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The Leeds PIPES project has become one of the fastest expanding heat networks in the UK and the scheme is set to grow further with St James’s Hospital, Quarry House and Trinity Academy all announcing plans to connect to the network as part of Phase 3 works.

The project has already seen 26.5km of district heating pipework installed across Leeds during the first two phases of work and phase 3 will see an additional 2km installed.

The heat network distributes low-carbon heat from the nearby Recycling and Energy Recovery Facility (RERF), and delivers it to local residents, businesses and civic buildings.  The scheme already delivers significant carbon savings each year, and this is set to increase with the addition of the 3 new major connections.

Mike Cooke, Managing Director for North and Scotland at Vital Energi, said:

“Leeds PIPES is one of the most exciting heat networks in the UK.  Leeds City Council have demonstrated that cities can deliver massive, rapid decarbonisation as a way of meeting their climate emergency targets and this expansion will allow more organisations to utilise low-carbon heat, increase the efficiency of the network and deliver further carbon reductions.

“Whilst the carbon savings are of massive importance, its contribution towards fighting fuel poverty can’t be overstated as Leeds City Council can now offer 1,983 homes more affordable heat and hot water.”

In addition to delivering strong environmental benefits the Leeds PIPES project has supported 430 local, low-carbon sector jobs and 36 apprenticeships and continued safely throughout the pandemic.

This will be the third time Vital Energi has worked with St James’s Hospital to deliver a carbon reduction project after previously delivering an upgrade to their energy centre and, more recently, installing a range of energy conservation and generation measures, such as air and water source heat pumps, to lower their carbon further.

Martha Hart, Project Lead, Arup, said:

“We are thrilled that the second phase of the Leeds PIPES project is now complete, bringing affordable, low-carbon heat to homes and businesses across the city and Leeds another step closer to carbon neutrality by 2030.”

We’re delighted that Leeds PIPES project has successfully been shortlisted at the inaugural Unlock Net Zero Awards for ‘Collaboration of the Year – energy projects’ category.

The awards recognise and champion progress on the housing sector’s decarbonisation journey and the supply chain that supports it. Leeds PIPES is one of only six projects shortlisted in the category and the winner will be announced at the awards ceremony, taking place alongside Housing 2023 on Tuesday 27 June at Manchester Central.

The success of the project results from a true partnership approach with Leeds City Council, Ener-vate and ourselves, combining our joint expertise and knowledge to create one of the UK’s major heat networks.

Leeds PIPES is a £49million project to transform the lives of residents and communities by reducing carbon emissions, improving air quality and tackling high rates of fuel poverty. The success of the project so far has been made possible through a collaborative approach combining our joint expertise and knowledge to create one of the UK’s major heat networks.

The multi-phase scheme takes heat from the nearby Recycling & Energy Recovery Facility converting energy from non-recyclable household waste into affordable, reliable, and low carbon heat and hot water. This is then distributed to a range of buildings across the city.

In addition to this award shortlist, Leeds PIPES heat network has been awarded prestigious awards from ADE and Heating & Ventilation Awards.

The Leeds PIPES heat network has been recognised as an international exemplar of a city-wide heating solution, following a visit by the Canadian-based Boltzmann Institute. The delegation attended as part of a pan-European “study tour”, to gain crucial insights to aid in the expansion of Canada’s low carbon energy infrastructure.

Leeds PIPES, one of the UK’s fastest growing, major heat networks provides homes, businesses and public buildings with affordable, reliable, low carbon heat and hot water through the use of recovered heat from a nearby Recycling and Energy Recovery Facility.
Being delivered by Vital Energi, in partnership with Leeds City Council and Ener-Vate, the scheme was responsible for a near 6,000 tonnes of carbon reduction in 2023 alone, and has delivered over 430 green jobs across the Leeds city region.
Its current customers include some of the city’s most notable organisations, including Leeds Playhouse, Leeds Beckett University and St James’s University Hospital.

Connecting over 2,300 homes and 28 key buildings across the city centre, the city-wide heating network has attracted national recognition, having recently won the “Energy Project of the Year – Residential” category at the prestigious Energy Awards in London.
The project is also making significant local impact through inspiring the next generation of heating and electric engineers, as well as aspiring design and construction professionals. 40 students from the Urban Energy Systems course at the University of Leeds also had the opportunity to tour the network in action and gain unique insights from senior staff at the organisation.
Representatives from The Boltzmann Institute visited energy facilities across eight countries in Europe in advance of their ambitious plans for district energy expansion across Canada, helping the country reach its goals for net zero emissions by 2050.

To find out more about the Leeds PIPES network, visit: https://www.leeds-pipes.co.uk/.

The LCR Combined Authority is set to take a big step towards its net zero targets after work begins on the project, funded by the Public Sector Decarbonisation Fund. The scheme will deliver city region-wide energy efficiency improvements including Solar PV, Air Source Heat Pumps, and an extension to the Mersey Heat Network.

Wirral, Sefton, St Helens, Knowsley, and Liverpool are all set to benefit from a £4.9m series of energy conservation projects at a range of council-owned buildings across the wider Liverpool City Region.

Once complete, the project will cut carbon emissions by more than 500 tonnes each year, which is the equivalent of 600 average UK homes’ emissions.

The project is being delivered by renewable energy company Vital Energi, which will install a blend of energy conservation measures, including solar PV panels, heat pumps, pipework insulation, double glazing and LED lighting upgrades. The project will also deliver additional connections to the Mersey Heat Network.

Vital Energi and the LCR Combined Authority have worked with Knowsley Council, Wirral Council, and Liverpool City Council to identify which buildings will most benefit from the energy conservation measures, and after an extensive survey and energy audit, chose buildings at:

• Wirral County Park
• Wirral – Landican Cemetery
• Knowsley – Prescott Soccer Centre
• Sefton – Bootle Library
• Sefton – Bootle Leisure Centre

Additionally, George’s Dock and the Cunard Building will be connecting to the Mersey Heat Network.

In addition to the PSDS scheme, Liverpool City Region Combined Authority is also exploring potential locations for ground and roof-mounted solar installations, to accelerate their journey to Net Zero by 2035.

A new energy centre begins to take shape

Construction of the new energy centre at Trippett Street car park has begun, with steelworks now in place forming the framework of the building. The facility will house air source and water source heat pumps, delivering instant low carbon heat and hot water to council buildings, educational institutions, and private sector businesses. Once complete, the team will move on to the internal works of the structure, taking small steps toward this major initiative. In the future, the scheme plans to supply residential buildings as well.

Pipework progression across the city

In addition to the energy centre, approximately 5km of underground insulated pipework will be installed across some of Hull City Centre’s major streets and roads. Works have already commenced at various locations and are progressing well in line with the construction programme, whilst also ensuring access to businesses and buildings is maintained where possible. Once the network is fully installed and operational, these pipes will efficiently transfer heat generated at the energy centre to connected buildings.

Plans for the future

These groundworks are just the beginning of a project set to transform Hull’s energy landscape. During 2026, pipework will be installed underneath the River Hull, via the Drypool Bridge underground tunnel, which will connect to future opportunities.

We are working alongside other developers and experts to further enhance the scheme for the city of Hull.

Reaching the community

Above construction works, the project is also about the growth of Hull’s economy, with job creation, education and more. In the coming weeks, we will begin to see more of this commitment come into fruition through our collaboration with Hull College who will provide us with access to deliver learning opportunities, skills development and community engagement.

As part of the scheme, other commitments will include local school and college engagement, site visits for students, work experience placements, apprenticeship opportunities, and the use of local supply chain to name a few. The scheme is projected to save an estimated 110,000 tonnes of carbon emissions over the next 40 years; the equivalent of almost 1,900 cars being taken off the road each year. Through our partnership with Hull City Council, we endeavour to deliver a project that not only reduces carbon emissions and creates a greener, healthier environment, but also deliver a range of community benefits to the residents of Hull.

Three Net Zero office buildings at Princes Dock, Liverpool Waters, will become the first commercial office buildings in Liverpool to connect their heating and hot water supply to the new Mersey Heat network.

The multi-million-pound energy centre, currently under construction and set to complete in the autumn, will have the capacity to provide low carbon heat and hot water, through the Mersey Heat network, to thousands of homes and businesses around the city, reducing energy costs and their carbon footprint.

Businesses based at No. 8, No. 10, and No. 12 Princes Dock, which sit within Peel Waters’ growing Liverpool Waters district, have already been verified as Net Zero for three years running. The popular waterside office space will now also benefit from locally generated heat, through the district heat network and energy centre. This will make it the largest cluster of offices in Liverpool to provide this opportunity to its tenants.

The energy centre, which will be home to one of the UK’s largest water source heat pumps, will take heat from the water in the nearby Leeds/Liverpool Canal and use it to heat surrounding homes and businesses via a 6km district heating network.

Last year, renewable energy company, Vital Energi was appointed by Peel NRE to design and build the energy centre off Great Howard Street, which is expected to be complete by September 2024. Led by Peel NRE’s district heat network specialist, Ener-Vate, the Mersey Heat network is set to become a major part of Liverpool’s low carbon energy infrastructure.

The Mersey Heat network will reduce Liverpool’s reliance on fossil fuels and save 2,000 tonnes of carbon emissions every year – the equivalent of taking 1,000 cars off the roads. The infrastructure will provide low carbon heat and hot water to thousands of homes and commercial space within Liverpool Waters as well as sustainably futureproofing future developments planned for the growing mixed-use district, as well as wider domestic and commercial buildings across Liverpool.

This initial phase of the project could supply 20GWh of heat every year with planning permission in place to expand the project to supply around 45GWh (the equivalent of supplying 17,000 new homes with heating and hot water).

Liverpool Waters is part of Peel Waters, a UK wide portfolio of vibrant and innovative, waterfront developments, delivering large-scale, sustainable regeneration projects, creating jobs, economic growth, new homes and new public realm across the country.

Lancaster University are transforming the way they heat their campus with a multimillion-pound decarbonisation project, which has just passed a major milestone with the completion of the 6.5km district heating network.

The heat network is made up of a series of highly insulated, underground pipework, which will distribute low-carbon heat across the campus, supplying approximately 250 buildings across the campus. Originally, the network supplied only 65% of the University’s buildings, but the new expansion will see that rise to 95%.

Scott Lutton, Regional Director for Vital Energi, explained, “The University has around 15,000 students, and we know how important protecting the environment and tackling climate change is to them. This project will allow the University to benefit from low-carbon heating every day.”

In addition to the completion of the heat network, the new Energy Centre 2 has seen strong progress with key areas like the external envelope, thermal stores and heat pumps now in place. Once complete, the mixture of water and air source heat pumps will be capable of creating 39-Giggawatt Hours of low-carbon heat and hot water.

This project is a core part of the University’s target to achieve net zero for Scope 1 and 2 emissions by 2030. strengthening their position as leaders in sustainability.

Lancaster University are transforming the way they heat their campus with a multimillion decarbonisation project which has just passed a major milestone with the completion of the 6.5km district heating network.

The heat network is made up of a series of highly insulated, underground pipework which will distribute low-carbon heat across the campus, supplying approximately 250 buildings across the campus. Originally, the network supplied only 65% of the University’s buildings, but the new expansion will see that rise to 95%.

In addition to the completion of the heat network, the new Energy Centre 2 has seen strong progress with key areas like the external envelope, thermal stores and heat pumps now in place. Once complete, the mixture of water and air source heat pumps will be capable of creating 39-Giggawatt Hours of low-carbon heat and hot water.

This project is a core part of the University’s target to achieve net zero for Scope 1 and 2 emissions by 2030. strengthening their position as leaders in sustainability.

Lancaster University marked a major decarbonisation milestone this week with a groundbreaking event at the site of its new Net Zero Energy Centre.

Situated on the outer edge of its south east Lancaster campus, the Net Zero Energy Centre is part of a sector leading renewable energy project to virtually eliminate the use of gas to heat its Lancaster campus.

The Net Zero Energy Centre is being delivered by local, renewable energy company Vital Energi and the event highlighted Lancaster University’s continued progress on its ambitious Net Zero Energy Project.

The new centre will house an innovative array of state-of-the-art air and water source heat pumps totalling 7 megawatts along with a 1 megawatt e-boiler, generating a projected 39-Gigawatt hours (GWh) of low carbon heat, enough to heat 95% of campus buildings. The centre will also include 1,500 cubic metres of thermal stores which will supplement the new heat supply and help ensure consistent heat during peak times of the day.

A visitor facility will also be incorporated into the design of the new energy centre. This will feature an educational meeting room for visitors from the University and other universities, local schools and community groups with an interest in sustainable energy, specifically heat pump technology.

To carry the heat across campus, 6.5km of district heating pipework is also being installed to increase the network’s coverage from approximately 65% of buildings to 95%. This will connect 247 buildings and properties to the district heat network to receive low-carbon heat and water. The project is expected to be complete in early 2027.

Lancaster University’s Vice Chancellor Professor Andy Schofield led the event on the site of the new energy centre, bringing together members of the University community including the project team, researchers, the contractor, and suppliers.

Lancaster University has been awarded more than £21 million of funding from the Government’s Green Heat Network Fund (GHNF), which is being matched by the University to develop the Net Zero Energy Centre.

Scott Lutton, Regional Director, at Vital Energi said: “The new energy centre, utilising air and water source heat pump technology will save 2,700 tonnes of carbon annually, making a significant contribution to Lancaster University’s journey towards carbon neutrality. As part of this project, we have worked closely with Lancaster University and AECOM to engage and raise awareness of the benefits of the energy centre with the Lancaster University community, through career events, outreach, and skills development initiatives. Additionally, Vital Energi, the University, and AECOM have committed to creating 42 local jobs, 73 UK-wide positions, and providing 12 apprenticeships and graduate opportunities, further strengthening our ties with the wider Lancaster community.”

The Net Zero Energy Centre is the latest addition to Lancaster University’s extensive portfolio of pioneering sustainability projects, reflecting its long-standing commitment to sustainability.

Vital Energi will be working in partnership with the Lancaster University to deliver a major new energy project which will virtually eliminate their use of fossil fuel gas and move them significantly closer to achieving their scope 1 and scope 2 net zero targets.

The projects will see the installation of thousands of solar panels and the creation of a low carbon energy centre, housing highly efficient air source heat pumps, which received £21M of funding from the Government’s Green Heat Network Fund (GHNF).  Both schemes are part of the University’s wider decarbonisation efforts, with the University already being one of the highest producers of renewable energy in the UK.

Today saw the projects take a major step closer with the University holding a groundbreaking event at the site of the new solar farm, marking the official start of the projects which will strengthen Lancaster’s position as a global leader in sustainability.

Lancaster University’s Vice Chancellor, Professor Andy Schofield, led the event which brought together members of the University community including the project team, researchers, Vital Energi, and suppliers.

Lancaster University is investing a further £57m to decarbonise its campus and the University is also home to one of the largest groups of environmental science  research groups in Europe.

About the Projects

Solar PV Farm

A new £17M ‘solar PV farm’, funded by the University will consist of more than 17,000 photovoltaic (PV) cell panels, constructed on the University’s land to the east of the M6. The 11.5MW, 52-acre solar farm will generate enough energy to power the equivalent of 3,000 homes. The project also includes a comprehensive landscaping scheme which will enhance the hedgerows and woodland in the area, protecting views for local walkers and creating an environment that will support wildlife and increase biodiversity. Construction of the solar farm will begin in late spring/early summer 2024.

The new solar farm will also house a bespoke research facility enabling research and teaching across disciplines from plant science, to control system engineering. The solar farm will encompass a 50kW agrivoltaics demonstrator enabling the production of crops and electricity from the same land area. It is believed to be the first field demonstrator in the UK and will comprise an area of tracking photovoltaic arrays and an area of vertical panels.

Low Carbon Energy Centre

Following the award of more than £21M of funding from the Government’s Green Heat Network Fund (GHNF), Lancaster University will begin construction of a new ‘Low Carbon Energy Centre’ in Autumn 2024. The GHNF funding will be matched by the University to develop a new £40 million facility on Bailrigg campus which will virtually eliminate the use of gas to heat its Bailrigg Campus. The energy centre will use state-of-the-art heat pump technology to generate a projected 39-Gigawatt hours (GWh) of low carbon heat, enough to heat 95 per cent of the buildings on campus.

Lancaster Campus District Heat Network

Lancaster University has also been awarded £560,387 for the Lancaster Campus District Heat Network from the Heat Network Efficiency Scheme (HNES). Funding will go towards upgrading infrastructure across the network and allow it to be “Heat Pump Ready”. The project therefore includes the installation of more efficient pumps and meters, improving the central building management system, enhancing insulation throughout the network. HNES funding will be crucial in achieving the University’s pledge to reach net-zero carbon emissions from electricity and heating by 2030.

More information about Lancaster University’s commitment to sustainability is available on the website www.lancaster.ac.uk/sustainability

Sustainability Key Messaging

Lancaster University is investing £57million to further decarbonize its campus and help towards achieving a Net Zero future. Lancaster is one of the highest producers of renewable energy out of all UK universities.

• Solar PV Farm
• New 11.5MW solar PV farm with 17,000 solar panels at the Forrest Hills site generating enough to power over 3000 average households.
• The new solar PV farm will generate enough electricity to power a journey of 34,580,000 miles using an electric vehicle – equivalent to driving from London to France, over 80,000 times.

• Net zero energy
• New energy centre will generate enough low-carbon heat through air-source heat pumps to heat 95% of buildings on campus.
• 5km of district heating pipework to connect the buildings on campus together.
• This project will virtually eliminate the use of gas heating on its Bailrigg Campus.