation solutions to the Hinkley Point C nuclear power station in Somerset. When complete, Hinkley Point C is expected to deliver 7% of the UK’s CO2-free energy for the next 60 years. The plant is projected to generate 3.2+ GW to the grid – that’s enough to power 6million homes, whilst saving 9million tons of CO2 emissions a year. GE Steam Power will supply the two conventional power islands for HPC, which include the Arabelle steam turbine, generator and other critical equipment. The Arabelle produces 2% more power output than a traditional configuration, has a 99.96% reliability rate and will be the largest ever to be built – and each capable of each producing 1,770 MW of electrical power. BGEN’s remit includes the design, supply and installation of electrical and instrumentation packages for Unit 1 and Unit 2 Turbine Halls of the nuclear power plant. Standing at 50 metres high, each will house one of the world’s largest Arabelle steam turbines, along with a generator and other critical equipment. In terms of electrical scope, BGEN’s turnkey project solution include the installation of the Isolated Phase Busducts (IPBs), design verification, seismic qualification, supply and installation of structural support and containment systems, the installation of electrical equipment and cables, in addition to termination and testing. BGEN’s project scope for instrumentation engineering includes the design and seismic qualification of instrument frames and canopies, the fabrication and final assembly of instrumentation and associated equipment, the supply and installation of structural support and containment systems and instrument tubing, the installation of field instruments and associated equipment, as well as cable installation, termination and testing. Zied Ben-Chabaane, Site Director at GE Steam Power Systems, said: “We are delighted to sign the subcontractor agreement, for the electrical and instrumentation and control package at Hinkley Point C, with our preferred bidder, UK electrical subcontractor BGEN. “In doing so, we mark a very important milestone in our subcontracting journey, which will support our Hinkley Point C project execution plan. Our agreement is the result of effective collaboration, cooperation, and camaraderie amongst our teams at GE Steam Power Systems, BGEN, as well as the support from our client and EDF Energy subsidiary, NNB GenCo. “I would like to take this opportunity to thank all of those involved for their great work and dedication to be able to reach this achievement. We are very confident that together with BGEN, this project will be a great success.” Robin Whitehead, CEO of BGEN said: “This contract that we’ve secured with GE Power Systems is our latest prestigious win within the nuclear energy sector. It’s testament to our proven collaborative approach and ability to deliver turnkey solutions in a highly regulated environment.” For further information on BGEN visit https://b-gen.co.uk. Building, Design & Construction Magazine | The Choice of Industry Professionals
SCAPE, one the UK’s leading public sector procurement specialists, has today announced the launch of two new Utilities Consultancy Frameworks and the consultants that will deliver up to £1.25bn of investment across the UK. A £750m framework has been announced for England, Wales, and Northern Ireland, alongside a dedicated £500m framework for Scotland. The two frameworks have been designed to empower utility sector organisations to shape their utilities programmes and projects, whilst supporting the delivery of low-carbon infrastructure and sustainability targets. Perfect Circle and AtkinsRéalis (with subsidiary support from Arcadis) have been appointed to deliver projects and professional services across England, Wales and Northern Ireland. Perfect Circle and Arcadis (with subsidiary support from AtkinsRéalis) have been appointed to the Scotland framework – which will be managed and operated by SCAPE Scotland. Both frameworks have been procured in compliance with the UK’s Utilities Contract Regulations and the Scottish Utilities Contracts Regulations. Running for a period of four years, with an option to extend for a further two years, the new Utilities Consultancy Frameworks are aligned to deliver solutions and services across a range of sectors, including ports and harbours, rail and metro, nuclear, aviation, water, renewables, energy (gas and electricity including maintenance), and telecommunications. Clients will have access to a suite of professional services including strategic advice, engineering services, design services, project management and quantity surveying. The direct award frameworks operate a parallel lotting structure, which gives clients a choice of industry-leading consultants, providing greater certainty for cost and project timelines, as well as enabling clients to quickly leverage commissions and assure earliest possible completion. These frameworks follow the announcement of SCAPE’s Utilities Works and Services frameworks, which launched in January with the aim of helping utility sector clients futureproof their infrastructure delivery, while responding to their wider sustainability goals. Mark Robinson, Group Chief Executive for SCAPE said: “The new utilities frameworks have been created to give our clients access to a pool of market-leading professional services, while complementing SCAPE’s suite of consultancy, civil engineering and construction frameworks. The chosen delivery partners align with SCAPE’s values of sustainability and social impact – principles that guide every project procured via our frameworks. “Leveraging strategic advice, innovative design, and efficient project management, SCAPE’s goal is to help the utility sector enhance the delivery of low-carbon infrastructure projects, from unlocking the value of existing assets to navigating the challenges of realising futureproofed, innovative schemes. Ultimately, this translates into improved services, economic growth, and a more sustainable future for communities across the UK.” John Simons, Group Procurement Director at SCAPE, added: “SCAPE’s partner selection process ensures that only the most capable and collaborative firms join the frameworks. The partners on our new frameworks, AtkinsRéalis, Arcadis and Perfect Circle, bring a wealth of experience and expertise. As with all SCAPE’s frameworks, the new utilities consultancy offer operates a direct award model, promoting transparency, agility, and best practice. By not only adhering to industry regulations but continuing to invest in research and development, SCAPE’s goal is to create a robust foundation for successful project delivery now and in the future.” James Butler, Managing Director for Project and Programme Services at AtkinsRéalis, a fully integrated professional services and project management company, said: “This new framework from SCAPE has huge potential, especially in its ability to seamlessly unlock access to AtkinsRéalis’ full range of multi-disciplinary services for those organisations in the regulated utilities market, which are ready to reap its benefits. “With our market-leading expertise in sectors such as water, transport, energy and nuclear and many others, we look forward to delivering our technical excellence through the utilities framework, working with partners such as Arcadis and further building on our relationship with SCAPE.” Victoria Brambini, Managing Director for Perfect Circle, a consortium of top-tier professional services partners, said: “Perfect Circle is delighted to be awarded the SCAPE Utilities Consultancy Services frameworks. Our unique prime contracting collaboration will allow utility providers to use these frameworks to accelerate their commissioning of unlimited professional services from industry experts and extensive supply chain in every sector. “All SCAPE frameworks deliver to gold standard, outperforming the value for money tests essential for today’s economy. The new utilities frameworks are specially shaped for the essential infrastructure across the UK, so we’re hugely proud to continue delivering on SCAPE’s commitments to unlock value and enhance communities. We have harnessed the broadest consortium of experts especially for this framework who will together help shape better national utilities infrastructure for a greener, safer, brighter future.” Mac Alghita, Mobility Global Strategy Implementation Director at Arcadis, which delivers sustainable design, engineering, and consultancy solutions for natural and built assets, said: “Arcadis is thrilled to extend our relationship with SCAPE as we introduce a major new framework that perfectly aligns with our new global strategy which focusses on accelerating a planet positive future. Our commitment lies in delivering best in class, digitally enabled and sustainable solutions to our clients and their customers. “We take immense pride in being appointed to Lot 1 of the Utilities Framework in Scotland and eagerly anticipate collaborating with partners AtkinsRéalis, Perfect Circle and other SCAPE partners across the UK. The opportunity to provide specialist services to new and existing client organisations in ports and aviation, energy and nuclear, water, communications, transport, and rail sectors is incredibly exciting.” The SCAPE Utilities Consultancy frameworks will now enter the mobilisation phase, with clients anticipated to begin using these frameworks from the end of April 2024. For more information, please visit www.scape.co.uk. Building, Design & Construction Magazine | The Choice of Industry Professionals
