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
Following recent revelations that UK’s home gas boilers emit twice as much CO2 as all power stations, the construction sector is being urged to accelerate the switch to greener heating solutions such as CO2 heat pumps, which have been described as ‘the future of green heating in the UK’. The
Mitsubishi Electric has provided a medical practice in South London with three commercial Ecodan air source heat pumps to deliver renewable heating and year-round comfort. The owners of Paxton Green Group Practice needed a heating solution that would future-proof the building by reducing both heating bills and carbon emissions, to
Baxi Heating UK and Ireland has appointed specification specialist Ryan Kirkwood to the role of Heat Pump Business Development Manager. The move is part of the company’s continuous improvement and development strategy, ensuring it is well prepared for the future as the heating industry makes the transition towards zero carbon
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.”
Following recent revelations that UK’s home gas boilers emit twice as much CO2 as all power stations, the construction sector is being urged to accelerate the switch to greener heating solutions such as CO2 heat pumps, which have been described as ‘the future of green heating in the UK’. The government’s target of 600,000 heat pump installations per year by 2028 is an encouraging step but Tim Rook, Chief Markets Officer at Clade Engineering, a leading designer and manufacturer of CO2 heat pumps, is concerned that the UK is a long way off the pace from hitting that target. “Burning natural gas has historically been a cheap, reliable and relatively safe way to heat buildings in this country. But as this study shows, things are going to have to change if we have any hope of reaching Net Zero. CO2 heat pumps are the future of green heating in the UK – they are more efficient, cleaner and have a lower total cost of ownership than gas boilers,” explains Tim. “We need to step up – and that’s going to take more awareness and more clamour across the construction, facilities management, property investment and property management industries,” suggests Tim. The recent energy price crisis adds further weight to this argument and has been caused by several long, medium and short-term factors coming into play at the same time. It’s been coming down the tracks for a while, and touches on a couple of things that Clade Engineering consider extremely important – the decarbonisation and security of Britain’s energy supply. “Installing a heat pump is one of the best things a business can do to decarbonise, and it’s fairly straightforward if engineered correctly. A heat pump will deliver a 60 to 80% carbon reduction and when used for cooling too it’ll do even better. If plugged into a digital platform to optimise performance and provide grid flexibility services it will be able to deliver even more carbon reductions and cost savings. “For the good of the planet, we need to pull our collective fingers out,” says Tim.
Mitsubishi Electric has provided a medical practice in South London with three commercial Ecodan air source heat pumps to deliver renewable heating and year-round comfort. The owners of Paxton Green Group Practice needed a heating solution that would future-proof the building by reducing both heating bills and carbon emissions, to replace the existing gas boilers. Ecodan CAHV monobloc air source heat pumps from Mitsubishi Electric were chosen due to their ability to lower running costs and carbon emissions. Patients and staff can now benefit from cost-effective, renewable heating while also enjoying modern levels of comfort. The heat pumps were installed to deliver 116kW of heat to the building, replacing the two commercial gas boilers. The CAHV models operate in a cascade system, meaning they are able to continually match the heating but only consume the power needed to keep the practice comfortable, whatever the weather. Andy Booth, Project Manager for Opus Air Conditioning, which installed the system said: “One of the things that amazed me was how quickly the CAHV units heated the water in the tank. We picked up water temperatures of 70 degrees in less than 30 minutes.” Opus specialises in the design, supply, installation, service and maintenance of boilers and heating systems, along with heat pumps, air conditioning and ventilation systems. This was the first Ecodan CAHV installation that Opus had carried out and they will be looking at promoting the use of air source heat pumps on future projects. Owing to the practice being a vaccination centre for its local community, the heat pumps had to be installed and the old systems removed in close partnership with the practice and its opening times. “The team had to be completely flexible so that we could get in around the working hours of the vaccination centre,” added Andy. Heat pumps are low maintenance and able to produce an average of three kilowatts of heating for every kilowatt of electricity consumed. The practice can now provide a high quality healthcare service for patients whilst also delivering high levels of comfort. For more details on the Ecodan CAHV, visit: ecodan.co.uk
Baxi Heating UK and Ireland has appointed specification specialist Ryan Kirkwood to the role of Heat Pump Business Development Manager. The move is part of the company’s continuous improvement and development strategy, ensuring it is well prepared for the future as the heating industry makes the transition towards zero carbon and sustainable solutions, and to meet the changing needs of its customers. Ryan joined the business in 2013 as an area sales manager in Scotland, looking after specification and sales of Remeha gas boilers, biomass boilers and CHP. He explains why he is excited by his new role: “My passion has always been sustainable design. Heat pumps are one of the key technologies we must use properly to ensure our homes and businesses are sustainable in the future. “My background is in mechanical design engineering and building simulation. I’ve worked closely with contractors and consultants over the last 10 years and consider myself to be an absolute geek when it comes to functional design and helping to maximise system performance. Over the years I have seen the good, bad and ugly with both design and installation, and have learned from what I’ve seen. “I am really looking forward to the dynamic aspect of evolving solutions for heating and hot water in the future. No one method works for all building types; the solution must be tailored for each and this is the real challenge. Heat pumps are one of the key technologies that will help us to a more sustainable future. We cannot ignore how important heat networks are in our drive for affordable, low carbon heating and hot water. And we are making important developments with hydrogen. Having a blended solution of both heat pumps and hydrogen boilers in the future may be one of the best ways of delivering sustainable heating solutions. “I love helping our customers deliver conceptual and innovative ideas. Innovation is the key to making all the future carbon targets a reality. We must ensure we have innovative solutions for today’s challenges while developing future solutions for tomorrow,” Ryan concludes. When he’s not working, Ryan enjoys paragliding and building things – anything from model aeroplanes to off-road touring vehicles.
