


IRI’s first female president paving the way for STEM and
IRI’s first female president paving the way for STEM and
Heat pump retrofit project wins CIBSE Ireland
Student Mechanical Competition
Sean McMahon
I
reland’s Building Services Engineering sector navigates a complex landscape in 2025. The drive for sustainability necessitates innovative solutions, demanding expertise in low-carbon technologies and energy-efficient design and greater collaboration and understanding across supply chains. Retrofitting older buildings, for instance, presents a significant hurdle in balancing preservation with modern performance standards. A looming skills gap requires engineers proficient in BIM and digital design tools, compelling companies to invest more in training and development, and growing geopolitical and economic uncertainties add further complexity. Engineers must expertly navigate these challenges while delivering high-quality, sustainable projects.
As the new editor of Building Services Engineering, I look forward to continuing this publication’s long tradition of working closely with industry bodies and stakeholders to facilitate discussion while also delivering the latest news, innovations and advances of the sector.
If there are any issues or stories you would like to see featured in Building Services Engineering, email me at robbie@buildingservicesengineering.ie
Robbie Cousins Editor
Cool Careers: Margaret Rafter, President, Institute of Refrigeration Ireland, discusses the importance of STEM education and the role of refrigeration manufacturers and engineers in achieving sector sustainability.
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The Light Approach: Gavin Edwards, Chair, Lighting Association Ireland, urges legislators, statutory bodies, architects and consulting engineers to look at lighting with a fresh perspective.
Mitsubishi acquires Chrystal Air 2 Derek Elton retires 4
Mitsubishi Electric Europe BV has announced that it has concluded an agreement with Irish air-conditioning installation and maintenance company Crystal Air Holdings Limited to acquire all of the shares in the company.
Crystal Air’s sector expertise, paired with its installation and maintenance capabilities, will boost Mitsubishi Electric’s strategic business offering and ensure the company is well-positioned to respond to increased demand in IT cooling and data centre solutions across Europe.
The acquisition of Crystal Air follows Mitsubishi Electric’s establishment of Mitsubishi Electric Hydronics & IT Cooling Systems SpA (MEHITS), which specialises in applied air-conditioning solutions for comfort, process, and IT cooling.
Shinji Kurita, CEO and President, Mitsubishi Electric Europe BV, explains: “Through the establishment of MEHITS, and now with the acquisition of Crystal Air, we have created a strong platform to meet the growing demand in the data centre sector. By integrating our traditional HVAC products with advanced applied solutions and a comprehensive service and
maintenance capability, we have significantly enhanced our offering to drive business growth and strengthen our presence in the data centre market.”
Ciaran Moody, Branch President, Mitsubishi Electric Europe BV Irish branch, says: “We in Ireland take immense pride in our business solutions partners, and we are particularly proud of Crystal Air’s success in delivering their exceptional expertise to the European market, especially their proven excellence in the data centre sector. This acquisition aligns seamlessly with our pan-European strategy to offer a comprehensive suite of services, including product supply, installation, and maintenance. We believe our strategy is fully aligned with the evolving needs and expectations of data centre owners and operators.”
Domnick Ward, Managing Director, Crystal Air, explains: “Combining Mitsubishi Electric’s manufacturing and product expertise with our specialised knowledge positions us uniquely in the market. This partnership enables us to capitalise on growth opportunities and further strengthen our presence in the European
data centre sector.”
Owned and operated by engineers for 28 years, Crystal Air is an established and leading provider of cooling services for data centres in Europe, providing primary cooling systems for data halls, secondary systems for switch and battery rooms, as well as tertiary systems for administration and staff areas.
Like many other Irish engineering firms delivering data centre services, Crystal Air’s reach stretches to the Netherlands, Belgium, Germany, Finland, Denmark, Sweden, Norway, and Switzerland.
Ciaran Moody adds that while the acquisition will strengthen Mitsubishi Electric Europe’s position to deliver its cutting-edge technology to data centres in Europe, locally, Mitsubishi Electric (Ireland) will continue to have the same relationship with Crystal Air that it enjoys with all of its Business Solutions Partners and Accredited Installers.
Ciaran explains: “The synergy between Mitsubishi Electric Europe’s and Crystal Air’s operations will enable us to effectively deliver our cutting-edge IT cooling and data centre technologies to clients across Europe.
The acquisition, which was completed on 18 December 2024, is subject to approval by the Irish Competition and Consumer Protection Commission.
to cope with the demands
After a remarkable 35-year career with Wilo Ireland and a distinguished 45-year career in the industry, Managing Director Derek Elton retired at the end of January.
Reflecting on his journey, Derek stated, “It’s been incredibly rewarding to witness the remarkable growth and evolution of Wilo Ireland during my tenure. From my initial engagement in 1989 to our current position as a leading manufacturer of pumps and pump systems for heating, ventilation, cooling, and water management industries, the company has achieved significant milestones. I extend my heartfelt gratitude to our valued customers, the dedicated Wilo Ireland team, and our esteemed colleagues across the global Wilo Group for their unwavering support. I wish everyone continued success in the future.”
The existing management team at Wilo Ireland will guide the company through its next phase of growth and continue providing exceptional support to its numerous customers.
Building Services Engineering extends our sincerest best wishes to Derek for a joyful and well-deserved retirement. We deeply appreciate his invaluable contributions and unwavering support throughout the years.
The latest European Federation of Engineering Consultancy Associations (EFCA) Barometer published at the end of 2024 offers some insight into conditions in the European consultancy and engineering industry.
The Barometer shows a currently strong market, but it is beginning to level out. While significant new growth is not anticipated in the immediate future, most firms report robust order books and positive market conditions, which are being supported by key sectors such as energy and transport. Challenges such as staff shortages and bureaucracy remain, but the industry is adapting effectively.
Order books are strong, and profitability is up, but a shortage of staff is a key challenge. The majority of European consultancies report good market conditions and a positive outlook for the next six months. They do not see significant new overall growth but expect strong market
conditions to continue.
The main challenges for the consultancy and engineering industry in Europe are a shortage of staff and bureaucracy. Low fees, labour costs and political uncertainty are other challenges for the industry.
The EFCA Market Index shows the overall development of European markets. The report shows a levelling out of the markets, with a decline of 0,8 points. Ninety-four percent of the participating countries are currently reporting stable or increasing markets.
The industry is growing. The EFCA employment index increased by 30 points since the spring of 2024. But the index is forecast to decline as markets are levelling out.
A total of 56% of participating countries in the survey are expecting increased turnover in the coming six-month period, and most others are expecting a status quo. Resilience is a key driver for growth (energy, transportation, water, manufacturing and defence).
Profitability of European engineering firms has increased significantly from 5.4%in 2022 to 7.5% in 2023. The average level from 2013-2022 is 6.0%, which means that 2023 has seen a significant improvement, not only on previous years, but also compared to the long-term trend. The fact that order stock was high in 2022-2023 and the shortage of staff was significant can have driven up earnings and hourly fees despite inflation and increasing labour costs.
The survey was conducted in OctoberNovember 2024, with 17 EFCA member associations (61%) responding.
To download the EFCA Barometer, visit .efca.be/news
We take immense pride in our 66-year heritage in Ireland and the signifi cant contribution we’ve made to the country’s built environment. And we are committed to building on this unique legacy for the long term.
From renowned product quality and ease of installation to trusted technical support, there’s a reason professionals reach for Wavin drainage, plumbing and water management solutions.
Now, with plans to create a state-of-the-art distribution hub and training academy, whilst continuing with product innovations and our good works in the community, we’re building even better partnerships and, together, an even better Ireland.
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Panasonic has announced the acquisition of Area Cooling Solutions Sp z oo has been successfully finalised. The condensing units business located in Wrocław, Poland, will operate under the name Panasonic Cold Chain Poland Sp z oo (Panasonic CCS).
The acquisition of Area Cooling Solutions Sp z oo by Panasonic is a strategic move; by combining their resources and expertise, Panasonic is creating a more robust player in Europe’s CO₂ natural refrigeration market. This acquisition creates a solid foundation for growth and innovation, enhancing Panasonic’s ability to deliver environmentally friendly and sustainable refrigeration solutions to a broader customer base.
Panasonic CCS will continue the production of iCOOL and other refrigeration condensing units, ensuring a steady supply of spare parts for these products. The compressor and component distribution business will continue to be independently managed by the existing operation in Warsaw, Poland.
This strategic acquisition of Area Cooling Solutions marks a significant milestone in Panasonic’s commitment to expanding its range of environmentally friendly products, including R744 (CO₂) and inverter condensing units and enhancing capabilities in the commercial refrigeration sector.
Through the development and promotion of sustainable technologies, Panasonic CCS is committed to contributing to a greener society while meeting the growing demands of the cold chain industry.
The Sustainable Energy Authority of Ireland (SEAI) invested a record €616m in 2024, a 13% increase from the previous year, to support energy upgrades and clean energy projects. This included €420m for 54,000 home energy upgrades, with 40% achieving a B2 energy rating or higher. There was a total of 3,609 heat pump grants paid out by the SEAI in 2024.
SEAI also supported the rollout of electric vehicles with €52m, funding 12,000 new EVs and 15,400 home chargers.
Suir Engineering has announced the creation of 200 jobs and the launch of a pioneering Apprentice Centre of Excellence, which will support the state’s SOLAS training programmes. The apprenticeship jobs, all of which will result in permanent positions with Suir Engineering, are in the areas of electrical and instrumentation.
The 200 jobs, which are being phased in over the next 12 months, will bring the total headcount at Suir Engineering to 1,600. There are opportunities to work in Ireland and/or the company’s other hubs in the UK, Germany, Sweden, and Denmark. The jobs announcement is part of the company’s European growth strategy and the urgent need across the sector for more highly skilled and trained workers.
Suir Chief Operating Officer Brendan Moley says the positions are part of the company’s direct employment talent pipeline.
He explains: “As we grow our European footprint, the need to develop our highly skilled workforce grows too. Apprentices are the lifeblood of our industry, and at any one time, we could have up to 400 apprentices in the business. And interestingly, not all are joining us straight out of school. Men and women in their 30s and 40s are upskilling and they see Suir Engineering as a strong option for a career change and have made the decision to go back to the classroom.”
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The Julian Benson Cystic Fibrosis Foundation’s mission has been to build Ireland’s first ‘home away from home’ for people with cystic fibrosis (CF) and their families.
In January, Tranquillity House, Ireland’s first dedicated home away from home for people and their loved ones with CF, was officially opened with great fanfare and featured in a one-off programme of ‘Room to Improve’ on RTE. Room to Improve presenter Dermot Bannon led the renovation design.
Over 130 companies came together over 14 months to help restore Tranquillity House in Dublin to give families a comfortable base when they are supporting their loved ones who are in a hospital in Dublin receiving CF treatment.
This Georgian house has been transformed into four separate apartments. Companies that gave their expertise, time and products included Murphy, Kirby Group, Roadstone, Chadwicks,, Maylim, Carnehill Joinery and Timeless Sash Windows.
Speaking at the opening, foundation founder and former ‘Dancing with the Stars’ judge Julian Benson said: “This is my Olympic Gold! Dreams really do come true! Bowled over by the love and support of so many people. The CF community now has a very special home away from home.”
To learn more about Tranquillity House, visit https://jbcff.com
DataCentres Ireland has welcomed the massive success of its Data Centres Ireland 2024 show, which took place at the RDS Dublin in November.
Year-on-year total attendance increased by over 16% over the two days in 2024. This was the largest visitor and total attendance in the event’s 14-year history, delivering over 2,550 attendees across the two days.
Exhibitors also grew by 26%, which meant an increase in the number of exhibition personnel operating the stands. The number of individual stands grew from 107 to 138 individual stands, whilst the total area of the show increased by 24% as exhibitors invested more in the size and look of their stands.
Exhibitors commented on the quality of attendees present at DataCentres Ireland and a lack of time wasters, giving them more time to engage with buyers, discuss their needs and forge lasting business contacts and relationships.
Most of the presentations and panel discussions (if not all) were linked to how can data centres continue to improve their efficiency, standby generation and grid flexibility, reducing their carbon footprint and how they could assist utility companies in the adoption of greener and renewable energy sources, such as solar and wind.
The conference programme featured 68 international and local experts and industry leaders. The conference addressed a wide range of issues from data centre development, regionalisation, training & staff retention, the impact of AI on data centres, as well as decarbonisation, energy reduction and heat reuse.
Now entering its fifteenth year, DataCentres Ireland 2025, which will be held in the RDS on Wednesday, 19, and Thursday, 20 November 2025, will bring together everyone involved in the dynamic and fast-growing Irish data centre sector.
If you are interested in a stand, contact the team at +44 (0) 1892 570513 or email datacentres@stepex.com
Panasonic Heating & Cooling Solutions has announced that its Big Aquarea T-CAP M Series is now available in Ireland, offering a flexible, compact, energyefficient solution for central heating and domestic hot water.
The latest addition to Panasonic’s airto-water heat pump range is a versatile unit, available in sizes ranging from 20, 25 and 30 kW capacities, with the capability to scale up to 300 kW in cascade. The Big Aquarea T-CAP M Series utilises the natural refrigerant R290, which has a low GWP of 3 for a sustainable solution and provides heating temperatures up to 75⁰C. This reflects Panasonic’s commitment to sustainability and ongoing dedication to providing greener solutions for a better future.
Furthermore, the unit also utilises T-CAP
technology that allows for maintained rated capacity down to -15ºC at 55ºC water outlet whilst being a cost and space-saving sustainable option. This makes it easily integratable with water systems such as fan coils, floor heating, domestic hot water tanks and radiators.
Key features of the Big Aquarea T-CAP M Series include
• High efficiency with a COP of 4.91 at 7/35,
• Low noise levels,
• Flexible control options,
• Seamless Modbus integration, and,
• Wi-Fi connectivity for Aquarea Smart Cloud and Aquarea Service Cloud. These features make the Big Aquarea an excellent choice for various applications, blending seamlessly with architecture and the environment.
Panasonic has unveiled its latest air conditioning system, the RAC Solo, a visually appealing and compact stand-alone air-to-air heat pump, which eliminates the need for an outdoor unit.
Key features of the RAC Solo include:
• Slim design: Only 165mm deep, seamlessly blending into any environment.
• Eco-friendly: Utilises R32 refrigerants for 20, 25 and 30 models and R290 for the 16 model.
• Quiet operation: Ideal for noise-sensitive areas.
• Versatile: Offers cooling, heating, dehumidifying, and ventilation modes.
• Easy installation: Exterior wall-mounted unit with self-folding outdoor grills, indoor unit with a premium look and robust body.
• Smart control: PI Control maintains optimal room temperature.
The RAC Solo is available in four models, with cooling capacities from 1.7kW to 2.9kW and heating capacities from 1.7kW to 2.8Kw, making it a versatile option for various residential and commercial applications.
For more information, visit www.aircon.panasonic.eu/IE_en/ or email Eoin Browne Eoin.Browne@eu.panasonic.com
Altogether, the Big Aquarea T-CAP M Series enhances Panasonic’s centralised heating range, offering a sustainable air-towater heat pump solution for end-users.
For more information, visit https://www.aircon.panasonic.eu/ IE_en/, scan the QR code, or email Wally Stephens Walter.Stephens@ eu.panasonic.com
Panasonic Jet Air Stream Indoor Units for PACi NX
Panasonic Jet Air Stream Indoor Units for PACi NX
Panasonic’s new Jet Air Stream Indoor Units for PACi NX, designed for efficient heating and cooling in large spaces like warehouses and factories, are now available in Ireland.
Key Features
• High air volume (up to 5000 m³/h) and long throw (up to 30m).
• Self-directing motorised nozzles (smart models) for optimal air distribution.
• Quiet operation with powerful performance.
• Ready for duct connection. Units are available in Smart, Standard, and Ducted versions, with 14 kW and 25 kW capacities, and include energy-efficient EC fans and advanced touch panel control.
For more information, visit www.aircon.panasonic.eu/IE_en/ or email
Eoin Browne Eoin.Browne@eu.panasonic.com
According to the European Heat Pump Association (EHPA), new research shows that nearly all European countries can bring in more fiscal measures to support the uptake of heat pumps, essential to decarbonising heating and cooling.
Only six of 30 countries examined set a lower VAT rate on heat pumps than on fossil fuel boilers: Belgium, France, Ireland, Portugal, Romania, and the UK.
To make the running costs of the heat pump competitive, the cost of electricity should be at most twice the price of gas. Heat pumps use much less electricity than boilers do gas to produce the same amount of heat. Despite this, VAT on gas and electricity is the same everywhere, except Latvia and Spain, where the rate on electricity is lower.
Paul Kenny, Director General, EHPA, said: “ Every heat pump installed in Europe supports Europe’s energy security and energy sovereignty. Member states must use all the fiscal tools at their disposal to ensure this happens, with support from the EU.”
The EHPA contends that the EC can kickstart this process via its upcoming Electrification Action Plan, Action Plan for Affordable Energy Prices, revision of the Energy Taxation Directive and Citizens’ Energy Package.
Clare-native Dr Róisín Buckley has won the Engineers Ireland Chartered Engineer of the Year Award for 2024. Dr Buckley, who holds the role of Senior Lecturer at Glasgow University’s James Watt School of Engineering, is the principal investigator of a major UK government and industryfunded project that aims to optimise offshore wind turbine foundation design. Her work has led to practical new design approaches that are being applied at several multi-billion-euro developments.
Dr Buckley is an associate editor of Géotechnique, a leading geotechnical engineering journal, and a Visiting Fellow at the University of Oxford. She graduated with a bachelor’s degree in engineering from the University of Galway, before completing a master’s degree and a PhD at Imperial College, London.
The Chartered Engineer of the Year Award, sponsored by, Arup, is presented annually to an engineer who has demonstrated commitment to their engineering discipline and showcases the standards of integrity, innovation, and professionalism that Engineers Ireland upholds.
New HHI Chair calls for no compromise between health and energy efficiency
The new Chair of Healthy Homes Ireland (HHI), Susan Vickers, has called on the new government to make health a key consideration when developing regulations to improve the energy efficiency of existing homes that require upgrading. HHI is a collaborative forum of leaders in the built environment, housing and public health that aims to influence public policy to advance greener, healthier homes.
Speaking about her appointment, the Clúid Housing Head of Environmental Sustainability stated: “I am delighted to take up the chair of HHI. I am passionate about sustainability and protecting the health and wellbeing of the people of Ireland. It is imperative that the new government integrates health considerations into public policy and in the delivery of both new build and retrofit homes.”
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The National Construction Summit (NCS) 2025 will take place with €165bn earmarked for infrastructure projects over the next decade under Ireland’s National Development Plan (NDP).
As NCS takes place on 02 and 03 April at the Sport Ireland Campus, Blanchardstown, Dublin, the construction industry is poised for unprecedented growth. This monumental investment spans roads, public transport, energy, housing, and social infrastructure such as schools and hospitals.
The Summit provides a timely and invaluable platform for industry professionals to explore these opportunities, address challenges, and collaborate on solutions.
This event reflects the construction sector’s vital role in shaping Ireland’s future. Bringing together contractors, architects, engineers, policymakers and innovators, this event facilitates the sharing of insights, strategies, and innovations needed to navigate the evolving industry landscape.
Key Highlights will include:
• Expert Insights: National and international thought leaders will share perspectives on how the NDP’s ambitious targets will influence Ireland’s construction priorities.
• Timely Discussions: Sessions will focus on sustainability, digital transformation, regulatory changes, and overcoming resource challenges.
• Innovative Solutions: An extensive exhibitor space will showcase cutting-edge products and technologies to address the industry’s most pressing needs.
Speakers will include Sean Sweeney, Programme Director, MetroLink; James Allen, Director, BTY; Jenna Davis, Director, Government & Infrastructure, EY; Olwyn James, Senior Planning, Land & Utilities Manager; Uisce Éireann; and Anne-Marie Friel, Partner, Pinsent Masons. Exhibitors will include Portakabin Ltd, Wavin Ireland Ltd, Snickers Workwear, STIRA, and U Value Insulation, along with sponsors CitA, Cpac Modular, Containex, Cubis Systems and Skillnet MMC Accelerate and media partner Building Services Engineering.
For more information about this year’s programme or to secure your place, visit www.nationalconstructionsummit.ie
HiiLIFE, a leading technology provider for the construction sector, has announced its appointment as the official Samsung Climate Solutions distributor in Ireland.
The strategic partnership builds upon HiiLIFE’s successful collaboration with Samsung in the UK, extending their joint commitment to deliver advanced heating, ventilation and air conditioning (HVAC) solutions to both the commercial and residential markets nationwide.
Charles McAlpine, Technical Sales Director, HiiLIFE, says: “We’re delighted to extend our work with Samsung and become its official climate solutions distributor in Ireland. This expansion marks a significant milestone in HiiLIFE’s growth strategy, reinforcing our position as a leading technology provider in the UK and Ireland.
“Samsung introduced its first air conditioner in 1974. Since then, the company has continuously invested in new energy-efficient solutions for cooling, heating, domestic hot water, refrigeration, and smart building technology, setting the standard in the industry. We are excited to bring these advanced climate control products to customers, backed by our dedicated expertise and support.”
HiiLIFE will leverage its extensive industry experience and customer-focused approach to deliver comprehensive sales, design, installation and after-sales support for Samsung’s HVAC products.
Andy Burt, Head of Sales and Business Development, Samsung UK and Ireland, adds: “We are delighted to broaden our collaboration with the HiiLIFE team to Ireland, building on our successful distributor agreement in the UK. HiiLIFE’s expertise and strong presence in the construction sector make the firm an ideal partner to deliver our HVAC solutions to the Irish market.”
For more information about HiiLIFE and the Samsung HVAC systems available in Ireland, visit https://ie.hii-life.com
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The European Federation of Engineering Consultancy Associations (EFCA) recently published a paper titled ‘Carbon-neutral and Responsible AI: The Energy Efficiency Challenge in Emerging Digital Technologies’. The paper explores the challenges posed by the exponential growth of artificial intelligence (AI) in energy consumption and proposes recommendations to address them.
The imminent exponential growth in the use of AI by governments, businesses and citizens is creating an unprecedented demand for energy, mainly by the ‘Big Tech’ companies, whose consumption is said in a recent paper by Tractebel and RED to be equivalent, collectively to that of some developed countries.
The EFCA paper proposes a number of recommendations to improve energy efficiency.
Software providers
• Stop the requirement for users to store their data in the provider’s cloud, thus enabling the use of just one cloud for such storage.
• Focus on interoperability and open standards – less “waste” from multiple, unnecessary use of relevant processes and duplication.
Construction and engineering firms
• Improve the collaborative use of BIM so that only one model is used and shared, rather than all players in the value chain creating their own model. This is wasteful and increases energy use unnecessarily.
• Design in energy efficiency at the beginning for new data centres, so that they are already green. Consulting engineers can help with low-carbon design.
Big Tech companies/data centres/ software providers
• Energy saving processes such as ‘evaporative cooling’, which (like human sweating) enables cooling of computers and the buildings in which they are being used, by water evaporation. This method is cheaper than other cooling systems and also better for the
environment.
• Transfer of waste heat generated by computing processes and servers to other uses (examples: aquaculture, drying in industrial processes, domestic heating). This way, there is a kind of industrial symbiosis.
• Ensure that new data centres have been designed for maximum energy efficiency. Public sector owners/users of data centres should insist on this in procurement, and private sector owners must act responsibly by choosing lowcarbon designs.
• Better scheduling of back-up cycles for servers. Even though these are not the most energy intensive processes, they are easy to make more efficient, so worth improving.
• More efficient use of servers to ensure that they always run at full capacity, thus minimising the overall impact of AI by tackling the energy consumption at source.
The EFCA paper is a wake-up call to address the energy consumption of AI and other emerging digital technologies. By taking action now, we can ensure that these technologies are developed and used sustainably.
The full EFCA report can be downloaded in the publications section at https://www.efcanet.org.
S&P Ventilation Group Ireland has introduced a new decentralised mechanical ventilation unit called EVO that is set to become a “best in class” product. It comes with constant volume technology to ensure the selected airflow rate can be achieved at a range of pressures without manual adjustments, and achieves noise levels below 9 dB(A) at 3m.
A powerful ventilation unit, The Eco Air Evo is capable of meeting the requirements of all the wet rooms in a property, including the kitchen, bathroom, utility, ensuite and WC.
Performance is guaranteed as the Eco Air Evo has low specific fan power (SFP) down to 0.08 W/l/s, which means the fan operates in the most efficient manner. It has a stylish, compact low-profile design, making it perfect for the specification and new-build and retrofit markets. It has a small footprint of 175mm x 175mm and the flexibility to be wall or ceiling mounted.
Tristan Healy, Managing Director, S&P Ventilation Group Ireland, said: “This innovative new ventilation unit offers a maximum power consumption of only 4.5W, making it a leading energy efficient ventilation solution. Housebuilders and specifiers are increasingly seeking simple ventilation solutions that are compliant with all relevant regulations, as well as being compact in design and offering minimal noise disturbance. The Eco Air EVO is the perfect solution for a wide variety of new-build and
retrofit applications.”
As part of enhancing energy efficiency, the EVO has been aerodynamically optimised and uses a low watt DC motor, providing reduced energy consumption and increased efficiency with enhanced sustainability.
Featuring an “auto intelligent timer”, The Eco Air Evo automatically varies the over-run timer period, depending upon how long the fan has been in operation. It can also be turned off and a standard fixed time period timer can be used instead.
Other features include “auto intelligent humidity”, which means the fan speed can respond in direct correlation to changes in relative humidity, therefore enhancing comfort for occupiers.
The EVO incorporates integral controls via a display on the side of the unit. This display offers the user the ability to control the unit, including the fan, speed, timer and humidity (model depending), as well as viewing the period of time the fan has been in operation, current running status and any potential errors identified.
The Eco Air EVO has been designed to be low maintenance with no filter needed. Cleaning is simple, as the fan cover can easily be removed and wiped with a cloth to remove any dust or build-up. It is also straightforward to install and provides flexible set-up with five selectable trickle speeds of 5, 8, 11, 13 and 16l/s. This means the fan to be commissioned to suit a range of property needs. It also offers a selectable boost speed between
20 and 30l/s which can be selected using the side display.
Contact: Soler & Palau Ventilation Group Ireland. T: 01 – 412 4020; E: sales.ie@solerpalau.com
Carrier Solutions UK has reinforced its commitment to a whole distribution model in the Republic of Ireland through Viridus Energy following the resounding success of its strategic transition. The move to direct distribution has exceeded expectations, streamlining operations, improving service delivery, and enhancing customer support.
Toshiba HVAC, Carrier VRF and Vokèra product lines continue to be exclusively available through Viridus Energy, further solidifying the already thriving partnership that began in 2023. With a proven model in place, Carrier is now focused on expanding product offerings and optimising distribution networks to drive even greater market growth.
Building on the success of the transition, Viridus Energy has fully integrated the Vokèra business in Callan, Co Kilkenny, ensuring seamless continuity of service. The operational base in Callan remains a key hub, with all staff retained and actively contributing to the expanded capabilities of Viridus Energy. This integration has resulted in improved logistical efficiency and stronger regional support for customers.
David Dunn, Sales Director for Northern Europe, Carrier RLC EMEA, commented: “This move marks a significant milestone in our strategic efforts to streamline operations and leverage local expertise through Viridus Energy. Our partnership has proven highly effective, and this new model will enhance our ability to serve our customers with even greater efficiency and innovation.”
Tom Lyons, Managing Director of Viridus Energy, emphasised the benefits of this continued collaboration. “We are delighted with the success of our partnership with Carrier and are excited about the future. This strengthened relationship enables us to maximise our combined expertise to provide market-leading HVAC, heat pump, and gas boiler solutions across Ireland. With our expanded portfolio
and enhanced distribution channels, we are wellpositioned to deliver even greater value to our customers.”
Ken Lawlor, Country Manager, Ireland, Residential & Light Commercial EMEA, Carrier HVAC, reinforced this commitment, stating: “Quality of service underpins everything we do, and this expanded partnership ensures that we continue to deliver on this promise. In addition to an extensive product portfolio and spare parts availability, we provide nationwide site delivery and robust support for contractors, consultants, and clients. Our installer training programmes in Callan and Dublin, complete with fully fitted showrooms and dedicated Training Centres, continue to set industry benchmarks. Additionally, we offer CPD presentations for consultants and provide expert technical support. With the success of our direct distribution approach, we are now focusing on further enhancing customer engagement and training opportunities.”
The success of the direct distribution model has positioned Carrier and Viridus Energy as market leaders, driving innovation and excellence in service. With a strong and expanding customer base, Carrier is committed to leveraging this momentum by introducing new product innovations, expanding training initiatives, and further optimising supply chain operations to ensure continued growth and superior customer satisfaction.
To learn more about Toshiba, Carrier or Viridus Energy, call 01 963 3064, visit www.viridusenergy.ie or scan the QR code
Vokèra by Riello has been providing reliable, highefficiency heating and hot water solutions for over 40 years and today offers a comprehensive range of domestic gas boilers to suit all home types and sizes. Common to all is advanced technology and innovative features, the most recent introductions being the Pinnacle and Synergy system and combi boilers.
Pinnacle boasts an outstanding 94% seasonal energy efficiency in space heating and can adjust its output to match the heating demand, resulting in less energy wastage and lower running costs. An equally remarkable wide 1:13 modulation ratio minimises short-cycling, fuel consumption and component wear, ultimately extending the boiler’s lifespan. The pure stainless steel heat exchanger is common to all models and power levels. This ensures exceptional heat transfer and durability, while also limiting corrosion and maintaining optimal performance.
Meanwhile, the new Vokèra Synergy is packed with features such as lightweight and compact in size, plugand-play capabilities, low noise operation, high efficiency and easy maintenance with front access to all components. The Synergy delivers classleading efficiency, performance and ease of use via the new touch-pad interface.
The Toshiba Carrier Universal Smart X Edge (USX Edge) series is an innovative, air-cooled, inverter modular heat pump system with the highest certified performance, thanks to the world’s largest twin-rotating DC inverter compressor and Toshiba’s unmatched reliability. Specially designed for weather conditions in Europe, the R32 USX Edge solution has a high heating capacity and operating temperature range that is very impressive, even at low ambient temperatures. It has been designed for high efficiency, low running costs, excellent risk diversification and ease of installation and maintenance, making USX the perfect solution for a wide range of applications. It also has a wide operating range with four independent refrigerant circuits that ensure the required capacity is maintained throughout operation.
USX Edge can operate at a very wide ambient temperature from -20ºC to +43ºC in heating and -15ºC to +52ºC in cooling. Other features include 55ºC hot water production down to very low ambient temperature; integrated inverter water pump; integrated adiabatic cooling system; integrated chiller plant sequencer controls; modular expanded installation from 150kW up to 25,600kW; anti-corrosion protection options; and unique defrost control.
ESB has opened its latest major battery plant at its Aghada site in Co Cork. It will add 150MW (300MWh) of fast-acting energy storage to help provide grid stability and deliver more renewable power to Ireland’s electricity system.
This battery energy storage system (BESS) project is the latest in ESB’s pipeline of projects delivered at sites in Dublin and Cork, which are part of its investment of up to €300m in the technology. In 2022, ESB launched the first of its BESS sites, the 19MW (38MWh) project, also in Aghada. Earlier in 2024, ESB opened a new 75MW (150MWh) project at its Poolbeg energy hub in Dublin.
ESB has partnered with Fluence - a global leader in energy storage products, services and software - and Irish company Powercomm Group to deliver this project.
EU commissioner Michael McGrath, commented: “I am delighted to be here in Aghada again for the launch of ESB’s latest battery storage project. Through the delivery of projects like this, which will facilitate more renewable sources of energy onto the electricity system, it is clear that ESB’s relationship with Co Cork will continue into the future.”
Kirby Group Engineering has opened a new offsite manufacturing (OSM) facility at Junction 17 National Enterprise Park in Portlaoise, Co Laois. The €8m development is set to create 50 jobs. It will be critical to the company’s continued growth as it manufactures a range of components for projects across Ireland, the UK, and mainland Europe.
Kirby employs over 1,800 people and has developed a first-class reputation in the life sciences, data centre, industrial, power and renewables sectors. The Limerick-headquartered firm is on track to record revenue of more than €700m in 2024.
Over 20 people are already working at the Portlaoise facility, and Kirby expects that figure to reach 50 by the end of the year. The facility team provides fabrication, welding, engineering and BIM (Building Information Modelling) services. It also features a dedicated cleanroom to facilitate high-purity pipework, as required by many of Kirby’s hi-tech clients.
Kirby Group Engineering then CEO Mark Flanagan, who recently was appointed Group Executive Director, said offsite manufacturing (OSM) is in high demand among its customers, including a number of global IT leaders. “OSM provides incredible savings when it comes to hours on site, equipment on site, scheduling control, quality control and, of course, health and safety. We now aim to complete 25% of our projects through prefabricated methods, and this facility is central to that target.”
In addition to the OSM services, the new building houses office space and a dedicated apprentice training facility, which will allow for classroom-based and practical education.
Sligo Park Hotel has completed the installation of a new photovoltaic (PV) solar panel array on the facility’s roof, which is expected to cut the hotel’s energy bills by more than €25,000 annually and significantly reduce its carbon emissions. JV Tierney and Company Consulting Engineers engaged Cool Air Ltd to install the 400 PV solar panels across 13,000-sq ft of the building’s roof between June and August last year. Cool Air estimates installing PV solar energy infrastructure will cut the hotel’s annual emissions by more than 47 metric tonnes of CO2. In terms of reducing atmospheric carbon, the total is the equivalent of planting 1,869 new trees yearly.
While the PV solar panels contribute less during the winter months, it is estimated that solar energy will make up 35-45% of the hotel’s overall usage from April to September. The average contribution across the year is projected to be more than 20%, leading to an annual saving of €25,000 on the hotel’s energy bills.
Healthbox Hygro is the next level in demand-controlled ventilation. It is compatible with smart homes and optimises air quality in individual rooms by adjusting ventilation levels automatically, conserving energy in the process. Real-time, o -site management of the system is simple thanks to the unique Installer App.
LED Group, with a portfolio including circuit protection and LED lighting products, has acquired ATC Group, the renowned manufacturer of energy-efficient electric heating, hand drying, and automation solutions.
Headquartered in Dublin, ATC is a synonymous brand in energy-efficient electric heating, hand drying solutions and automation controls across the UK and Ireland. Founded in 1991, the company provides award-winning advanced solutions to various sectors.
This marks a new chapter for ATC and is an opportunity to grow its brand through LED Group’s more comprehensive commercial reach.
This acquisition strengthens LED Group’s product portfolio and expands its reach in the UK and Ireland. ATC will continue to operate independently under its existing leadership.
LED Group CEO Mick G Slein said this acquisition aligns with their building electrification strategy. “This partnership marks a new chapter for ATC and is another milestone in our building electrification buy and build strategy. We have watched ATC grow for many years and have taken inspiration from their customer-focused approach.”
Fenagh Engineering & Testing, a leading U.S.-based construction inspection and materials testing firm, has announced its first European office in Dublin supported by a significant €3m.
Founded by Irish-American entrepreneur Patrick Greenan, this expansion marks a milestone in Fenagh’s journey to deliver highquality third-party inspection, materials testing, and regulatory compliance services to Ireland’s thriving construction sector.
The Dublin office will create 35 new jobs across key areas, including materials testing, assigned certification, specialist inspection, geotechnical engineering, business development, project management, and support functions.
Darren Bergin, Managing Director, Fenagh Engineering & Testing, in Ireland comments: “With our proprietary technologies, skilled team, and dedication to quality and accountability, Fenagh is ready to play an essential role in supporting Ireland’s construction industry. This is the beginning of a long-term commitment to help meet the country’s housing and infrastructure goals while setting new benchmarks for quality, compliance, and excellence.”
Fenagh’s expansion into Dublin builds on its established reputation in the US, where it has provided proactive and innovative solutions to high-profile clients such as Apple, Tesla, US state hospitals, data centres, and leading universities including MIT, Harvard, and Columbia. With over three decades of expertise, Fenagh specialises in managing complex construction projects through its accredited labs and proprietary elas® technology, offering efficient, real-time reporting to ensure projects meet rigorous international standards.
Fenagh’s Dublin office will act as its European headquarters, with plans to expand into other European markets, including the UK.
Ciaran O’Reilly, ATC founder, and Brian Walsh, ATC Managing Director, expressed confidence in this partnership, emphasising continued customer focus and innovation. “ATC has grown immensely over the past 34 years, and we are incredibly proud of the journey we have taken with our customers and suppliers. We believe this exciting new chapter with the LED Group will provide ATC with access to additional resources and new markets whilst continuing to allow us to serve our customers with the same exceptional quality and innovation they’ve come to expect from us.”
Brian will now continue to lead ATC while Ciaran transitions to a senior advisory role.
The transaction is expected to close in Q1 2025, and it is subject to customary approval from the Competition and Consumer Protection Commission.
Sport Ireland Campus, Blanchardstown, Dublin 2nd & 3rd April 2025
Connecting Key Stakeholders Responsible for Delivering a Sustainable Construction Industry in Ireland
• 2 Days
• 4,500 Visitors
• 200 Exhibitors
• 150 Speakers
• 15 Sponsors
KEY THEMES
• Architecture & Design
• Modular & Offsite Construction
• Data Centres
• BIM
• Smart & Green
• Lean Construction
• Passive Construction and NZEB (Nearly Zero Energy Building)
• Facilities Management
• QEHS
• Modern Methods of Construction Contact Colin colin@prempubevents.com or 01 6120881
www.nationalconstructionsummit.ie
Merepark Co. Wicklow:
Merepark housing development is the latest addition to the Altidore Gardens community, located in Newtownmountkennedy, County Wicklow. Central to this development is a focus on sustainability, innovation and connectedness to the scenic surrounding beauty of the Wicklow mountains.
With a total of 154 houses in this development, it was important to get the heating and domestic hot water systems just right. D/ RES, the developer and one of Ireland’s leading sustainable private housebuilders, wanted to create energy efficient homes that would provide the homeowner with both comfort and reliability. Mitsubishi Electric collaborated with McGuinness Mechanical, a leading mechanical engineering contractor, from the earliest stages of this project’s inception to achieve this. The McGuinness design team worked closely with Mitsubishi Electric throughout the project’s lifecycle,
collaborating on site visits, designs, heat loss calculations, selections and sizing the units.
With the goal of sustainable living with modern comfort, Mitsubishi Electric Ecodan heat pumps were the perfect fit for the housing development. Ecodan Heat Pumps are the renewable, low carbon alternative to traditional high carbon heating systems, and provide reliable, renewable heating technology that delivers highly efficient sustainable space heating and hot water all year round.
“Mitsubishi Electric has reliability, green credits, sustainability and that sort of background to it and we felt that a partner like them with their knowledge, their background, their historical track record that’s really what we were looking to partner with”, says Brett Chrystal, Head of Sustainable Design at D/RES Properties
All homes were fitted with a 6kW Split Mitsubishi Electric Ecodan Heat Pump. The Ecodan outdoor units
provide an innovative, stylish and compact single fan unit. The outdoor unit upgrades freely available heat energy from the air and transfers it to the home to provide space heating for radiators and/or under floor heating. It utilises advanced technologies to deliver improved efficiencies. However, an Ecodan is not only highly efficient; it is also one of the quietest units available on the market.
Each property was fitted with a 170L indoor unit. These indoor units handle the space heating and DHW demand. An Ecodan provides the home with a continuous supply of hot water via a dedicated hot water cylinder - just like a standard boiler. With an Ecodan Heat Pump, there is a range of controls to choose from including an advanced wireless controller. A simple room controller allows the homeowner to control their own system and monitor its performance remotely. With the MELCloud Home App any smart device can be connected and control the heating and hot water locally, contributing to the overall efficiency of the property and giving tailored comfort to each household.
However, for the homeowner the Mitsubishi Electric journey does not stop once the site is finished. All the household units are registered to the INSTALL ME App, meaning the homeowner will get a notification when their unit is due to be serviced. To ensure maximum performance from an Ecodan Heat Pump throughout its working life, the system needs to be regularly serviced and maintained. Service can be provided by the installer or by Mitsubishi Electric.
For more information visit: les.mitsubihsielectric.ie
Helping the industry meet the challenges of refrigerant choice, safe installation and operation, standards and regulations, and personnel training
Refrigeration, air-conditioning and heat pump
contractors and installers
Refrigeration and heating system designers and consultants
Industrial and commercial facility owners and managers
Architects and structural engineers
Energy managers, environmental and sustainability personnel
Refrigeration Equipment and Heat Pump
Manufacturers Rates: IRI Member: €60 - IRI Non-member: €90
Margaret Rafter, Consultant Sales Engineer, Mitsubishi Electric Europe, is the newly elected President of the Institute of Refrigeration Ireland (IRI). She speaks with Building Services Engineering about the importance of STEM education, refrigeration as a career opportunity, and the central role that refrigeration manufacturers and engineers have to play in achieving sector sustainability and carbon reduction objectives.
Margaret Rafter, Consultant Sales Engineer at Mitsubishi Electric Europe BV Ireland Branch, has been elected President of the Institute of Refrigeration Ireland (IRI). Margaret is the first female in the role but has been a prominent and active IRI Council member for many years. She previously sat on the events, membership and service engineers committees, and is a regular speaker at industry-related events, including the IRI annual conference.
However, Margaret is perhaps most passionate about education, promoting refrigeration as a career opportunity, apprenticeships, and continuous professional development for those already in the sector.
Hence, her involvement in STEMAZING, an initiative devised by Alex Knight, a chartered engineer
who had worked in the science, technology, engineering and maths (STEM) industries for over 15 years. Through being on the IRI Council, Margaret is also a member of the Institute of Refrigeration (IOR) in the UK. Through that, she was nominated to take part in the first STEMAZING Academy course rolled out in Ireland in 2023.
The programme comprised six live STEM sessions delivered to a group of nine- and 10-year-old boys and girls at Scoil Maelruain Senior National School in Dublin 24. Each week, the children took part in a 40/45 minute activity using basic resources for the STEM activities and experiments involved. These included simple things like paper, Sellotape, a balloon, pipette, vegetable oil, food colouring and straws.
Margaret delivered all sessions to showcase a strong female role model, with Mitsubishi Electric
providing some additional resources, not to mention the goody bags for the children on the final day. Under her guidance and direction, the children created their own STEM masterpieces each week and received certificates on completion.
Just before Christmas 2023, another STEMAZING initiative, again supported by Margaret and Mitsubishi Electric, was held on HMS Caroline in Belfast. This was on open day on board the ship, where children were exposed to inspiring engineering-led activities.
Margaret Rafter comments: “It is critical that we introduce children to the STEM subjects at an early age”, says Margaret, “and in a way that the sessions are live, educational, interactive, interesting and simple for the particular age group. They must also be fun.”
She adds: “However, having attracted them to the sciences, and in our case refrigeration,
it is essential that we have the structures in place to deliver apprenticeship programmes that are fit for purpose and easily accessible. There are currently a number of refrigeration training course providers throughout the country, but I would like to see a more coordinated and streamlined approach to maximise the impact. I’m confident that, working together, we can achieve that.”
Looking at the bigger picture, Margaret Rafter aims to build on the work of previous IRI presidents who have established strong links with other sector bodies.
“On the broader front, I want to build on the achievements of my predecessors and forge even stronger relationships with other industry associations, government
The Institute of Refrigeration Ireland (IRI) is a professional membership body that represents refrigeration and airconditioning professionals in Ireland. It is a not-for-profit organisation managed by a voluntary council elected by members at the annual general meeting. Key objectives are as follows:
• To promote the general advancement of refrigeration and air conditioning applications
• To pursue excellence in the provision of refrigeration products and services for the community
• To provide members with continuing learning opportunities and a means of exchanging ideas
• To provide members with networking opportunities
• To establish and maintain standards of education, training and conduct
• To ensure that the titles for members of the Institute of Refrigeration of Ireland are given to and used only by
bodies and those responsible for devising and implementing refrigeration-related standards.
“Refrigeration has a major role to play with regard to sustainability, carbon reduction and wellbeing, and we should be at the forefront in driving initiatives to deliver these goals.”
IRI is also a player on the international stage by virtue of its membership of the Air Conditioning and Refrigeration European Association (AREA), on which Seamus Kerr is the IRI delegate. This gives IRI members access to invaluable information and documentation, such as the revised Guide to the F-Gas Regulations for refrigeration, air-conditioning and heat-pump contractors.
This guide presents the main
suitably qualified candidates
• To speak as the authoritative voice of the refrigeration and air conditioning profession in Ireland. The IRI pursues these aims by working in partnership with other key stakeholders in the industry, including government departments, state agencies and other professional bodies.
• Membership certificate under the seal of the Institute and annual membership card
• Use of the appropriate designation and designatory letters to denote experience and qualifications
• Affiliate status of IOR UK with access to its vast library of technical and practical material
• Regular email updates on industry news and events
• Free access to IRI seminars, events, trade shows and awards
• Technical bulletins and other publications issued regularly
• Access members-only resources on the
changes in comparison with the previous regulations, and it explains the new rules, their impact and their practical application. It also contains a table summarising the certification requirements and a specific chapter on the Implementing Act 2024/2215.
“In conclusion,” Margaret Rafter says, “I want to acknowledge the commitment of all IRI Council members for the tremendous work they do on a voluntary basis. However, we are always in need of assistance for various tasks. So, no matter what your role or level in the business, please reach out to us and make a contribution. Apart from supporting the industry as a whole, you will also benefit from personal development and career opportunities.”
IRI website (document libraries, news
The ninth annual Build2Perform Live, hosted by CIBSE on 13 - 14 November 2024 at London Excel, has once again proven to be a pivotal event for the building services industry. The event attracted an impressive turnout, solidifying its status as the go-to gathering for professionals, thought leaders and innovators in the sector.
Build2Perform Live 2024 had over 3,500 registrations and featured over 70 hours of CPD-accredited content, drawing attendees into thoughtprovoking sessions led by 125 industry experts and showcasing more than 100 top-tier exhibitors. The carefully curated programme, shaped by CIBSE Divisions, Special Interest Groups and the Build2Perform Live Advisory Committee, delivered exceptional value and insights to all participants.
The two-day event featured an array of insightful sessions that underscored CIBSE’s commitment to sustainability, innovation and inclusivity in building services. Highlights included in-depth discussions on embodied carbon and the practical application of TM65 to reduce carbon emissions in building
projects, as well as the UK’s Net Zero Carbon Buildings Standard, which invited stakeholders to shape its future through ongoing feedback. Attendees gained a forward-looking perspective on NABERS UK’s role in advancing decarbonisation efforts and sustainable energy practices across the built environment. Sessions on domestic heat pumps and climate resilience provided actionable guidance on adopting technologies and strategies essential for adapting to climate change.
Day two introduced the latest TM59 methodology to mitigate overheating, supported by CIBSE’s new Weather Files, alongside discussions on indoor health and wellbeing in building design. The Domestic Retrofit Towards Net Zero session highlighted progress in retrofitting for energy efficiency, while an Equity, Diversity & Inclusivity (EDI) session explored how embracing EDI can reshape the industry and promote a more inclusive built environment. Together, these sessions illustrated the path forward in creating resilient, low-carbon, and people-centred buildings.
Simon Parker, Managing Director of CIBSE Services, said: ‘This year at B2P, we’ve seen incredible energy and commitment to tackling some of our greatest challenges, from reducing carbon emissions and improving indoor health to ensuring inclusivity and resilience in the built environment.”
CIBSE has entered into a strategic, long-term partnership with Nineteen Group for Build2Perform Live, the UK’s flagship event for climate resilience and the future of building services. This collaboration will elevate the experience for exhibitors and visitors starting in 2025, aligning with elementalLONDON at ExCeL London on 19-20 November 2025 to deliver an unparalleled industry event.
At its core, elementalLONDON is committed to advancing building efficiency. With a robust conference and exhibition programme, the event will directly address the needs of building owners, operators, and the full supply chain. Combining insightful content with actionable solutions, elementalLONDON promises to tackle the sector’s key challenges.
The partnership will foster meaningful connections among diverse disciplines and specialities.
Attendees can look forward to Build2Perform’s hallmark features at elementalLONDON, including CIBSEapproved CPD sessions across two dedicated Build2Perform theatres.
Gavin Edwards, Chair of Lighting Association Ireland, urges legislators, statutory bodies, architects and consulting engineers to look at lighting with a fresh perspective.
While the SEAI Energy in Ireland report published in December 2024 showed that energy-related emissions decreased by 8.3% in 2023, Ireland still needs to dramatically increase the rate of change to deliver on its legally-binding targets. More often than not, heat pumps and solar panels are, quite rightly, highlighted as some of the primary routes to achieve that.
However, lighting also has a significant role to play, and that is something that is often overlooked and underestimated, according to the Lighting Association Ireland (LAI). Gavin Edwards, Chair of LAI, urges legislators, statutory bodies, architects and consulting engineers to look at lighting with a fresh perspective.
“Lighting obviously enables vision, helps people navigate their surroundings and makes them feel safe”, says Gavin Edwards, “but it also does so much more.
“For instance, the concept of smart buildings is very much to the fore in the pursuit of energy savings, carbon reductions and sustainability, and smart lighting is a major component of that process. Smart lighting enhances building performance and introduces key metrics for evaluating smart
technologies.
“Smart lighting systems intelligently respond to occupant needs and environmental changes, optimising energy efficiency and improving comfort. By adjusting light levels based on daylight and occupancy, these systems significantly reduce energy consumption while creating tailored lighting to suit how a building is used. Smart lighting will also prove invaluable when assessing building smartness through rating schemes, including the forthcoming Smart Readiness Indicator (SRI), which will reward buildings with advanced lighting controls.”
Gavin Edwards adds: “Smart lighting also promotes wellbeing and productivity with independent studies demonstrating how adaptive lighting transforms spaces into comfortable and sustainable settings.”
Human-centric lighting –especially when combined with smart controls – provides the right light at the right place and the right time. Tailored systems can be designed for different types of buildings, be it a domestic setting, school, hospital, office or outdoors.
“In addition to driving energy savings, carbon reduction and wellness, lighting is also a sustainability champion and very much to the fore when it comes to product circularity. To optimise every aspect of a product’s lifecycle, lighting manufacturers consider everything from raw material extraction through to manufacturing processes, first use, multiple uses thereafter and final end-of-cycle material disposal.
“To drive home this message, LAI is a proactive organisation that
regularly engages with statutory authorities in Ireland, such as SEAI, professional bodies such as the RIAI and CIBSE Ireland, WEEE Ireland and various European legislative bodies. Indeed, through our membership of Lighting Europe our delegates make a significant contribution to the formulation of EU lighting regulations that subsequently become law.
“Nonetheless and despite the foregoing, LAI believes that the contribution lighting currently makes, and can continue to make, in pursuing Ireland’s sustainability goals and obligations, is often underestimated. I urge all those responsible for the design and installation of both indoor and outdoor lighting projects to consult a lighting expert when doing so. The outcome will be a lighting solution that is energy efficient, costeffective, sustainable and regulation compliant.”
Lighting Association Ireland represents the collective views and commercial interests of all member companies involved in lighting in Ireland. To learn more, visit https://lightingassociation.ie/
ZEB Summit 2025
- 01 May 2025
- RDS, Dublin
ZEB Summit 2025 brings together a hugely impressive line-up of speakers to speak about sustainable architecture, engineering and construction and the key issues around the industry moving toward a net-zero future.
ZEB Summit conference
The ZEB Summit 2025 conference will feature a diverse line-up of experts discussing advancements in Zero Emission Buildings, Passive House, and high-performance architecture.
Speakers will include:
• Diana Ürge-Vorsatz, Vice-Chair of the IPCC – Stepping Back from the Brink
• Chris Williamson, RIBA President-Elect – Architects Stepping Up to Climate Change
• Stephen O’Shea, Cairn Homes – How to Deliver 3,000 Passive Homes out of the Starting Blocks
• Art McCormack, MosArt – Ireland’s First Certified Passive House Office
• John Palmer, ABK Architects – Passive House Urban Scale for Affordable and Social Homes
• Bjórn Kierulf, Ecococon– Craving Beauty, Performance, and Nature
• Jeff Endean, Cast London – FabricFirst Pattern Book for Welsh Housing Typologies
ZEB Summit workshop
A workshop: will take place on 30 April with a hands-on site visit exploring one of Europe’s leading passive house projects –Piper’s Square, Charlestown Dublin.
To secure your place or to book a display stand, visit www.zebsummit.com
Munster Technological University (MTU), in collaboration with H&MV Engineering and ABB, has launched a digital substation in the Power Academy Lab of its Bishopstown campus.
The investment of the digital substation is part of H&MV Engineering’s and ABB’s sponsorship, worth more than €200,000, and aims to further develop the training and research capacity of Ireland’s grid infrastructure.
The introduction of digital substations as part of Ireland’s grid infrastructure upgrade is essential for the state to meet its energy transition goals, which target becoming carbon neutral by midcentury with an interim target of 51% reduction in emissions by 2030 through the Climate Action Plan 2023 (Cap2024). Ireland’s power system has achieved 75% integration of renewable energy sources and plans to increase this to 95% by 2030, highlighting the importance of state-of-the-art grid technologies. Irish electricity demand is also increasing rapidly with increased population, industry and data centre consumption and the transition to electric heating and transport. Total demand is projected to rise from 33
terawatt hours (TWh) in 2022 to 56 TWh by 2030 and 80TWh in 2050. To support this growth the electricity grid requires significant upgrades with a growing need for skilled professionals in designing, developing, and operating modern grid systems.
The introduction of the digital substation at MTU positions the college to upskill industry professionals from all sectors of the power engineering sector, including generation, distribution, transmission, and consumption to design, develop, commission, and operate the grid infrastructure required for the country’s future development.
Commenting on the investment, Dr Martin Hill, Head of the Department of Electrical and Electronic Engineering, stated that the industry support came at a critical time as the digital technologies in modern substation design required engineers to span both electronic, communication and electrical engineering domains at a level not previously supported in university programmes. “This equipment allows students to work in an industry-standard environment with the current and future generations of smart grid protection equipment.”
Realising the ambitious targets of the Climate Action Plan means that all sectors need to decarbonise to the greatest extent possible. And building services professionals are at the forefront in identifying and providing the necessary solutions. Architects, builders, consulting engineers, mechanical and electrical contractors and other key specifiers need to be armed with the very latest knowledge to make this happen. The SEAI Energy Show is a perfect environment to gather and share knowledge and experience.
First hosted in Belfast in 1995, The SEAI Energy Show has grown in scale and importance, showcasing the very best in innovative energy tecnologies, services and solutions.
The Energy Show is an in-person event for all parts of the sustainable energy supply chain, as well as those who engage directly with the supply chain. It brings exhibitors and visitors together in an environment designed to promote connection,
networking, awareness, education, and business development. The Show focusses on energy products, technologies, and services for the business, industry, and residential sectors. It really is a must-see event for all energy professionals.
The central exhibition, with more than 100 exhibitors across three halls in Dublin’s RDS, will be complemented by features and talks designed to heighten awareness of best practice services and state of the art products, while highlighting the vibrance of the sustainable energy sector.
Taking on board what exhibitors and visitors have told us, we are delighted to introduce several new features for 2025, including:
- Sustainable energy best stage
- Energy innovation stage
- SEAI Ask the Expert one-to-one consultations
- SEAI expert briefing stage
- Exhibitor product pitch stage
We will be expanding the always popular Retrofit Demonstration Area, bringing deep retrofit, sustainability, regulation compliance, and installation skills to life. The demonstrations will cover the key elements of construction excellence with live voice-over presentations – using physical examples of fabric, insulation, heat pumps, hot water, ventilation, airtightness and solar.
New product development and cutting-edge technology are the very lifeblood of any industry, but particularly so in the energy sector where decarbonisation has become an absolute imperative. The SEAI Energy Show is often chosen by manufacturers to introduce their latest innovations, particularly those incorporating smart energy solutions. The Product of the Show Awards champion these developments. All the shortlisted finalists are featured on a dedicated stand that is often the first port of call for many visitors.
The SEAI Energy Show is the perfect arena for exhibitors and visitors from across the energy sector to discuss specific projects; share ideas and opinions with colleagues; make new introductions; see the latest innovations; and learn about relevant policies and regulations.
If your business is energy efficiency, renewables, decarbonisation, zero emissions buildings, product circularity and/or sustainability, this is a MUST ATTEND event.
Further event details and how to register are available on www.seaienergyshow.ie
The Hermitage Golf Club in Lucan was the battleground for the BTU Golf Society’s Christmas 2024 outing on Friday, 06 December. Despite the ominous background presence of Storm
Darragh, 37 intrepid golfers teed off for a nine-hole mixed-team scramble, with some adding a splash of Christmas cheer with delightfully festive attire.
The weather on the day was very
accommodating, and the course provided an enjoyable challenge for all.
The day culminated in a festive feast in the clubhouse, where players and partners gathered to celebrate the year. The highlight of the evening was the presentation of prizes, including the coveted Player of the Year award, graciously presented to Shay Kiernan by captain, Graham Fay.
Golfer of the Year Shay Kiernan
Winner of the Day
Winners with 32.4 shots: Shaun Gillen, Kevin Fish and Eddie Rogers
Second with 33.4 shots: Brendan Coghlan, Graham Fay, Steve Jones and Vincent Broderick
Joint-third with 33.5 shots: Tony Gillen, AnnMarie Fay, and Padraig Gillen; and Gerry Tobin, Mick Kearney and Ger Coghlan.
Since we set up in 2019, XL Mech has surpassed our expectations, hitting highs that companies with substantially more experience in the industry are yet to achieve.
We have done this through the support of everyone who works with us and engages our services - our customers, suppliers, subcontractors, designers, main contractors and staff.
With the support of our team and colleagues, we have built something special.
But as time passes, our vision must evolve too. And that is why we are introducing our new identity – Navio.
How did we get here?
In early 2024, we completed a management buyout of XL Mechanical and immediately wanted to mark the change of ownership and put our own indelible stamp on the business.
We wanted an identity representing the new team and the ideals that will separate Navio from our competitors.
And the name that we chose is Navio Navio can be relied on from the tender process to the delivery and handover of our projects. Our
company ethos is quality, efficiency, reliability and client satisfaction. Our staff have a passion for the work we do, and we are always trying to improve ourselves as a contractor.
What are the Navio ideals?
• Reliability: We want to be the first contractor that comes to mind when you think of a partner for a new project. You know that we will not let you down.
• Consistency: We want to deliver the same top-class service every time you engage us.
• Customer Service: We want you to
Chris Crowley, Managing Director, Navio
know that we will assist you at the drop of a hat. Whether at tender stage or during a project, we will always do our best to assist in a timely and professional manner.
• Performance: We want our installations and services to be of the highest standard and at an elite level when it comes to what we do. We constantly invest in training our team and believe that education and experience are the key to achieving this.
• Positivity: Our team approaches every project and every situation positively with a can-do attitude.
What are we trying to achieve with our Navio rebrand?
• A New Vision: We are positioning ourselves not just as a company but as a partner in progress, committed to innovation, excellence, and making a difference in everything we do.
• A New Look: Our updated Navio logo, colour palette, and design elements embody our business’s forward-thinking and dynamic nature. It’s modern and fresh, reflecting the values at the heart of our ethos since day one.
• A New Voice: Our Navio
messaging has evolved to reflect our deeper commitment to our customers and partners, emphasising transparency, trust, and collaboration. We want the Navio brand to be approachable, empowering, and inspiring.
This is our vision for Navio. This is what we are setting out to do as a company.
As we step into this new era for our business, we want to assure you that while our brand may look and feel different, the essence of what makes us who we are has not changed: It has evolved.
At Navio, we are a passionate, young, and dedicated team committed to delivering outstanding service, quality, and innovation each and every time you engage us.
We have invested in the infrastructure required to operate our business at the highest standards while delivering our services at competitive market rates.
Building long-term, mutually successful and beneficial relationships with our clients provides the positive experience required to develop and maintain an ongoing partnership philosophy.
The Navio rebrand is just the beginning of an exciting future for our company, clients and all who work with us.
Our customers and partners can rely on Navio from tender process right through to the delivery and handover of our projects. Our company ethos is based on quality, efficiency, reliability and client satisfaction. Our staff have a passion for the work we do, and we are always trying to improve what we do and how we do it.
Our Success Stories
Ericsson
Navio completed an exceptional project for Ericsson Ireland’s offices in Dublin, with a modern, innovative workspace, reflecting its dynamic brand and providing employees with an exceptional working environment.
GAM Investments
Installation of locally controlled HVAC systems and kitchenette fit-out of a ground floor office.
Krispy Kreme, Temple Bar, Dublin
Design & Build the full mechanical package for the flagship store of world-renowned Krispy Kreme doughnut company.
Quooker Showroom
Luxury kitchen appliance brand sales office being fit-out from a Grey Box to Cat-A, using the landlord services to deliver a premium feel shop and work area.
North Dock, Dublin
Installation of a smart HVAC systems and kitchenette fit-out for a client’s first Irish office in North Dock, Dublin.
Navio delivered a seamless upgrade for Workday offices, focusing on the Reception and Hotel In Area of the building. The project involved stripping out outdated systems and installing a new HVAC system, building management system and water services, all while coordinating closely with stakeholders to ensure minimal disruption in a live working environment.
Let’s talk
We’d love to hear from you to discuss how we can support you and your team on your next fit-out project. Send us a message or call us today
Navio, The Green House, Hibernian Industrial Estate, Greenhills Road, Tallaght, D24 E780. Tel: +353 1 524 2535 Web: www.navio.ie
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The Swords Pavilions Zero Team secured the top prize at the Sustainable Energy Authority of Ireland (SEAI) Energy Awards 2024.
The well-known Dublin shopping centre won the ‘Energy Team of the Year’ Award after implementing several projects to reduce energy consumption by almost two-thirds and keeping on track to meet its 2030 Net Zero Carbon targets.
This was achieved by removing gas from all shopping centre landlord operations, resulting in 250 fewer tonnes of CO2 emissions. The team also implemented natural ventilation, solar PV, LED lighting upgrades, and gas boiler replacements. These upgrades have resulted in a 70% reduction in landlord emissions over the past five years.
There were 113 submissions for the awards, which collectively reduced energy consumption by 23%, saving
more than €60m in energy spend.
SEAI’s annual awards recognise and celebrate individuals and organisations demonstrating what is possible in our energy transition and are deserved exemplars for their peers and wider society.
Other SEAI Energy award winners included:
• The Triple SEC: Connecting Cabra, Phibsboro Village and Cosybatter (Inspirational Sustainable Energy Community)
• Tallaght District Heating (Innovative Deployment of Renewable Energy)
• University College Dublin’s Bike Library (Research and Innovation)
• Mannok (Large Business)
• Poppies Café, Enniskerry, Co Wicklow (Small and Medium Business),
• Bus Eireann: Driving Change
(Leadership in Public Sector Decarbonisation)
• Dún Laoghaire Rathdown County Council: Ballyogan Square (Energy in Buildings)
• BWG Foods (Transport)
• SOLA Energy Solutions, Dundrum, Co Tipperary (Residential Energy Upgrades)
• National Museum of Ireland (Digital Technologies in Construction and Buildings).
John Dolan, Head of the Climate Action, Planning and Capital Appraisal Unit at the Department of Education, was presented with the Chair’s Award for ‘Outstanding Contribution to Sustainable Energy’. John has been involved in energy performance and decarbonisation in school and education buildings for several decades and is a highly regarded expert in high-performance new buildings and retrofits. He has addressed climate action and improved the lives of numerous people who work in and use our public services.
The Tallaght District Heating scheme won the Innovative Deployment of Renewable Energy award. The scheme is the first large-scale district heating network of its kind in Ireland. It operates under Heat Works, Ireland’s first not-for-profit energy utility, owned by South Dublin County Council. It helps to significantly reduce emissions in the area by almost 1,500 tonnes of CO2/year, establishing Tallaght as a leader in local energy action. The scheme delivers a high level of renewable innovation. During normal operation, waste heat from the nearby AWS data centre works to supply 100% of the heat back into the network.
Dún Laoghaire-Rathdown County Council won the ‘Energy in Buildings’ Award. dlr Architects developed the Ballyogan Square project as a pioneering example of sustainable social housing. This development features 67 new two and threebedroom terrace houses. The design emphasises a “fabric first” approach. It optimises building envelope performance with high airtightness, continuous insulation, and solar gain. They are all designed to Passive House standard.
The SEAI Energy Awards recognise and reward excellence in all energy efficiency and renewable energy
• Available in six outputs: 35kW, 45kW, 60kW, 80kW, 100kW and 120kW;
• Certified for use with 20% hydrogen blend;
• Wide modulation ratio 10:1;
• DHW upto 3,270 ltr/hr @ 40oC;
• Useful efficiency in DHW mode 104%;
• High efficiency in heating mode 108%;
• Full stainless steel construction;
• Side connections for ease of installation and maintenance;
• Low pressure drop;
• Anti-legionella function;
• Compact dimensions;
• Can be installed in cascade using integrated controller;
• Top flue outlet;
• Rigid frame;
• 5-year boiler warranty;
• 10-year warranty on heat exchanger.
The AIC CoilMaster from C&F Quadrant incorporates a unique coil firetube heat exchanger which condenses in both heating and DHW mode to deliver performances of up to 104% in DHW production and 108% in heating mode. It can be used as a combination boiler providing heating and DHW from a single unit. It is the perfect choice where space is at a premium and is also ideal as a replacement for older units, with an accessible top flue spigot.
When condensing in heating mode, the return from the heating circuit enters the lower part of the primary, activating the condense mode. Then the internal pump speeds up the circulation of the primary water around the heat exchanger flue tubes, increasing the counter current exchange and consequently the thermal efficiency of the boiler.
When condensing in DHW mode the cold feed enters the lower part of the DHW stainless steel coil and, thanks to the low temperature of the bottom of the primary circuit, the boiler is in constant condensation of the flue gases which ensures a continuous delivery of hightemperature DHW at the top outlet.
Once up to temperature, the CoilMaster simultaneously produces heating and DHW in condensing mode.
The coil firetube heat exchanger within the Coilmaster is constructed from the highest-grade stainless steel, including the welded internal circuit pipework and a welded condense dish.
The firetube design has a unique geometry of tubes that increases the heat transfer by creating a turbulent flow of the gases. These high-quality stainless steel components maximise the boiler’s efficiency and reliability, which in turn adds to the longevity of the boiler.
CoilMaster offers exceptional output from a compact unit and can satisfy high heating and DHW requirements without the need to install additional storage. It delivers the advantages of condensing technology in both heating and DHW modes, providing high volumes of efficient instantaneous DHW. It also minimises the risk of fouling, thanks to the indirect heat exchanger, while the risk of legionella is eliminated.
On 30 January, Women in Building Services Engineering (WiBSE)
brought together female professionals from across the industry for an evening of
networking, inspiration and a film at the iconic Stella Cinema in Rathmines.
The event started with a vibrant cocktail club, providing a relaxed and welcoming atmosphere for attendees to connect, exchange ideas and expand their professional networks. Conversations flowed as industry peers shared insights and experiences, reinforcing the importance of community and collaboration in the field of building services engineering.
Following the networking session, guests enjoyed an exclusive screening of the much-anticipated new Bob Dylan biopic ‘A Complete Unknown’.
The combination of a dynamic social gathering and a cultural experience made for an unforgettable evening, highlighting WiBSE’s commitment to fostering meaningful connections and celebrating the diverse talents of women in the industry.
With a fantastic turnout and engaging discussions, the event
once again demonstrated the value of bringing female professionals together to support and inspire one another.
WiBSE looks forward to hosting more events to empower and elevate women in building services engineering.
Next up, WiBSE, in association with Mitsubishi Electric Ireland and CIBSE Ireland, will celebrate International Women’s Day on Friday 07 March with the annual Women in HVACR event. This year’s celebration will focus on ‘Role Models in the HVACR World’ and will be hosted in Mitsubishi’s new, state-of-theart offices in Castle Business Park, Nangor Road, Dublin 22.
CIBSE Technical Director
Dr Anastasia Mylona represented CIBSE at COP29 in Baku, Azerbaijan, where she contributed to global climate change and sustainability conversations. Dr Mylona was invited to speak at the ‘Sustainable Cooling in a Warming World,’ event hosted by the UK Government’s Department for Energy Security and Net Zero in the Blue Zone UK Pavilion, where she highlighted the urgent challenges facing the building industry in its race to achieve net-zero and decarbonisation targets.
In her speech, Dr Mylona emphasised that while the building industry has made strides towards decarbonisation, it must also adapt to the climate impacts already occurring and those we anticipate in the future. She pointed out that even if net-zero emissions were achieved immediately, the climate would continue to change for several decades, with rising temperatures and an increase in extreme weather events.
One of the major challenges for the building industry, Dr Mylona noted, is how to meet the growing demand for cooling in the coming years. She stressed that reducing this demand through passive measures should be a priority in building design, construction and operation.
The treatment of water in closed heating and cooling systems is crucial for avoiding harmful microbiological fouling, corrosion and scale in the system. These result in unpleasant sounds in pipes and radiators, but also cause energy waste, poor system performance and reliability. It inevitably leads to early replacement of the plant and the components. Therefore, water quality/ efficiency is a central topic in building services.
Wilo water quality systems deliver a constant pressurisation, de-aeration and topping up in sealed heating installations (acc. to EN 12828) and chilled water (cooling) installations. They use innovative and proven technology – such as coalescence and flow velocity reduction – to remove air and solid particles from the water. Whether a domestic application or commercial installation with large heating or cooling systems, the Wilo series of pressure-maintaining systems, degassing automats, air and dirt separators and automatic air vents provide the most efficient solution.
Wilo-Sinum is the ideal solution for pressurisation, de-aeration and topping up in sealed heating installations where standard diaphragm expansion equipment is limited.
The system offers continuous degassing using three selectable operation modes and, thanks to the digital and analogue inputs, it can be optimally integrated into an existing building management system. The large series of closed
vessel sizes allows adaptation for a wide number of applications across all market segments.
• Easy installation thanks to intuitive menu navigation, large display and self-learning microprocessor;
• Different operating modes guarantee continuous degassing;
• Advanced technology ensures low power consumption, long service life and easy maintenance;
• High convenience through volumetric controls and automatic topping-up during the heating and cooling cycles;
• Modular design for a high level of installation flexibility;
• Optional: Integration in to existing building management systems through digital and analogue outputs.
Wilo Ireland is currently undertaking an extensive digital CPD programme on these topics that is proving extremely popular and generating a great deal of interactive discussion. It is freely available to all consulting engineers, contractors and end-users.
“It is encouraging to see the marketplace in Ireland so aware of, and embracing, the importance of system efficiency”, says Michael O’Herlihy, Wilo Ireland. “The elimination of air and solids in heating systems ensures maximum operation efficiency and energy transfer/usage. It is also in line with Wilo’s sustainability commitments and its selection as one of the 50 Sustainability & Climate Leaders in the world.
“This trend towards heating system efficiency will contribute greatly to reducing Ireland’s energy use and carbon emissions, and the role of high-efficiency, digital pumping equipment is a critical element in the success of this initiative.”
Contact: Wilo Ireland. Tel: 01 426 0000; email: sales.ie@wilo.com
ECOAIR EVO is unobtrusive and stylish, making it perfect for the specification, new build and retrofit markets. In addition, EVO can be wall or ceiling mounted and meets the requirements of Technical Guidance Document F for Continuous Extract Ventilation within dwellings. The fan also incorporates a 99mm spigot suitable for 100mm ducting and has a small footprint of 175mm x 175mm.
ECOAIR EVO incorporates integral controls via a display on the side of the unit. The display offers the ability to both view and control the fan speed, and relative humidity sensor (model depending). EVO also is able to show the amount of time that the fan has been in operation as well as error codes. Further details on the controllability can be found within the installation guide.
ECOAIR EVO has 5 selectable trickle speeds of 5, 8, 11, 13 and 16l/s with a factory setting of 8l/s. This allows the fan to be commissioned to a range of scenarios depending upon the needs of the property. EVO also offers a selectable boost speed between 20 and 30l/s which can be controlled using the side display. This is factory set at 25l/s.
What now for Europe's Big-Tech?
Speaking of autonomy, this is frequently on the agenda of EFCA's Digitalisation and BIM, and Future Trends committees. The storage of data in clouds, the jurisdiction under which the biggest technology firms operate, the lack of adequate infrastructure to facilitate the rapid expansion of frontier technologies as well as a shortage of qualified engineers, especially those with expertise in the most innovative methods… the list of challenges is already long.
Add to that the massive investment in AI promised in the US, along with a favourable environment for innovation and a different attitude to risk, and we see that the digital transition in Europe just became more complicated. This at a time when we have recently seen a spurt of measures intended to offer a regulatory framework that
“Emissions do not stop at borders, and the climate emergency needs a global response”
is fit for the digital age. How will all of this be tackled?
EFCA will continue to push for a secure method of sharing data, fair and transparent rules that prevent the loss of control of the design process and the interoperability of systems and software, as well as open standards. Nevertheless, it rather looks as though these things alone will not be enough to match the ambitions of the US, which was, after all, already the world leader in this field.
Is there any good news?
Well, before the gloom sets in, we have to see how the ambitious American growth agenda will be implemented.
Furthermore, it actually seems that this wake-up call is timely, given that the European commissioners are now in post with an ambitious agenda of their own. For too long, we have been dragging our feet, seemingly unable to meet our own aspirations and even the
corresponding targets aimed at both reviving the economy while at the same time protecting our citizens and our environment.
Perhaps the extent of the US administration's intentions, as well as the undercurrent of national optimism there will provoke urgent and essential reflection about how to react. The EU is very different to the US. As a bloc, with all the democratic processes essential to finding compromises for 27 countries (as opposed to 50 states), it is not operating in like-for-like circumstances. However, with some intelligent and pragmatic vision and leadership, the EU-27 could take stock of where we are and approach this time as an opportunity for change, the aim of which will be to ensure we can continue to compete on the world stage.
The same goes for consulting engineering firms. Although too early to be specific, and as we, in any case, are still waiting for the European Commission Work Programme 2025, EFCA will continue to serve consulting engineering firms, offering support and representation in the policy-making process. The federation has good relations with both the International Federation of Consulting Engineers (FIDIC) and its US member association, the American Council of Engineering Companies (ACEC), and is active via these and the other FIDIC members in measures and joint actions that promote the sector at a global level.
With that in mind, EFCA is confident that our sector will not only survive, but will adapt, continue to innovate and find new opportunities from this unpredictable period.
1 https://www.efcanet.org/sites/ default/files/2024-01/Final%20 EU%20Manifesto.pdf
Displacement MVHR
Ducted MVHR Single Room MVHR
Air
Euro Fluid Handling Systems
Ltd is pleased to announce the appointment of Vitalii Chashko as the Internal Sales Engineer for its newly formed Air Conditioning, Refrigeration and Ventilation Division.
Vitalii brings over 30 years of distinguished industry experience
in sustainable and innovative engineering solutions. His expert knowledge in the selection and application of chillers, heat pumps, air handling units, computer room air conditioning units and cooling towers will be an invaluable addition to the team. His dedication to energy efficiency
and reducing environmental impact aligns perfectly with Euro Fluid’s company’s values.
Vitalii will be responsible for optimal equipment selection, ensuring that Euro Fluid’s clients receive the highest quality solutions tailored to their specific needs, overseeing projects and providing technical support and guidance.
Strata, Ireland’s leading provider of project planning and digital construction services, has announced the appointment of Carl Kelly as Digital Construction Lead. With nearly 15 years of cross-sector experience, Carl brings a wealth of knowledge and a passion for digital technologies to Strata. In his new role, Carl will lead Strata’s digital innovation and transformation services, focusing on integrating and analysing realtime data from multiple sources to enhance client project delivery.
His commitment to optimising and exploring the potential of AI and emerging technologies aligns with Strata’s dedication to advancing technological boundaries in the industry.
Carl’s educational background includes a Professional Diploma in Digital Leadership from the Irish Management Institute, a Postgraduate Certificate in Data Science from Technological University Dublin and an MSc in Construction Project Management from Waterford Institute of Technology.
Hygro by
The Healthbox Hygro by Unitherm Heating Systems is the next-level, demand-controlled ventilation solution. Designed to enhance air quality and indoor comfort, this demand-controlled ventilation system is compatible with smart homes, communicating realtime data to both installers and homeowners via a smart app.
With integrated sensors monitoring relative humidity, CO2 (carbon dioxide), and VOC (volatile organic compounds or “odours”), the Healthbox Hygro optimises air quality in individual rooms by adjusting ventilation levels automatically, conserving energy in the process.
The SmartConnect feature transforms the Healthbox Hygro into a smart home ventilation system, featuring a dedicated appbased dashboard that provides essential, real-time information on humidity and indoor air quality, ensuring an easy-to-understand visual representation of the healthy environment for residents.
Installers benefit from the Healthbox Hygro’s minimalistic design (20cm x 39cm without valves), which is small enough for horizontal or vertical installation in constrained spaces. The revamped sensor valves, directly attached to the unit, reduce room noise and eliminate the need for extra wiring, with up to seven valves connecting seamlessly via a network cable.
In another significant development, a specially designed roof vent, suitable for use with tiles and slates, plays a pivotal role in ensuring the Healthbox Hygro
operates at its full ventilation capacity of 430m3/hr while also reducing resistance in the ductwork. Notably, this particular design innovation effectively directs airflow above the roof surface, safeguarding against staining over time.
The Healthbox Hygro’s dedicated installer app enables quick and precise air flow rate adjustments at each of the extraction points.
The unit then self-calibrates and self-commissions, and generates a report after the process is completed. This offers data on the ducting system pressure drop, allowing quick confirmation of a correct functioning, demandcontrolled extraction system.
The installer app also grants access to a web portal where all installations are visible, complemented by real-time status information, if the units are connected to the internet.
The homeowner app offers realtime room-by-room air quality monitoring, enabling users to adjust ventilation levels and select operation profiles: “health,” “intense,” or “eco.” By default, the “health” profile is active, striking a balance between energy efficiency and air quality. The “intense” profile is ideal for sensitive areas such as a baby’s room.
Contact: Unitherm Heating Systems. T: 01 610 9153; E: matthew@unithermhs.ie; W: https://unithermhs.ie/
Below: The Healthbox 3.0 – intelligent and energy-efficient ventilation unit from
Wavin is Ireland’s leading supplier of plastic pipes for plumbing, waste and sewer systems and offers the ideal solution when installing sewer systems, providing a complete range of PVC smooth and structured wall pipes and associated fittings with secure push-fit joints.
For installers, Wavin offers numerous product benefits:
• It offers a full chamber range from the 315mm WAJ access junction to the 1000mm manholes.
• The Wavin system is easy to install and offers peace of mind in that all the system products are designed to meet the most difficult of terrains and building sites.
• Wavin’s range of quality products meet the highest international standards and are designed to ensure a reliable long service life.
• The Wavin system can be assembled with ease combining impact resistant pipes, couplings which allow for ground movement, a captive ring system that makes it impossible to break the connections, high quality inspection chambers, modular manholes and the unequalled WAJ.
• Wavin Recycore Technology, used across its sewer pipe portfolio, uses at least 50% recycled PVC. This initiative is part of the business’ efforts to minimise its environmental impact.
• Wavin provides environmental product declarations (EPDs) for its suite of products sold in the Irish and UK markets, offering Wavin
customers transparency and insight into the environmental impact of their construction projects.
The Wavin below ground drainage system is available in 110mm, 160mm, 244mm, 315mm, and the recently added 400mm and 500mm pipe and fittings caters for more drainage requirements. Manholes and inspection chambers that provide safe and easy access
All Wavin inspection chambers and manhole systems, which provide access from surface level to Wavin below ground, are independently certified to EN13598. The 450mm available in 3 flow profiles provides access to 110m & 160mm gravity drainage and sewer systems while the latest Wavin Tegra 600, available in 6 flow profiles, provides access to 160mm, 200mm, 250mm & 315mm.
In terms of manholes, the Wavin Tegra 1000, available in 6 flow profiles, provides access at channel invert to Wavin below ground gravity drainage and sewer systems for diameters 160mm, 200mm, 250mm & 315mm.
The number one access junction
Wavin’s Access Junction (WAJ) is Ireland’s No.1 selling access junction. No other AJ is made to the same exacting
standards and made to be right first time, every time. It’s the seal of quality that makes it the top selling access junction.
The WAJ 110 provides access from surface level to Wavin below ground 110mm diameter gravity drainage and sewer systems. It is available in 10 flow profiles and is complete with Wafix seals, a triple layer captive seal so you know that when a pipe is in, it’s in. The socket profile allows a high angle of deflection so there is more connection flexibility. There are also extras such as directional flow arrows to reduce the risk of installation errors. A WAJ 160mm range is also available.
Declan Conlon, Sales Director, Wavin Ireland said, “Given the demands of the construction industry it’s vital that installers have a product they can trust, that gets the job done right, first time without expensive re-works or replacements which cost time and money. Wavin offers both the range and the technical back up to give specifiers and installers the peace of mind and confidence their projects require.”
To find out more about the bestselling, quality Wavin sewer range visit: www.wavin.ie
Ventilux, a family-run business and a trusted name in emergency lighting solutions continues to set the standard for sustainability and innovation in the building services industry. As an ISO 14001-certified organisation, Ventilux has embedded environmental responsibility at the core of its operations, ensuring every aspect of its business aligns with global sustainability goals.
Ventilux’s adherence to the ISO 14001 standard involves rigorous monitoring, measurement, and analysis of its environmental aspects. The company is dedicated to minimising environmental impact by selecting eco-friendly cleaning products and maintaining high environmental standards across its facilities in both the UK and Ireland. Efforts to reduce waste include innovations in packaging to eliminate excess materials and ensure sustainability. Any hazardous emissions are actively reduced through improved processes, and paper usage is minimised by promoting a paperless approach –opting for more digital solutions. Ventilux also optimises the consumption of gas, electricity, and water to enhance efficiency and stringent recycling protocols have been implemented to manage all materials responsibly.
Ventilux’s GEN 2 emergency lighting luminaires are a game-changer in reducing energy consumption. Offering an impressive 80-90% lower power consumption when
compared to traditional luminaires, these products are designed to meet modern energy efficiency demands while ensuring reliable performance.
The DALI Connect Wireless Testing System with Cloud Software exemplifies the company’s commitment to innovation and efficiency. By reducing the time contractors spend on-site and eliminating the need for extensive wiring, this system significantly lowers material usage. Additionally, it reduces maintenance-related travel by 50%, contributing to a smaller carbon footprint for each project. With cloud-based software, testing and monitoring can even be conducted remotely, providing real-time access to system data and reducing the need for frequent ‘in-person’ site visits. This wireless technology and innovation empowers professionals to improve building performance, cut costs, and contribute to a greener future, making it an invaluable asset in modern facility management.
Ventilux goes beyond its product offerings to support sustainable practices among its workforce. The
company provides electric vehicle charging facilities to encourage ecofriendly commuting and has even implemented a dedicated bus-towork scheme, reducing individual car usage - further minimising environmental impact.
Ventilux’s emergency lighting products are powered by cuttingedge LiFePO4 (Lithium Iron Phosphate) batteries. These batteries offer superior performance, a longer lifespan, and enhanced safety compared to traditional battery options, aligning with the company’s sustainability and reliability standards.
As leading emergency lighting specialists, Ventilux not only provides cutting-edge solutions but also leads by example with eco-conscious practices. Through ISO 14001 processes, innovative products like the GEN 2 luminaires and DALI Connect system, and sustainable workplace initiatives, Ventilux demonstrates a steadfast commitment to reducing its carbon footprint while delivering excellence in emergency lighting.
With decades of expertise in the emergency lighting sector, Ventilux remains committed to innovation, and sustainability - delivering products and services that set them apart. Guided by a customer-focused approach, the company continues to tailor every solution to meet specific needs - a mission made possible by the passion and dedication of its exceptional team.
As I take up the role of editor of Building Services Engineering, I dedicate this issue to my predecessor and a true pillar of the sector, Pat Lehane. He has been an indispensable force for five decades, helping shape the landscape of building services engineering in Ireland. His influence extends far beyond the pages of this publication, touching countless
individuals and organisations dedicated to advancing our sector.
Pat’s joined the team of what was then Irish H&V News in 1976. Over the years, his vision was instrumental in the formation of several key building service industry bodies, leaving an indelible mark on the very structure of the professional community.
Under his astute guidance, the magazine mirrored the dynamic evolution of the industry, consistently
providing insightful coverage and fostering vital dialogue. While his contributions have been immense, Pat has worked behind the scenes, a quiet force driving progress and innovation.
We salute you, Pat, and acknowledge your extraordinary contributions.
Robbie Cousins, Editor, Building Services Engineering
“Pat has been a dedicated member of the CIBSE Ireland Committee since the late 1970s, contributing significantly in various leadership roles, including secretary, vice-chair, and treasurer.
Pat belongs to an esteemed and select group of CIBSE Silver Medal recipients, having been awarded this prestigious honour for his outstanding service to the Institution. This marks only the fourth time in CIBSE’s 125-year history that an Irish member has received this distinction - a remarkable achievement for Pat and CIBSE Ireland.
He has always been a trusted advisor to CIBSE Chairs, offering insightful guidance whenever needed. Additionally, he has been a strong advocate for young engineers, actively supporting and mentoring them during the early stages of their careers.
Committees thrive on dedicated volunteers, and Pat exemplifies commitment, wisdom, and perseverance. Renowned for his relentless drive, he never accepts ‘no’ when it comes to progressing the industry. His extensive experience and unwavering dedication have played a pivotal role in shaping CIBSE Ireland. It is no overstatement to say that CIBSE Ireland might not exist in its current form without his contributions. As a respected mentor and guiding figure, he continues to inspire all who work alongside him.”
Stephen Weir, Chairperson, CIBSE Ireland
Pat is and has always been a beacon of honesty and integrity, and ensured that Building Services Engineering reflected the true essence of our industry.
His contributions to the IRI have made a lasting impact. His presence in the industry will be missed. I wish him peace, happiness, and relaxation in his retirement.
I started working with Pat a couple of years ago and was immediately struck by his passion for and understanding of the sectors responsible for designing, constructing and maintaining our buildings and infrastructure. He was interested in the impact of policy developments at EU level as well as the potential of breakthrough innovation to accelerate the digital and green transformation of the built environment. Working with such a flexible, energetic and supportive editor was a pleasure. At EFCA, we will miss him and wish him all the best in his next endeavours.
Sue Arundale, Director General, Building Services Engineering EFCA
“Pat has been Secretary for the Lighting Association of Ireland (LAI) since its foundation in 2016 and has played a crucial role in its success to date. His involvement has ensured that the Association has built strong and enduring relationships with many Government bodies, industry-related statutory bodies such as SEAI and NSAI, regulatory authorities and trade representative organisations. Pat’s contributions have significantly impacted the Association’s growth and influence over the years.”
Gavin Edwards, President, Lighting Association of Ireland
Leading on from the popularity of the Tiger ECO Hand Dryer, ATC’s Technical Team have been at work innovating a new addition to their high-speed hand dryer range.
The Tiger ECO Pure boasts a built-in HEPA Filter Change Indicator, setting it apart from other hand dryers in the market. A flashing LED on the front of the
hand dryer indicates when the HEPA filter needs to be changed, allowing for easy maintenance. This also ensures a more hygienic experience for the user of the washroom.
This hand dryer has been designed for use in areas of medium to high footfall, such as hospitals and medical facilities, schools, hotels, offices and leisure facilities.
The built-in HEPA filter captures 99.9% of harmful particles for hygiene and efficient hand drying.
Further benefits also include:
Energy Efficiency
High-Speed technology, drying
hands in just 15 seconds
Lower Energy Bills
Heating element can be switched
On/Off
Hygienic Washrooms
HEPA filter removes harmful particles such as bacteria, mould and dust
Energy Savings
Kinder to the environment than paper towels, reducing C02 emissions and waste to landfill.
1 ton of paper towels is the equivalent of 17 trees!
Additional Features:
- Low running costs
- Competitively priced
- Available in mirror-polished stainless steel, or white
Find your local sales representative on our website at www.atc.ie/ contact or call 01 467 8301.
ATC Creating Hygienic Washrooms| atc.ie | 01 467 8301
In an era where environmental consciousness meets technological innovation, the LARGE EVO PL polyvalent heat pump emerges as a beacon of sustainable engineering. This remarkable system isn’t just another industrial solution; it’s a sophisticated answer to the complex energy challenges facing modern businesses and industries.
Imagine a single device that can simultaneously heat and cool, dramatically reduce energy consumption, and minimise environmental impact. The CLIVET LARGE EVO PL does precisely that, offering an unprecedented level of flexibility and efficiency that sets a new standard in climate control technology.
At the heart of its innovation lies extraordinary performance metrics. With seasonal coefficient of performance (SCOP) values reaching up to 4.17 and seasonal energy efficiency ratio (SEER) values climbing to 4.65, this heat pump far exceeds industry benchmarks. Its continuous power modulation ensures every watt is utilised with surgical precision, translating directly into significant operational cost reductions.
The system’s adaptability is equally impressive. Available in three acoustic configurations: standard, silenced, and supersilenced. It can seamlessly integrate into diverse commercial and industrial environments. By utilising
R32 refrigerant, which boasts a 70% lower Global Warming Potential compared to traditional alternatives, the CLIVET LARGE EVO PL demonstrates that environmental responsibility need not compromise performance.
Technologically, this heat pump is a marvel. Inverter technology enables smooth power modulation, while hydrophilic-treated coils optimise heat exchange. Its operational range is extraordinary: providing heating at temperatures as low as -20°C and cooling up to +48°C, with the unique ability to simultaneously generate hot and chilled water.
For facilities requiring extensive climate management, the CLIVET LARGE EVO PL offers cascade management, allowing up to seven units to connect and reach a system capacity of 1660 kW. Its intelligent
design includes optimised defrosting cycles, ensuring consistent performance even in challenging winter conditions.
More than a product, the CLIVET LARGE EVO PL represents a vision of smarter, greener energy solutions. It embodies the principle that technological advancement and environmental stewardship can— and must—go hand in hand.
For businesses seeking to reduce energy costs, minimise carbon footprint, and embrace cuttingedge technology, the CLIVET LARGE EVO PL isn’t just an option. It’s the future.
For enquiries, design information and quotations, please contact Chris Satell, Commercial & Industrial Manager, Email: chris. satell@hevac.ie | www.hevac.ie
Continuing to lead the way in heating technology, Grant has received recognition for Outstanding Innovation for its newly launched Grant Aerona R290 air source heat pump. The award was given to Grant at the recent Plumbing & Heating Awards 2024.
Designed in Ireland to meet the specific demands of the Irish and UK climates, the next-generation Grant Aerona R290 stood out for its innovative design and exceptional efficiency. This cutting-edge addition to Grant’s product portfolio underscores the company’s dedication to offering sustainable and advanced home heating solutions.
During the extensive research and development process, Grant invested heavily in the design and rigorous testing of the new heat pump range, ensuring optimal performance in varying weather conditions across Ireland and the UK. The awards judging panel commended the Aerona R290 for “redefining heating innovation and sustainability” and said it “sets a new benchmark for low-carbon heating.”
In addition to its impressive technical capabilities, the Aerona R290 features an attractive design. It uses the eco-friendly R290 refrigerant, which boasts an exceptionally low
Global Warming Potential (GWP) of 3 - marking a significant step forward in environmentally friendly heating technology.
Designed to cater to a wide variety of properties, the A+++ rated Aerona R290 delivers top-tier performance with ultra-quiet operation, a feature acknowledged by the internationally acclaimed Quiet Mark. Additionally, the range can be remotely monitored and controlled through the Grant Aerona Smart Controller, offering enhanced convenience for both homeowners and installers.
The Aerona R290 line includes five models, ranging from 4kW - 16kW, which are all available to order through Grant merchants now.
Commenting on the award win, Barry Gorman, National Renewable Sales Manager at Grant, who accepted the award on behalf of the company, stated: “We are thrilled to receive this recognition for the Grant Aerona R290 air-source heat pump range. The Grant Aerona R290 air source heat pump will deliver exceptional performance, and using the highly energy efficient R290 refrigerant will provide an even more environmentally friendly, low carbon heating solution for homeowners throughout the island of Ireland.”
Alongside the new Aerona R290 heat pump range, Grant has also launched the Aerona Smart Controller. Offering an intuitive solution to control the Grant Aerona R290 heat pump, the Aerona Smart Controller cleverly incorporates sophisticated controller technology with a modern and stylish display.
The Aerona Smart Controller is easy to navigate with user-friendly controls, designed to make controlling a heat pump system simple and straightforward and allowing a homeowner to set heating schedules, domestic hot water timings and adjust room temperatures to suit preferences.
Supplied with the Aerona Wi-Fi hub, this enables remote access to the Smart Controller’s operation for both the installer and homeowner to analyse system performance data and for the installer to assist with diagnostics.
Both the Aerona R290 heat pump and the Aerona Smart Controller feature within Grant’s integrated heating package solutions, providing further choices and flexibility for design and installation whilst providing the same quality and reliability expected from a Grant heating system.
Visit www.grant.ie for more information on Grant’s range of innovative heating solutions. Follow Grant on Facebook @GrantIRL, X and Instagram @grant_irl and LinkedIn @GrantEngineeringULC
Designed with efficiency and brilliance in mind, LEDVANCE’s new FLOODLIGHT FLEX generation meets the many different needs of outdoor area and sports lighting.
IIntegrated features with energy efficiency
Integrated features like a breather, water drainage system, and ULOR 0% at 0° tilt ensure optimal performance and longevity. It reduces energy consumption by up to 91 % compared to halogen lamps and 51% compared to conventional discharge lamps. The serviceable LED driver makes maintenance a breeze.
allows daisy chaining
• Diffusor: tempered glass
Multi Lumen: Less Complexity, More Flexibility
With LEDVANCE’s MULTI LUMEN feature, installers can set the lumen output in up to four steps before installation according to the application’s need. This reduces the complexity of product selection, as fewer products now cover the entire range of lumens and meet the needs of installers. The simple 3- or 4-level setting is done via a potentiometer on the luminaire.
To find more information on LEDVANCE products, visit www.ledvance.com, or get in touch with Stevie Young on 086 6001291 for project-related enquiries. THE NEW FLOODLIGHT FLEX from LEDVANCE
ts strengths include a long lifetime, C5 corrosion resistance, IP66 protection and IK08 impact resistance, making the new FLOODLIGHT FLEX luminaires an ideal choice even for coastal and industrial environments. A wide range of sizes, lumen packages, colour temperatures and beam angles allows the floodlights to be tailored to any requirement.
Main Floodlight Flex Benefits
• Durable aluminium housing with double powder coating
• Smart water flow construction to avoid standing water
• Angle indicator: clear angle degree indicator
• Robust mounting bracket: rotates 270°∆ degree
• Two or three cable entries:
FLOODLIGHT FLEX are ideal for simple daisy chaining thanks to multiple cable entries. This reduces the number of cables needed and makes installation easier. Plus, all lights can be controlled with a single switch. Our diverse range of floodlights caters for a spectrum of lighting needs, from small scale applications to expansive outdoor areas.
David Roome outlines key regulations engineers must adhere to when using or engaging persons to work with SF6 - F Gas, which has a global warming potential of 22,800 times that of carbon dioxide.
First, what is the purpose of the regulations? To reduce global warming.
A company or person that handles Fluorinated Greenhouse Gas (SF6 – F-Gas) must comply with the statutory requirements.
Why do we need F Gas regulations, and why do companies/engineers need to be registered?
SF6 - F Gas is one of the most damaging to the atmosphere and is responsible for changing the world’s climate.
All engineers handling F Gases must possess a personal certificate for the type of system they are going to be working on.
Therefore, when employing a company or engineer to work on equipment containing SF6 - F Gas, you must check the company’s and the individual engineer’s certificates before placing an order.
For a company to register and obtain an F-Gas certificate, it must provide evidence that all engineers employed who handle SF6 -F-Gas are competent to carry out their work.
Understanding SF6 Gas: Its applications, impact and handling requirements
Sulphur hexafluoride (SF6) might not be a household name, but within the realm of building services and electrical systems, its role is
paramount.
This article introduces SF6, delving into its uses, environmental impact and the stringent handling requirements it demands.
So, what is SF6 Gas?
SF6 is a manufactured gas that appears as a colourless, nonflammable and innocuous substance under normal atmospheric conditions. It is one of the most stable gaseous chemicals known, with a molecular structure of one sulphur atom bonded to six fluorine atoms. At five times the density of air, SF6 possesses remarkable properties, including superior electric insulation and arc-quenching capabilities. These qualities make it indispensable in electrical power systems and certain medical applications, such as LINAC waveguides used in radiotherapy, MRI machines, production of magnesium and particle accelerators, and it is widely used in semiconductor manufacturing processes as a highly efficient etching and cleaning agent.
SF6 Gas in electrical applications
SF6’s exceptional properties make it a cornerstone in electrical distribution and transmission systems. Its high chemical stability and excellent dielectric strength -approximately 2.5 times greater than air - enable it to
function as a reliable insulation medium. Moreover, SF6 is highly electronegative, allowing it to efficiently absorb free electrons, which plays a critical role in preventing electrical arc formation.
How SF6 works in electrical systems
Electrical arcs are intense discharges of light and heat caused by ionised air or conductive channels in systems like switchgear. SF6’s ability to absorb electron energy lowers arc temperatures and disrupts the electron avalanche effect that leads to flashovers. Even when subjected to electrical discharges, SF6 exhibits a “self-healing” property; its atoms recombine, restoring its insulating capacity. This characteristic and its thermal conductivity make SF6 a preferred choice in systems requiring exceptional reliability.
Typical applications of SF6 in the power industry
F Gas - SF6 is widely used in:
1) Medium and high-voltage switchgear, including ring main units and gas-insulated switchgear (GIS)
2) Wind and solar farms, ensuring operational stability
3) Substations and power
generation facilities where insulation and arc suppression are critical
4) Incoming power supplies to large installations, protecting against electrical faults.
environmental impact of F Gas -
While SF6 is an engineering marvel, it carries a significant environmental burden. With a global warming potential (GWP) of 22,800 times that of CO2, SF6 is the most potent greenhouse gas still in active use. Its GWP means that even small quantities of SF6 can have a significant impact on climate change, and its atmospheric lifetime exceeds 1,000 years, making it a long-term environmental concern.
In 2015, the classification of “F Gas” (fluorinated gases) was updated under European regulations to categorise gases based on their GWP. This framework allows for a direct comparison of greenhouse gases with CO2 assigned as a baseline GWP of 1. SF6’s staggering GWP underscores the necessity of careful regulation and handling to mitigate its environmental footprint.
Could there be future alternatives?
Although efforts are underway to develop less harmful alternatives, SF6 remains essential in many applications due to the challenges of replicating its unique properties. It is anticipated that SF6 will remain in widespread use for another 20 to 30 years, provided strict adherence to F Gas regulations is maintained.
Given its environmental impact and chemical properties, handling SF6 requires specialised knowledge, tools and adherence to stringent protocols.
Key requirements for SF6 handling
1. Regulatory compliance: SF6
is categorised under F Gas regulations, necessitating specific training and certification for personnel involved in its handling.
2. Dedicated equipment: SF6 systems utilise unique connections and require selfsealing hoses, typically with DN8 fittings, to prevent leaks. General refrigerant handling tools are unsuitable for SF6.
3. Gas recovery and analysis: Recovery equipment must extract SF6 to pressures as low as five millibars to ensure minimal environmental release. Also, specialised analysers are essential to assess the gas condition during recovery or installation.
4. Disposal of degraded gas: When decomposed, SF6 can generate harmful by-products, such as sulphur dioxide, posing risks to both health and the environment. Recovered gas must be disposed of via certified facilities to mitigate these hazards.
SF6 handling experts: Meeting the challenge
With over 30 years of experience, SF6 Recovery Ltd. specialises in the safe management of SF6, bridging the gap between regulatory compliance and operational efficiency. Initially established in response to the Kyoto Protocol’s introduction of F Gas regulations, the company now offers tailored services for power distribution and medical sectors.
Conclusion: Balancing utility and responsibility
SF6’s unparalleled properties make it indispensable in critical industries, but its environmental impact cannot be overlooked. By understanding its uses, acknowledging its risks and committing to responsible handling, the building services sector can strike a balance between leveraging
its benefits and minimising its footprint. With evolving regulations and ongoing innovation, the industry stands at a pivotal moment to ensure that SF6 is managed safely and sustainably for years to come.
Please visit www.fgasregistration. ie for a list of legally certified companies.
All refrigeration, fire, electrical and air-conditioning engineers employed in the handling of F-Gases are required to hold a personal F-Gas handling certificate. Certificates from UK bodies, such as City & Guilds or Logic, etc, are not valid in the European Union. Companies or persons using these certificates are open to an onthe-spot fine of €2,500 and up to €250,000.
All personal F-Gas certificates for engineers are required to be upgraded every five years, and this must be completed by 12th March 2029. After that date the original certificate becomes invalid.
For consultants, specifiers and government bodies for electrical work containing SF6, all specifications should carry a requirement that all F-Gas – SF6 for installations/service/maintenance that are tendered for must have an F-Gas company certificate relevant to the work being tendered and it should be noted that the principal designer is responsible as they could be open to an on-the-spot fine through S.I.404 of 2022
David Roome FCBSE - CIEI - F Euro Ing is the founder and owner of F Gas Registration Limited and this article was written conjunction with SF6 Recovery Ltd who are listed as a Certified Company on the F Gas Registration Ltd Web Site.
CIBSE Ireland Student Mechanical Competition 2024
– Author: Sean McMahon
Heat pumps are becoming a vital solution for sustainable building services design, especially as the industry transitions toward decarbonisation and the use of low-carbon technologies. My report, ‘The Integration of Heat Pumps into Existing Buildings’, explores the challenges and
opportunities of retrofitting heat pumps into non-domestic buildings, using best practices such as those outlined in CIBSE AM17.
Design challenges and considerations
Integrating heat pumps into existing buildings requires addressing
challenges such as legacy systems, fluctuating demands, and space constraints. Key considerations include:
• Occupant comfort: Ensuring consistent heating, cooling, and DHW across diverse zones while optimising energy efficiency.
A “Fabric First” approach was employed to improve the thermal envelope, reducing heat loss and lowering overall energy demand, enhancing system performance.
• Energy efficiency: Reducing demand through advanced sequencing and part-load controllers.
• Safety and reliability: Adopting low-GWP refrigerants like R290
“By leveraging advanced technology and adhering to industry standards, these systems are pivotal to advance sustainable building services design.”
• One water-to-water heat pump, dedicated solely to DHW production, uses the low-grade heat from the four-pipe units as a water source.
with polyvalent heat pumps and sequencing controls.
• BE GREEN: Advanced controls, such as weather compensation, are integrated into the system to help further improve the operational energy.• BE SEEN: Performance monitoring to ensure operational targets are met.
Benefits for the building owner/ occupier
The integration of heat pumps offers numerous advantages:
• Energy efficiency: Heat recovery and low-temperature operation reduce energy consumption and operating costs.
while complying with safety and the F-Gas regulations.
The report features a case study on a commercial office building at Burlington Road, Dublin, which underwent a complete retrofit. This included replacing all emitters and pipework, allowing the use of low-temperature fan coils for space heating and cooling.
The original system, which utilised gas boilers for heating and DHW and chillers for cooling, was replaced with a multiple heat pump setup:
• Two multi-functional fourpipe heat pumps to provide simultaneous heating and cooling, utilising polyvalent heat pump technology.
• One air-source heat pump to provide the additional heating capacity and act as redundancy in the system.
• Thermal buffer tanks, ensuring efficient load management for heating, cooling, and DHW. The buffer tanks also improve the reliability of the heat pumps by preventing short cycling of the compressors since the minimum required water content is achieved.
The system operates with 45/40°C flow and return temperatures for the space heating and acts as a water source for the water source heat pump, 6/12°C for space cooling, and a 60°C outlet temperature for DHW. The system met a heating demand of 1000 kW, a cooling load of 1400 kW, and a DHW requirement of 105 kW.
The project adhered to the ‘BE LEAN, BE CLEAN, BE GREEN, BE SEEN’ energy hierarchy:
• BE LEAN: Demand reduction through improved thermal performance and reduced heating and cooling loads.
• BE CLEAN: Efficient energy use
• Decarbonisation: Moving away from fossil fuels aligns with evolving sustainability regulations and CSRD reporting requirements.
• Economic value: Green-certified buildings attract premium tenants and increase asset value.
This report demonstrates how heat pumps, combined with advanced design strategies, can transform existing buildings into low-carbon, energy-efficient assets. By leveraging advanced technology and adhering to industry standards, these systems are pivotal to advance sustainable building services design.
Sean McMahon’s ‘The Integration of Heat Pumps into Existing Buildings’ report was the winning entry in the CIBSE Ireland Student Mechanical Competition 2024. Sean is a Building Services Engineer with the Land Development Agency and a CIBSE member. He is a graduate of TU Dublin. If you would like to learn more about Sean’s report, email him at sean.mcmahon123@outlook.com
Date
17th April 2025 Druids Glen Hotel & Golf Resort Captain’s Drive In Mitsubishi Electric Ireland
Kilmullin, Newtown Mount Kennedy, Anglo Irish Refrigeration Co Wicklow, A63 DW08 FSW
29th May 2025 Killeen Castle
President’s Day ZIEHL-ABEGG Ireland Ltd
Dunsany, Co Meath, Viridus Energy C15 FH39 Ryan Chilling Group
26th June 2025 Mount Juliet Estate
Captain’s Day Burlington Engineering Mount Juliet, Co Kilkenny, Daikin Ireland R95 E096 RDL
29th August 2025 Galway Bay Golf Resort CAREL Renville, Oranmore, Co Galway, RSL Group H91 T4A4 HiiLIFE
9th October 2025 Baltray Golf Club
Charity Outing Panasonic Baltray, Drogheda, Co Louth, Hevac A92 HK03
Time sheets open to members for priority booking. Contact RACGSgolfsociety@gmail.com or scan the QR code to book your spot!
Refrigeration and Air Conditioning Golf Society, 28e Ashbourne Business Centre, Ashbourne, Co Meath. http://racgs.ie
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The
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