Vital Energi has partnered with The City of Liverpool College for the second year to deliver bespoke renewable energy and heat network apprenticeship programmes across the country. Scaling up heat networks and generating energy from renewable technologies is at the heart of the Government’s plans to boost the UK’s energy
Vital Energi are helping Plymouth City Council achieve their goal of a net zero city by 2030 by delivering carbon savings of just under 300 tonnes a year through the installation of advanced renewable energy technologies across five of their buildings and the combined law courts. Low carbon heat will
The award-winning Queens Quay Heat Pump Energy Centre is providing low-carbon heating to the first phases of the £250m Clydebank-based development and members of West Dunbartonshire Council, Vital Energi and Star Renewables recently gathered to celebrate the achievement at an official opening. The opening is a particularly timely showcase of
The design stage is crucial for a successful construction project, and Vital Energi are delighted to offer a complete design process across all RIBA stages to help organisations achieve their energy ambitions. By influencing key decisions made early on in the design process, the team at Vital ensure buildings are
Vital Energi have been awarded a £6.58m contract to deliver ThamesWey Energy’s Woking Power Station project which will create a state-of-the-art Combined Heat & Power energy centre providing low-carbon heating and power to local businesses and residents. When complete, the energy centre will produce enough heat and power to supply
Vital Energi have won the £17m contract to deliver the primary energy infrastructure package for the Greystar and Henderson Park, Nine Elms Park plots B and D development which will be situated on the former Royal Mail centre. The 14-acre development, which lays between Battersea & Vauxhall, south of the
60MW energy centre & district heating network receives planning permission Waste heat from the nearby North London Waste Authority (NLWA) Energy Recovery Facility is set to be used to heat homes and businesses in the London Borough of Enfield after Enfield Council approved planning permission for a new 60MW low-carbon
Vital Energi will deliver a £2.3m energy scheme for The West Works, Redrow’s latest development in Southall. Vital will be taking a phased installation approach to grow the solution in line with Redrow’s construction plans. Vital will be providing the design, supply and installation services for the scheme, which consists
Vital Energi have been awarded the £2.6m contract with Redrow Homes to design and build the energy solution for the Padcroft development in West Drayton. Following the submission of a variant design proposal, Vital Energi joined the energy infrastructure design team and were able to add value from an early
Vital Energi was awarded a £5.6 million contract to supply, install and commission the energy centre and primary distribution for St William Homes LLP development at Battersea. This marks a new stage in the company’s long-standing relationship with developers Berkeley. Vital Energi will provide the combined heat and power solution
BDC 319 : Aug 2024
Vital Energi has partnered with The City of Liverpool College for the second year to deliver bespoke renewable energy and heat network apprenticeship programmes across the country. Scaling up heat networks and generating energy from renewable technologies is at the heart of the Government’s plans to boost the UK’s energy security and achieve the country’s Net Zero target by 2050. To achieve this, 18% of heat will need to come from heat networks. As it stands today, connections to heat networks represents just 2%, so we need the resource and skills to deliver this infrastructure. In response to this, Vital – which has over 30 years’ experience in delivering heat networks – is joining forces with The City of Liverpool College, which will deliver the curriculum from the £2m state-of-the-art Training Academy located at Vital’s Blackburn headquarters, for two pathways: Craft and Technical. Both pathways will enable apprentices to learn and work within the renewable energy and heat networks market. They will discover how energy is generated and distributed, and how to manage and reduce consumption for residential and commercial clients. Apprentices will also learn how carbon emissions are reduced through Vital’s renewable technologies and the innovative products they have developed. The initiative follows an incredibly successful first year for the programmes, which demonstrate the organisations’ commitments to developing the key industry skills required to achieve net zero and create a sustainable workforce to shape the energy landscape for the future. Liverpool City Region has an ambition to reach net zero carbon by 2040 and The City of Liverpool College is focussed on developing its curriculum around the needs of industry, creating a workforce for the future by developing the skills needed to enter the world of work in sustainable careers. Lindsay Meadows, Head of Apprenticeships at The City of Liverpool College, said: “Our partnership with Vital Energi is built on the knowledge and skills of its engineers and our innovative curriculum leaders at The City of Liverpool College. Working with progressive, exciting organisations such as Vital Energi helps us to continue to innovate and provide our students with the skills they need to enter the workforce and forge successful, sustainable careers. “The apprenticeships will play an essential role in developing the skills needed to deliver our low carbon future, while giving apprentices the skills and knowledge they need to thrive and forge sustainable careers in the industry.” The programmes will be delivered via a blended mix of virtual online teaching and a minimum of 25 days curriculum learning each year within the Training Academy. Apprentices will spend the majority of their time on-site working on real projects, where they will pick up a wealth of skills through hands-on experience and support from Vital’s expert team. During the three-year Craft programme, apprentices will study for a Level 3 Building Services Engineering Craftsperson qualification. They will learn a range of key skills from pipework fabrication and jointing techniques such as electro fusion jointing, to welding, the installation of plumbing and heating systems, and more. At the end of the Technical programme, apprentices will achieve a Level 3 Building Services Design Technician qualification, after developing their understanding of building services design principles. On his experience of the programme, Harvey Hudson, Technical Apprentice, commented: “As well as a better understanding of the job and career, spending time in a variety of departments has helped broaden my knowledge of the industry and the many different aspects required for a successful project. I’m also able to gain valuable, practical experience and learn from site-based professionals, which I know will help me to hit the ground running in my career.” Chris Roach, a site-based Project Manager at Vital Energi, started his career journey at The City of Liverpool College when he was 18 years old, where he completed a four-year Mechanical Building Engineering apprenticeship. He studied Building Services Engineering in the first two years before focussing on Mechanical Building Services Engineering in the last two. As well as achieving a HND, Chris won the North West HVAC Student Engineer of the year in 2005, and the National CIBSE HVAC Student Engineer of the year in 2005. His hard work and determination throughout his apprenticeship formed a solid platform for his future career. Chris Roach, Project Manager at Vital Energi, said: “I thoroughly enjoyed my time as an apprentice at The City of Liverpool College, and as well as gaining a wealth of skills through hands on experience and support from tutors, it allowed me to discover the career path I wanted to follow. “I strongly believe that my apprenticeship formed a great foundation for my career path. Here at Vital, we’re working on exciting projects across the whole of the UK to help our clients reach net zero. We’ve connected over 82,000 homes to heat networks so far and in my opinion, there is no better time to join us!” During the three-year Craft programme, apprentices will study for a Level 3 Building Services Engineering Craftsperson qualification. They will learn a range of key skills from pipework fabrication and jointing techniques such as electro fusion jointing, to welding, the installation of plumbing and heating systems, and more. At the end of the Technical programme, apprentices will achieve a Level 3 Building Services Design Technician qualification, after developing their understanding of building services design principles.
Vital Energi are helping Plymouth City Council achieve their goal of a net zero city by 2030 by delivering carbon savings of just under 300 tonnes a year through the installation of advanced renewable energy technologies across five of their buildings and the combined law courts. Low carbon heat will be delivered to six of Plymouth’s key city centre buildings, including Ballard House, Plymouth City Council’s 7-storey head office, Crownhill Court, Grade II* listed Victorian townhouse, Elliot Terrace, and the Guildhall, which is a Grade II listed building owned by the council, linked by a heat network to the Council House and Plymouth Combined Court. This is part one of a larger programme of decarbonisation by the Council. The buildings currently rely on individual gas fired boilers for heat, which release combustion gases and carbon emissions to the atmosphere via a flue in each building. Vital Energi are providing the complete design, supply, delivery, installation, testing, commissioning, and monitoring for the installation of Air Source Heat Pumps (ASHP) which will be connected to the existing heating system. ASHPs are one of the most effective technologies for reducing carbon. They absorb heat from the outside air, transfer it to a liquid and compress it to heat the temperature further. The heat is then transferred from the liquid to water and distributed throughout the network to provide heat to the connected buildings. ASHPs can still extract heat when air temperatures are as low as -15°c, which is far lower than Plymouth ever gets! Vital Energi are also undertaking alterations to parts of the heating system pipework and controls within the existing building; this is to reduce the heating system operating temperatures to support the lower optimum ASHP operating temperatures and maximised efficiencies. All four sites will be remotely monitored via a building management system (BMS) too, so performance can be monitored over time and amendments can be made to controls settings and software remotely. Rob Callaghan, Managing Director of Vital Energi for the London and Southern Division, said: “We are grateful to Plymouth City Council for giving us the opportunity to work in the team that is focused on carrying out this important retrofitting work to Plymouth public sector estate.” Councillor Maddi Bridgeman, Cabinet member for the Environment and Street Scene, said: “This is a huge step forward in plans to tackle the climate crisis and I’m really pleased we’ve been able to secure the funding. “I know that for a lot of people out there, the Council changing how it heats its buildings isn’t ground-breaking news. But for us, it’s about setting an example.” This project, which provides further opportunities to extend a heat network within Plymouth city centre as a comprehensive redevelopment programme to serve other developments in the future, received grant funding from the Public Sector Decarbonisation Scheme (PSDS), which is administered by Salix on behalf of the Government’s Department for Business Energy and Industrial Strategy (BEIS).
The award-winning Queens Quay Heat Pump Energy Centre is providing low-carbon heating to the first phases of the £250m Clydebank-based development and members of West Dunbartonshire Council, Vital Energi and Star Renewables recently gathered to celebrate the achievement at an official opening. The opening is a particularly timely showcase of Scottish innovation as world leaders are set to gather in Glasgow for the COP26 United Nations Conference. The £20m project, which was delivered by Vital Energi on behalf of West Dunbartonshire Council will provide heating and hot water to the 23-hectare Queens Quay development which includes plans for 1,200 homes, businesses and public buildings. The initial phase connects Aurora House, the Titan Enterprise Centre, Clydebank Leisure Centre and care home, Queens Quay House. At full build out the project will deliver circa 5,705 tonnes of CO2 reduction per year due to grid decarbonisation. Scott Lutton, Vital Energi’s Operations Director – North & Scotland said, “With COP26 fast approaching it is timely that we showcase the local authorities who have successfully delivered initiatives to meet their carbon targets and are an inspiration to others. West Dunbartonshire Council have shown that it is possible to, not only deliver large carbon reduction by harnessing renewable technology, but that this heat can be delivered at a more affordable price. “One of the truly exciting things about this development is that it will continue to grow over multiple phases, increasing in scale, becoming more efficient and allowing more people, businesses and organisations to access low-carbon heat.” The energy centre houses two 2.65MW water source heat pumps which extract water from the River Clyde at a rate of 125 litres per second and use the latent heat to produce heating and hot water for the development via a 5km district heating network. Councillor Iain McLaren, Convener of Infrastructure, Regeneration and Economic Development, said: “I am extremely proud to officially open the West Dunbartonshire Energy Centre. This ambitious project has been many years in the making and it’s a pleasure to see the system up and running, providing low-carbon heat energy to so many buildings already, and with the capability of expansion throughout Clydebank. “As the world turns its eyes to the West of Scotland for COP26, and we work to agree action to try and halt the climate emergency, we are determined to do our part. This system, alongside a number of other steps taken by the Council, will help us achieve our goal to be net zero by 2045 and lead the way in tackling the climate emergency.” The network was designed to accommodate further growth, with the potential to expand beyond Queens Quay over several phases. The network has been future-proofed, and pipework has been installed to supply the forthcoming Health Centre, West College Scotland, the first 140 flats and retail units currently on site, all other homes planned for the site as well as Clydebank Library and Clydebank Town Hall. Future plans also include connections to the Golden Jubilee Hospital, Clyde Shopping Centre Dalmuir Flats, and into the town centre. Councillor Daniel Lennie, West Dunbartonshire Energy LLP Board member, said: “This fantastic system is already heating so many public buildings from the leisure centre to the care home, with the potential to expand to the Golden Jubilee and beyond. “It makes me so proud that as a Council we are showing our commitment to our net zero mission, especially because we are using our shipbuilding heritage and the Clyde – our most famous resource – to do so. “As well as taking these steps to tackle the climate emergency, we are also addressing fuel poverty for our communities and I’m sure Clydebank will see the benefits of the system for years to come.”
The design stage is crucial for a successful construction project, and Vital Energi are delighted to offer a complete design process across all RIBA stages to help organisations achieve their energy ambitions. By influencing key decisions made early on in the design process, the team at Vital ensure buildings are designed in an optimum way by working alongside M&E consultants, sustainability consultants, structural engineers, and architects, to ensure clients benefit from design efficiency from the beginning. Vital have recently been working with one of the UK’s largest developers, Taylor Wimpey, on their Hepscott Road project in Hackney Wick, which comprises 145 apartments and 23,820 sq. ft of commercial space. Early involvement in the project from RIBA Stage 2 has allowed Vital to work with the architects at the pre-planning stage, influencing key decisions and providing optimal support to Taylor Wimpey. Spatial provisions, such as the location of HIUs and utility cupboards, rooftop plant areas, riser sizes, ceiling void depths, and energy centre plant areas have been determined. These key considerations provide the architect with valuable information to ensure the building works get the best out of the heat network. Amanda Daly, Senior Technical Manager for Taylor Wimpey London, said: “The introduction of Vital Energi at concept stage has been invaluable. Design input has been consistent, and the Vital team have fully integrated with the design team to make the process efficient and successful.” Elliott Sharpe, Vital Energi’s Design Director, said: “It’s great to be able to share the company’s experience from design, installation and operation of heat networks with the project design team and clients at such an early stage of a development. Not only does the professional team benefit, but so does the end customer through the creation of an efficient, low carbon heat supply.” With over 30 years’ heat network experience, Vital Energi’s design team specialise in creating robust and creative energy generation, distribution and conservation solutions of all sizes for small to large scale projects across all sectors, and are proud to have developed schemes for over 83,000 properties and installed upward of 30,000 HIUs. The Vital team can share their knowledge at any stage of the design process, however by RIBA Stage 4, many of the key decisions have already been made, some of which may be irreversible, such as defining the energy strategy, size and location of the energy centre, number and size of risers required, and the optimum district heating route. If the initial concept needs reworking, this can cause project delays, redesign work and additional cost. Having a heat network specialist on board from the early stages also integrates Vital’s experience of installation, ESCo services, metering & billing, and operation & maintenance into the design from day one. If you’re based in the South and would like to see your energy ambitions become reality, please contact Elliott Sharpe on Elliott.Sharpe@vitalenergi.co.uk.
Vital Energi have been awarded a £6.58m contract to deliver ThamesWey Energy’s Woking Power Station project which will create a state-of-the-art Combined Heat & Power energy centre providing low-carbon heating and power to local businesses and residents. When complete, the energy centre will produce enough heat and power to supply the equivalent of 2,500 homes and it’s first customers will be the new Hilton hotel, shops and over 400 apartments currently being delivered as part of the Victoria Square development. The energy centre has been designed to be both scalable and highly flexible, capable of generating up to 10MW of heat, and adopting progressively lower carbon technologies over the next ten years. The energy centre comprises a three-storey building at the junction of Poole Road and Butts Road, with energy plant and equipment based on the ground and first floors and a new headquarters for ThamesWey on the third floor. The building is being constructed to be capable of upward extension of up to a further 17 stories of co-living space. When complete the flues from the energy centre will measure 29.3m. In addition to initial energy production by Combined Heat & Power engine and generator there will be gas boilers to add resilience and three large thermal stores which will serve the dual purpose of releasing stored heat during peak times of demand and adding an interesting architectural landmark to the development. Rob Callaghan, Regional Director for Vital Energi commented, “This is a fantastic project to be involved in as it will allow Woking to grow and develop in a sustainable way, utilising low-carbon heat to meet the town’s needs. This scheme was designed with long-term growth in mind and will be able to meet Woking’s energy needs well into the future, providing a resilient, low-carbon energy infrastructure.” The project is being delivered for ThamesWey by Galliford Try. The mechanical and engineering consultants on the project are Hulley & Kirkwood and Vital Energi have been working on the project since 2018 and recently won the contract to undertake the mechanical and electrical services installations. This energy centre will feed a new low temperature District Heating Network, delivering low-carbon heat to local buildings. In addition to delivering heat, the energy centre will also provide electricity via an 11kW network within central Woking.
Vital Energi have won the £17m contract to deliver the primary energy infrastructure package for the Greystar and Henderson Park, Nine Elms Park plots B and D development which will be situated on the former Royal Mail centre. The 14-acre development, which lays between Battersea & Vauxhall, south of the River Thames, will create a total of 894 rental homes in plots B and D with the addition of high spec amenity areas and retail units at ground floor. Each block will be served via their own district heating, chilled and water services plant and the development will be future proofed to enable easy connection to a wider district heating network in the future. Rob Callaghan, Regional director for Vital Energi commented, “Not only are Greystar and Henderson Park, with their delivery partner Telford Homes, creating much-needed, high quality rental housing in London, they are doing it with sustainability at its heart. The overall Nine Elms Park development will deliver a vibrant community with a school, retail units and community facilities and at full build out will deliver almost 2,000 new homes where they are needed. “This will be a fantastic addition to the Vauxhall, Nine Elms and Battersea Regeneration Area (known as VNEB) and London in general and we look forward to beginning work on this exciting new development.”
60MW energy centre & district heating network receives planning permission Waste heat from the nearby North London Waste Authority (NLWA) Energy Recovery Facility is set to be used to heat homes and businesses in the London Borough of Enfield after Enfield Council approved planning permission for a new 60MW low-carbon energy centre and district heating network. Energetik employed Vital Energi to submit the planning permission for the Energy Centre, which is located at Advent Way. Customers of the new very low carbon energy scheme will include the 82-hectare Meridian Water development which will include 10,000 homes, a new train station, workplaces and open spaces. The energy centre will connect to the NLWA Energy Recovery Facility once complete in 2026, taking waste heat and distributing it to customers through a highly insulated network of underground district heating pipes. The proposed development is located within the Eco Park operated by London Energy Limited (LEL), and in addition to assisting with the planning process, Vital Energi will build the energy centre and heat network. Vital Energi will then provide operation and maintenance on the network and energy centre for a 10-year period. Rob Callaghan, Regional Director for Vital Energi commented, “The scale of this project makes it a hugely important opportunity for Enfield to lower their CO2 emissions. By harnessing waste heat from the nearby waste to energy plant, thousands of homes and businesses will be heated in a sustainable and environmentally friendly way.” “This is an innovative scheme and we are delighted to have the opportunity to help Energetik with their planning application and look forward to the construction and operation phases of the project.” In addition to the heat taken from the NLWA, the energy centre will include two 25m high thermal stores, each holding 1,693,000 litres of hot water plus, for resilience and back up, six 10MW boilers installed across three phases. This will provide a highly resilient heating network, ensuring reliable heat and hot water at all times to Energetik’s customers. Vital Energi submitted the planning application on behalf of Energetik and employed Stewart Stephenson Architects and structural engineers Buro Happold as part of the professional team. Work is scheduled to begin in January 2021 with completion expected in November 2022.
Vital Energi will deliver a £2.3m energy scheme for The West Works, Redrow’s latest development in Southall. Vital will be taking a phased installation approach to grow the solution in line with Redrow’s construction plans. Vital will be providing the design, supply and installation services for the scheme, which consists of a 185kW CHP engine, three 533kW gas boilers, two 8,000 litre thermal stores, low temperature hot water system and 280m of district heating. Vital will also be responsible for supplying the heat interface units for the development which consists of 313 new homes, alongside commercial units. Vital adapted the design presented by Redrow’s consultants to provide a more financially beneficial and efficient solution. This was achieved by reducing the number of CHP engines from four with a thermal storage of 20m³, to one CHP with a thermal storage of 16m³ which not only reduces the cost of plant and maintenance, but also provides a more accurate size solution for the development’s energy demand. The energy scheme will be installed alongside the development’s construction, with the CHP engine being switched on later in the development process when there is the required demand. The project will also see Vital provide the additional infrastructure to futureproof the network by installing capped pipework to allow for the additional connections. The original intention was to install a capped district heating link from the energy centre to provide the ability to connect to the nearby Southall West Energy Centre in the future. However, this design was reassessed and adapted by Vital to supply the development and the capped link from a single district heating main which reduced the length of pipe required. Rob Callagahan, Regional Director for the South for Vital Energi, commented, “After working with Redrow on previous projects such as their Padcroft and 500 Chiswick Road developments, we are pleased that we have been selected to provide the energy scheme for this new development. We have carried out a detailed design to ensure the most financially beneficial and efficient solution has been provided and look forward to seeing the project implemented.” The West Works development comprises one, two and three bedroom luxury apartments and is due for completion late 2019.
Vital Energi have been awarded the £2.6m contract with Redrow Homes to design and build the energy solution for the Padcroft development in West Drayton. Following the submission of a variant design proposal, Vital Energi joined the energy infrastructure design team and were able to add value from an early stage in the project development. As part of their contract, Vital Energi will build the energy centre containing two 750kw gas boilers, a 90kW CHP engine, a 5000L thermal store and boosted cold-water services. In addition, they will also install over 150m of district heating pipework, risers and laterals in the apartment blocks, and supply 330 hydraulic interface units. Rob Callaghan, Vital Energi’s Regional Director for London, commented, “We’re delighted to be working with Redrow Homes again following the successful delivery of the energy solution at Chiswick High Road. Being involved in the early stages of the project with the infrastructure design team has helped to identify cost savings which will now be incorporated into the construction phase.” Padcroft is a new residential development in West Drayton which will be a mixture of 1, 2 and 3 bedroom luxury apartments. By 2019, residents will benefit from the completion of the West Drayton Crossrail station, enabling them to reach the centre of London within 30 minutes. Work is expected to be completed by November 2018. If you’d like to know more about Vital Energi and the work they do, please visit www.vitalenergi.co.uk
Vital Energi was awarded a £5.6 million contract to supply, install and commission the energy centre and primary distribution for St William Homes LLP development at Battersea. This marks a new stage in the company’s long-standing relationship with developers Berkeley. Vital Energi will provide the combined heat and power solution for 955 apartments over 12 blocks, along with low temperature hot water and chilled water systems. The design was made by environmental engineers Max Fordham, with the basement energy centre including a combined heat and power engine, two 1300kw gas boilers and four 550kw chillers. The development at Battersea is one of the first projects to be delivered by St William, a joint venture between Berkeley Group and National Grid. This collaboration will unlock some of the most technically complex regeneration sites in London and the South of England, into residential and mixed use spaces and will see the transformation of 33 sites, providing over 14,000 homes within the next 10 to 15 years. “We are excited to be working with the Berkeley Group again on an exciting new venture, and to be part of this fantastic project that will see further regeneration to the area. Prince of Wales Drive will be a beautiful development, and we are thrilled to have the opportunity to provide the energy solution for the project,” said Rob Callaghan, regional director London from Vital Energi. Vital Energi and Berkeley Group have worked together on 16 other projects and their relationship spans back to 2006 when they worked on the Royal Arsenal, Riverside development. Vital Energi provides sustainable and renewable energy solutions in the public and private sectors and is responsible for many of the UK’s most prestigious energy projects. It can deliver all aspects of a project from energy management, generation and distribution along with metering and billing and long-term asset management or ESCo partnership.
