Building services engineers should aspire to become …
CLI MATE CLIMATE OPTI M ISTS OPTIMISTS
Forecasting the future of solar
Declan Cullinane
Octabuild Lifetime Achievement
Ian Haldane
Pioneering engineer remembered
Eddie Heavey
Time to take a step back
Pat Lehane
Building Services Engineering embarks on a new chapter
Having spent just on 50 years editing and publishing Building Services Engineering, the time has come to pass the baton on to a new team to progress and develop the journal going forward. It has been a wonderful journey for me, and my thanks to all who have supported me, both professionally and personally, down through the years. I’m particularly grateful for the many friendships made and I have every intention of maintaining these. I’m not leaving the building services sector entirely but, as of this edition, I will no longer be involved in the publishing of Building Services Engineering, That said, the incredible legacy of the magazine is now in the capable and safe hands of Philip McGaley, Joe Connolly and Robbie Cousins. Between them, they have a wealth of experience in business-to-business publishing, and already have a number of other construction-related journals in their stable. Building Services Engineering is the perfect addition to that portfolio.
My long-time sales colleague, Joe Warren, will ensure continuity and a smooth transition as he will remain as an independent consultant to the new publishers.
In continuous publication since it was established in 1961 as the Irish Plumbing + Heating Contractor, the magazine has undergone various name changes down through the years. Every name-change was devised to reflect the changing nature of the industry, and to reflect its terminology and language. Uniquely, every edition of the magazine published since April 1961 is currently available to download freely in pdf format from the TU Dublin Institutional Research Repository at https://arrow.tudublin.ie/bsn/
I’m confident that Philip, Joe and Robbie will respect and maintain that legacy, and also build on it to further develop the magazine. Building Services Engineering is not merely a journal serving Ireland’s building services engineering sector, but rather an integral part of the business. As it grows and develops under the new ownership, I look forward to watching it evolve and expand in tandem with the industry.
Robbie Cousins with Joe Connolly, Pat Lehane, Joe Warren and Philip McGaley.
EDITORIAL
How many COPS to make a difference?
While the rhetoric, ambition and spirit behind the recent COP29 is undoubtedly sincere and well-intentioned, is the process now a jaded and outdated formula that requires revitalising and rethinking.
The inaugural UNICEF Conference of the Parties (COP1) took place in Berlin in 1995 with subsequent COPs taking place at various locations throughout the world. By definition, this entails thousands of delegates running up thousands of air miles, not to mention the many other attendant transport costs. That is hardly a good example to set. It also feeds in to the negative narrative of the naysayers and sceptics.
The objective behind the COP initiative is not just laudable but essential. However, after COP29, perhaps it is time to re-energise the process and devise a new formula.
As the world grapples with the profound impacts of climate change, the role of systems designers has never been more critical. Adrian Catchpole, immediate PastPresident of CIBSE, says that building services engineers have the power to influence sustainability of the built environment and urges them to become Climate Optimists.
Editor: John Gibney
Joe Warren
DATA AND BIM
A symbiotic relationship
Data and BIM were always meant to work in harmony in the construction industry. However, The BIM Engineers say that, over time, these two essential disciplines have drifted apart within organisations. This disconnection is creating a challenge that needs addressing. 4 6 46
4 2 42
5 4 54
Solar at pivotal moment
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CHALLENGING ROAD AHEAD
As Ireland’s energy transition continues, it is evident that solar power is playing a critical role in reshaping the energy landscape. Our installed solar capacity has expanded rapidly, but the question now is, where do we go from here? Declan Cullinane, ISEA Board Chair, suggests some answers.
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GREEN SOLUTIONS, FOR A BETTER CLIMATE.
NEWS AND PRODUCTS
Panasonic appoints John Kellett
Guide to humidity
tt Kellett the try osely eating and o drive cus on he s
Panasonic has announced the appointment of John Kellett (pictured) as the new Ireland and UK Country Manager for the heating and cooling division. John brings a wealth of industry and technical knowledge to the role and will work very closely supporting Vincent Mahony, Manager Ireland, Panasonic Heating & Cooling.
This appointment comes at a pivotal time for the heating and cooling sector as governments right across Europe continue to drive for a low-carbon future. Panasonic has always had a strong focus on R&D, as evidenced most recently by advancements made in the commercial refrigeration CO2 range. The latest developments in the R290 ECOi-W AQUA-G BLUE commercial range also reflect this commitment.
Additionally, Panasonic recently introduced the highlyefficient Aquarea M Series air source heat pumps, which also utilise R290 refrigerant for both domestic and commercial applications.
Successful Smart Buildings Show 2024
As the standout eventin the smart buildings sector, the Smart Buildings Show demonstrated its capacity to draw a crowd, attracting 2,395 visitors from across the industry. Taking place at ExCeL London on 9-10 October, the two-day event saw visitors flock to conference sessions hosted by prominent industry speakers and visit the stands of leading smart buildings vendors. With more than 90 industry exhibitors in attendance, the show provided the perfect opportunity to get close to the latest and greatest products currently making waves in the smart buildings market. The four packed conference theatres demonstrated strong visitor appetite to hear more about key industry topics relating to energy management, controls and networks, IT and infrastructure, and management and proptech.
Ian Garmeson, Event Director, commented: “The popularity of this year’s event demonstrates the ever-growing interest in the industry and we’d like to thank all of our exhibitors, speakers and supporters for helping to make the show the leading event in the smart buildings arena. Attendances continue to grow and the show’s top industry billing has resulted in a record number of rebookings for next year.”
Neil Salt, an exhibitor and speaker for Forest Rock, commented: “Everything has been very positive – visitor numbers are up, leads are up. The location is also great which makes a massive difference to us.” Smart Buildings Show returns to ExCeL London on 15-16 October 2025. lyh . ented an
Condair has published a new guide to humidity control in cleanrooms. This informative document provides an easy-tofollow overview for managing humidity in closelycontrolled environments. It highlights the 10 most relevant topics that need to be considered when dealing with humidification or dehumidification.
Damien Power, Condair’s Area Sales Manager for Ireland, comments: “Presented in an easy-to-understand Q&A format, this guide is a great resource for anyone working in, or with, a cleanroom facility.
“Detailed information is given on humidity’s relationship with temperature and electrostatic, as well as how the very specific humidity levels cleanrooms so often need can be consistently achieved.”
The guide is free and can be downloaded from www.condair. ie/cleanroom
McCann appointed Kirby CEO
Henry McCann, formerly Group Operations Director at Kirby Group Engineering, has been appointed CEO of the group to replace Mark Flanagan who will step down on 1 January 2025. Henry (pictured) has played a pivotal role in Kirby’s expansion and the development of its organisational capabilities, notably leading the Kirby Way initiative. He is determined that helping people reach their full potential will be a key priority for his term as Kirby CEO.
NEWS AND PRODUCTS
RACGS at Carton House
The final RACGS outing of the year was held in the majestic setting of Carton House, the course which hosted the recent Ladies Irish Open. Over 50 players took part in the event which was sponsorsed by Carel Ireland Ltd and Panasonic Ireland Ltd. The current season has been the most successful to date for the society. Results from Carton House were as follows:
Overall Winner
Billy Queally, 45pts.
Class 1
First: Martin Baneham, 38pts; Second: Martin Buggy, 37pts.
Class 2
First: Fergus Daly, 33pts;
Second: James Darcy, 33pts.
Visitor:
First: Alan Darcy; Second: Barry Ward; Third: Alan Deegan.
Nearest the pin: Frank Coughlin.
Longest Drive: Mark Kiely.
Front 9: Liam Hoctor; Back 9: Niall Jones.
Pump technology training
EFCA future trends report
The British Pump Manufacturers Association (BPMA), the leading trade association representing UK and Irish pump manufacturers, is reaffirming the importance of its wide-ranging and established training programme. These courses are designed to support professionals across the pump sector, ensuring companies remain competitive and compliant in what is a continually-evolving marketplace.
The training programme covers a broad range of technical, theoretical and practical topics that cater for experienced engineers and newcomers. Delivered by industry experts and BPMA specialists, all courses are accredited and recognised within the sector. See https://bpma.co.uk/
FTA Ireland logistics guide
Freight Transport Association Ireland has published its sixth annual Manager’s Guide to Distribution Cost in partnership with Bank of Ireland and ENPROVA, in conjunction with specialist research agency Analytiqa. The guide aids decision-makers across the logistics sector to help inform and understand the trends affecting distribution costs. Copies are available at https://ftai.ie/ cost-of-distribution/
EFCA’s latest report follows on from a pioneering experiment which used AI for scenario planning in consulting engineering with a particular focus on climate adaptation and transportation. This initiative involved collaboration with the Philipps University of Marburg and Bentley, with Autodesk, major software suppliers to the sector, also participating.
The report underscores AI’s potentially huge role in transforming scenario planning, positioning generative AI as a vital tool for consulting engineers navigating an increasingly dynamic and complex world. See https://www.efcanet.org/ ThdAI’ill
CIBSE monthly seminar series
The CIBSE Young Energy Performance Group (YEPG) is working in collaboration with the Energy Resilience and the Built Environment Centre for Doctoral Training (ERBE CDT) to produce a monthly seminar series for students and those in their early career to learn more about the energy resilience of buildings.
The series has been a success so far, with the first two sessions having taken place. The sessions comprise of multiple speakers with roughly 30 minutes each to deliver a presentation leading to an interactive discussion. Currently, the organisers are looking for expert presenters who are passionate and experienced in producing seminars.
The ERBE CDT x YEPG series is organised for the last Wednesday afternoon of every month to encourage discussions about buildings and energy. The energy resilience of buildings can include energy efficiency measures, energy demand reduction, load shifting, energy storage, building integrated generation and much more.
These presentations and discussions are valuable to the development of the next new generation of engineers. The aim of the project is to expose the younger people to niche and interesting areas that will grow their passion for building services and building energy.
Email T.S.Crook@lboro.ac.uk for details.
Giles Drum, RACGS Captain with Dave Killalea, Carel Ireland and Bill Queally, overall winner.
We take immense pride in our 66-year heritage
wavin.ie
Lighting Association AGM
Lighting Association Ireland (LAI) recently held its AGM in the RDS Members Club with the usual excellent attendance. The meeting format takes place around a large table rather than in theatre style, making for a more engaging and interactive process. It was a very successful event with representatives from most of the 31-strong membership attending.
Topics and LAI delegate reports covered everything from WEEE through to emergency lighting, training and education, the LE sustainability group, public lighting, NSAI standards, the LE value of lighting group, EPREL, the EIFI and the SEAI Energy Show.
The elected officers and members of the LAI executive steering group for 2025 are as follows.
Officers: Chair – Gavin Edwards; Ex-Officio – Gearóid McKenna; Vice-Chair – Dave Murphy; Treasurer – David Vaughan; Secretary – Pat Lehane.
Executive Steering Committee: Gavin Edwards; Dave Murphy; Gearóid McKenna; Paul O’Connor; David Vaughan; Pat Lehane.
€55 Million decarbonisation funding
Understanding passive fire protection seminar
The CIBSE Facilities Management Group Committee will host a webinar on passive fire protection on Tuesday, 26 November at 12 noon. Speaker will be John Gardner, National Specification Manager for Passive Fire Protection at FSi Promat. During the presentation, John will address key questions that are vital for anyone involved in fire safety and building management including:
– Is the seal correctly designed and specified?
– Are the right materials being used in the fire protection systems?
– Is the installation compliant with industry standards?
– Is third party fire certificated test evidence being used effectively?
– How to ensure adequate inspection and maintenance of existing seals and barriers throughout the operational phase of the building’s life cycle.
Attendees will gain access to valuable guidance, reference materials and relevant standards that will empower them to ensure compliance and enhance fire safety in their facilities.
See cibse.org
Enterprise Ireland (EI) has approved over €55 million in funding to support the decarbonisation of Irish businesses. Approved under the Environmental Aid Scheme and EI’s Green Transition Fund, the funding has benefited more than 400 Irish companies since June 2022, reducing CO2 emissions by an estimated 130,000 tonnes.
The Department of Enterprise, Trade and Employment also allocated a further €300 million in June this year under the Environmental Aid scheme to support EI’s broader commitment to advancing sustainable growth among Irish companies.
These figures were announced during the recent inaugural Sustainable Enterprise Summit that highlighted how Irish companies can integrate sustainability into core strategies, thereby enhancing competitiveness while addressing the global demand for greener, climate-resilient products and services.
Enterprise Ireland.
Congratulations to Ciara Ahern of TU Dublin
Ciara Ahern was presented with the Early Career Researcher Award at the recent TU Dublin research and Innovation Awards. This acknowledgement was well overdue given Ciara’s long and distinguished service to both TU Dublin and building services engineering.
Energy projections report
SEAI has published the National Energy Projections 2024 report which explores future trends for energy use in Ireland. The results provide an assessment of how Ireland is likely to perform against our national Climate Action Plan and EU climate and energy targets, accounting for factors such as economic growth and Government energy policies.
The report finds that there are significant projected gaps to all legally-binding targets, including national carbon budgets and sectoral emissions ceilings, and EU obligations on renewable energy, energy efficiency and greenhouse gas emissions. William Walsh, SEAI CEO (above), said: “A significant expansion of incentives, information and regulation is required to enable us to comply with legally-binding climate and energy obligations to 2030 and beyond. We must begin to embrace measures that will allow us to meet our personal and societal needs at reduced rates of energy consumption.”
Jenny Melia, Executive Director,
ENHANCED FEATURES, RELIABLE PERFROMANCE: THE NEXT GENERATION OF HIGH BAY LUMINAIRES
PROVEN DESIGN, PREMIUM PERFORMANCE
HIGH BAY GEN 5
BRIGHT ENERGY-EFFICIENT LIGHTING SOLUTION FOR CHALLENGING INDUSTRY APPLICATIONS
The new standard for up to 18m high ceiling indoor industrial applications requiring bright illumination: The HIGH BAY GEN 5 range is extremely energy effi cient and reliable with a high protection level (IP66/IK10) for demanding environments. Thanks to MULTI LUMEN, the brightness can be adapted to on-site requirements. The on/off versions include a 0 to 10V dimming feature and DALI-2 versions add a further layer of versatility and light management option and are emergency lighting ready thanks to central battery compatibility. Additional optional accessories like the reflector, refractor and mounting bracket offer further versatility for projects. HIGH BAY GEN 5 are easy to install and come with a comprehensive 5-year guarantee.
Reliable ON/OFF and DALI-2 versions with IP66 and IK10
NEWS AND PRODUCTS
Second offshore wind auction announced
In a significant statement of commitment to Irish offshore wind energy, Eamon Ryan, TD, Minister for the Environment, Climate and Communications (pictured), told delegates at the recent Wind Energy Trade Show 2024 that a new, second offshore wind auction will be run in 2025.
This is in addition to the earlier announcement that an auction for the Tonn Nua site, off the coast of Waterford, will be held early in 2025. Several hundred delegates from the global industry heard the Minister say he believed an auction should take place for the second site identified off the southern coast, known as Lí Ban, before the end of next year.
Noel Cunniffe, CEO of Wind Energy Ireland, said: “This is a tremendous boost for Irish offshore wind energy. It sends a message that Ireland is committed to offshore wind and will accelerate its development at a greater pace.”
The Lí Ban site is significantly larger than Tonn Nua and it is estimated a wind farm built at that location could be in the range of 1,100MW to 1,50MW in size compared to the 900MW proposed for Tonn Nua.
The sites were identified in the Designated Maritime Area Plan approved by the Oireachtas for the south coast of Ireland last month.
New Xylem booster set
Xylem held a major reception and product launch in the Talbot Hotel, Stillorgan, Co Dublin, recently to introduce the new GHVX commercial/industrial booster set and showcase a whole range of other innovative products from the company’s portfolio. These included the following:
SMB20 – This a variable speed booster set designed for water pressure boosting and transfer in applications such as residential buildings, hotels, restaurants and spas; ecocirc XL & XLD –These wet rotor circulators provide state-of-the-art technology in hydraulics, motors and intelligent controls;
Presfix packaged set – Automatic make-up units for sealed heating and chilled water systems, suitable for either domestic or industrial environments;
LNEEE – This is a variable speed “smart pump” with ultra-premium efficiency IES2 drive package, including a permanent magnet IE5 motor.
Nicolo Santon, one of Xylem’s leading technical trainers with regard to the movement and treatment of water, hosted the presentations along with Kevin Devine, Xylem Sales Director, Ireland.
The evening proved very successful with two formal presentations at 16.45pm and 18.45pm. Food and refreshments were served.
Right: Kevin Devine, Nicolo Santon and Jonathan Carty, all from Xylem, with Liam Gorman, Meinhardt.
M&ECA golf at Newlands Golf Club
The M&ECA annual golf outing took place in Newlands recently with Keith Burns, Tritech Group, claiming the prestigious MEBSCA President’s Prize. Keith Mooney, PJD, was second and Jason Doorley, Designer Group, third.
Teams participating included Burlington Engineering, CJK, Designer Group, Dornan Group, Jones Engineering, King and Moffatt, Kirby Group, Laminar Engineering, Leo Lynch, Mercury, PJ Duffy, Specialist Technical Services Group and Tritech Group.
BTU Nationals
The 2024 BTU nationals was organised by the BTU South East UK region and held at Old Thorns Golf Resort & Hotel in Hampshire. The very challenging course was designed by the golfer and TV commentator, Peter Alliss, who died in 2020.
BTU Ireland had two teams of 12 participating – Metropolitan and Provincial (pictured below) – with a total of 54 pairs of golfers competing from across the UK and Ireland.
Overall winners were the UK Northern Team with Irish Provincial coming in fourth and Irish Metropolitan finishing sixth.
The recent acquisition of Unitherm Heating Systems Ltd by the Purmo Group marks a new chapter in the development and evolution of the company. Established in 2004, Unitherm is one of Ireland’s leading and most innovative companies for the design, supply, commissioning and servicing of air-to-water heat pumps, underfloor heating and ventilation solutions. With offices in Dublin, Galway and Cork, it serves the heating needs of the entire country in both the residential and commercial sectors. It also has a sister company in the UK which was established in 2021.
Unitherm Heating Systems acquired by Purmo Group
This is a very significant industry development. However, both Unitherm and Purmo have emphasised that it is a case of all change but no change. Unitherm will continue to operate as before but with the added resources and strength of the Purmo Group to call on.
Unitherm has a comprehensive and impressive product portfolio that represents some of the leading European manufacturers of highquality products and system solutions. It distributes them predominantly through wholesaler networks and the company is especially known for technical expertise and the high level of support it provides. Significant emphasis is also put on training and it offers regular training and upskilling courses for installers and students through its three training academies.
“Our mission at Unitherm is to create a healthy, sustainable living environment by promoting more efficient heating and cooling systems using renewable energy sources, with less carbon emissions,” says Declan
About Purmo Group
Purmo Group is at the centre of the global sustainability journey by offering full solutions and sustainable ways of heating and cooling homes to mitigate global warming.
It provides complete heating and cooling solutions to residential and non-residential buildings, including underfloor heating and cooling systems, a broad range of radiators, heat pumps, flow control and hydronic distribution systems, as well as smart products.
Its mission is to be the global leader in sustainable indoor climate comfort solutions. It has almost 3000 employees, operates in 23 countries, and manufactures and distributes top-quality products and solutions to over 100,000 customers in more than 100 countries
Kissane, CEO and joint founder of Unitherm Heating Systems Ltd. “At Unitherm, we are very passionate about finding the best heating solution for our long-term and new customers, and I am confident that the professionalism and expertise of Purmo Group will take us to the next level in doing just that.”
While very secure and profitable, Unitherm was looking at ways to consolidate and expand its market position in Ireland, the UK and perhaps even further afield. This acquisition by Purmo Group will now facilitate that. There are a great many synergies between both organisations and Purmo’s additional resources and financial strength, in addition to its strategic solution sales platform, will accelerate this process.
In welcoming Unitherm to the Purmo Group. John Peter Leesi, CEO, said: “Unitherm has a solid presence in the Ireland and UK markets, where we aspire to grow as part of our own solution selling strategy. The company, which has impressive revenue growth combined with its excellent heat pump expertise and technical knowhow, is an exciting addition to our business. The acquisition perfectly aligns with our commitment to promoting sustainability.”
Declan Kissane, CEO and joint founder of Unitherm Heating Systems Ltd.
ISOPARTNER UNVEILS OWN-BRAND
PHENOLIC PIPE SECTIONS, PIPE SUPPORTS AND DUCT SUPPORTS
ISOPARTNER
Technical Insulation Solutions has developed the INSUL-PHEN Phenolic Foam range of closed cell insulation products focusing on achieving the highest possible thermal insulation value. INSUL-PHEN Phenolic Pipe Sections and Pipe Supports are available in a range of densities from
clos pos
thermal insulation value. INSUL-PHEN Phenolic Sect and are available in a of densities fro 40 kg/m to 120 kg/m .
Increased awareness of th i i d hi h d d f h l i
Increased awareness of energy consumption is driving the construction industry to higher standards of thermal insulation. INSUL-PHEN 40 kg/m excels in thermal insulation value with an aged thermal conductivity of 0.025 W/mK.
High density material such as INSUL-PHEN 80 kg/m and over provide the high mechanical strength required for applications such as the use of Pipe Supports, Duct Supports and other industrial applications. INSUL-PHEN provides solutions to achieve higher insulation values at minimum thickness.
All products in the INSUL-PHEN product range have one other unique feature apart from the highest thermal insulation value
testing concludes that INSUL-PHEN has a Euroclass of BL-s1, d0. It has an extremely low smoke emission and does not create layer on the exposed surface which protects the deeper layers of the material.
A profound moral imperative Building services engineers should be climate optimists
As the world continues to grapple with the profound impacts of climate change, our role as designers of mechanical and electrical engineering systems in buildings has never been more critical. We have the power to influence energy consumption, carbon reduction, and the overall sustainability of the built environment.
Adopting a climate-optimistic mindset can drive innovation, enhance community resilience, unlock economic benefits and fulfill a moral responsibility to future generations. Here are some reasons why I think that climate optimism should be a guiding principle for designers and building managers, writes Adrian Catchpole, CIBSE immediate Past President.
Innovation and sustainable solutions
A climate-optimistic mindset fosters innovation. Hence, engineers who believe in the potential for positive change are more inclined to explore and implement cutting-edge technologies that can revolutionise building systems. The shift toward renewable energy sources, such as solar and wind power, gives us the opportunity to integrate more advanced mechanical and electrical systems. For example, mechanical engineers can design HVAC systems that incorporate passive heating and cooling, which significantly reduce energy consumption. Similarly, electrical engineers can develop smart grids, battery systems and energy management systems that optimise energy use in real-time. By embracing an optimistic view, we can push the boundaries of what is possible, leading to the development of systems that are both efficient and sustainable. Energy and carbon efficiency Energy and carbon efficiency are at the heart of sustainable building design and operation so, as optimistic designers, we
are empowered to pursue strategies that reduce energy consumption. This leads to lower operational costs and environmental impact. By integrating carbon-efficient technologies, our mechanical and electrical systems can dramatically decrease a building’s overall energy use.
Moreover, with the rise of energy modelling software, we can simulate various scenarios and identify the most efficient configurations before the building is constructed. This proactive approach not only contributes to reducing greenhouse gas emissions, but also demonstrates the feasibility of ambitious sustainability targets.
The final piece of the puzzle is for us to embed considerations about embodied carbon within our decision-making. Through its TM65 and local addendums, CIBSE continues to take the global lead on calculating and reducing embodied carbon in building services systems. This assesses the whole “life carbon”.
Regulatory changes and market demand
As governments worldwide enact stricter environmental regulations and
Adrian Catchpole, CIBSE immediate Past President.
Left: Mechanical and electrical engineers, architects and construction professionals can be much more effective when they share a common vision.
building codes, the demand for sustainable engineering solutions is rising. Designers who maintain a climate-optimistic outlook are better positioned to adapt to these changes, proactively seeking out innovative solutions that comply with emerging standards.
The market for green building certification programmes, such as LEED (Leadership in Energy and Environmental Design), PassivHaus, and NABERS UK (which CIBSE currently administers), is expanding. Clients are increasingly seeking out buildings that meet these standards due to the associated benefits, including reduced operational costs, improved occupant comfort and social responsibility. We are ideally placed to create compliant, efficient systems to deliver such solutions and enhance their professional reputation.
Economic advantages
Sustainability and economic viability need not be mutually exclusive. In fact, they often go hand in hand. As climate optimists, we recognise the long-term financial benefits of investing in sustainable engineering systems. Initial costs associated with high-efficiency technologies may well be offset by the significant savings generated in future energy and maintenance.
For instance, while installing a highefficiency heat network may require a higher upfront investment, the operational savings – along with potential tax incentives and rebates – can result in a quick return on investment. By designing systems with a life-cycle cost approach, we can often present compelling business cases for sustainability, demonstrating that climate action can also lead to financial success.
Fostering community resilience
Buildings play a vital role in community resilience, especially as climate-related challenges become more identifiable. As designers and building operators, we have the power to create systems that not only withstand extreme weather events but also promote community wellbeing. Mechanical systems can be designed to manage stormwater effectively, reducing the risk of flooding in urban
At the heart of climate optimism is a profound moral imperative. The choices made today will significantly impact the planet and its inhabitants for many years to come.
areas. Electrical systems can incorporate backup power solutions, such as battery storage, ensuring that essential services remain operational during power outages. By prioritising resilience in our designs, we contribute to the creation of safer, more adaptable communities, which are better equipped to face climate challenges.
Interdisciplinary approaches
Climate optimism helps encourage collaboration among the various disciplines involved in building design, which is something that CIBSE has been advocating for many years. Mechanical and electrical engineers, architects and construction professionals can work together much more effectively when they share a common vision of a sustainable building. By embracing optimism, we can foster an environment of open communication and idea-sharing, leading to more holistic, integrated and successful solutions.
For instance, by collaborating with architects early in the design process, we can ensure that systems are optimised for the specific characteristics of a building, enhancing energy efficiency and occupant comfort. Interdisciplinary teamwork often leads to more creative problem-solving and innovation to address multiple sustainability goals.
Moral imperative
At the heart of climate optimism is a profound moral imperative. The choices made today will significantly impact the planet and its inhabitants for years to come. By adopting a climate-optimistic mindset, we have a mandate to advocate practices that prioritise environmental stewardship and social equity.
This perspective should now compel designers and building managers to consider not only the immediate benefits of their systems, but additionally the long-term consequences. For instance, choosing sustainable materials and technologies that minimise environmental impact reflects a commitment to leaving a healthier planet for future generations.
This was prevalent again recently at CIBSE’s Graduate of the Year Awards where ALL of the finalists indicated this as being central to their choice of career.
Power of positive narratives
Finally, by embracing climate optimism, we can frame our work within a positive narrative. Instead of focusing solely on the challenges posed by climate change, we can highlight the opportunities for innovation, collaboration and progress. By sharing our success stories of sustainable building projects, we can motivate others to pursue similar initiatives. This is what CIBSE’s Building Performance Awards seeks to achieve.
Positive narratives can galvanise public support for sustainable practices, encouraging communities and organisations to invest in climate-friendly technologies. When people see tangible examples of successful projects, they become more likely to advocate for sustainable design and embrace the idea that collective action can lead to meaningful change.
Conclusion
With 40% of our global carbon emissions coming from buildings, designers of
mechanical and electrical engineering systems in buildings have a unique opportunity to shape a more sustainable future. By adopting a climate-optimistic mindset, we can drive innovation, enhance energy efficiency, respond to regulatory changes, and foster community resilience. The economic advantages and moral imperatives of sustainable design underscore the importance of this approach and give us the opportunity to take a leading role.
As we confront the realities of climate change, it is clear that the role of the climate-optimistic designer is crucial. By believing in the potential for positive change, we can create systems that not only meet current needs, but also pave the way for a sustainable and thriving future. Embracing climate optimism is not just a choice – it is a necessity for building a better world for ourselves and generations to come.
A climate-optimistic mindset that fosters innovation is essential for positive change.
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Regulation compliance and grant approval
Correct radiator sizing critical to system performance
Correct radiator sizing is critical to system performance, regulation compliance and grant approval, and is an area that continues to cause problems and prompt a great deal of discussion. So, to help consultants, system designers and contractors address the more common issues that can arise, Building Services Engineering has reproduced extracts here from the Heating & Domestic Hot Water Systems for Dwellings – Achieving Compliance with Part L & Energy Performance of Buildings Regs 2019 Appendix B –guide to radiator sizing for various heat generators, from the official Building Regulation Technical Guidance Document.
The Appendix B gives details on how to size a radiator for a room with an example heat loss of 500W. This example details how to size the radiators for heat generators with varying flow and return temperatures.
The National Standards authority has also published a series of complementary standards covering domestic heating
systems. These are as follows:
SR 50-1:2021 for water-based heating systems in dwellings provides both practical information and guidance on water-based central heating systems in permanent domestic dwellings. The Standard Recommendation was written to encourage designers and installers to ensure that central heating systems are not only designed and installed correctly, but are also energy efficient and meet manufacturers’ criteria. SR 50-1:2021 is complementary to the European Standards IS EN 12828, IS EN 12831 and IS EN 14336, which have been adopted as Irish standards.
SR 50-4:2021 for heat pump systems in dwellings concentrates on the types of heat pump that are the most common to be installed in dwellings to provide space heating and/or domestic hot water. It provides guidelines for the design, installation, commissioning and maintenance of heat pump systems with an effective rated output up to 70kW in new and existing dwellings.
Radiator selection
Radiator outputs are typically based on a water-to-air temperature difference
ΔT 50°C in manufacturer’s product catalogues. The higher the ΔT value, the higher the radiator output will be. Traditional gas or oil non-condensing boilers operate with higher flow and return temperatures (82/71°C), while condensing boilers operate at lower flow and return temperatures (65/55°C) to increase their efficiency. Heat pumps’ normal operating temperatures are 45/40°C, to increase their efficiency. See examples below on how to size radiators for various heat generators.
(flow temperature + return temperature) – Room
T = 2 temperature
–Traditional gas or oil noncondensing boilers, flow and return temperatures 82/71°C and room temperature 20°C
(82 + 71)
T = 2 – 20
T = 56.5°C
–Condensing boilers, flow and return temperatures 65/55°C and room temperature 20°C
(65 + 55)
T= 2 – 20
T = 40°C
–Heat pump technology, flow and return temperatures 45/40°C and room temperature 20°C
(45 + 40)
T= 2 – 20
T = 22.5°C
The reduced temperature difference reduces the output of the radiator. Many radiator manufacturers supply relevant information for radiator outputs based on a ΔT value of 50°C. Table B1 is an example of typical information detailed in a radiator manufacturer’s radiator catalogue. Where radiators are to be installed for different ΔT values, the stated radiator outputs must be multiplied by a conversion factor to account for the different ΔT value. Manufacturers should be asked to provide conversion factors for different ΔT values.
Radiator sizes and outputs
Table B2 is an example of conversion factors to be applied to outputs quoted at ΔT 50°C.
The conversion factor allows the calculation of the radiator output where the operating temperatures result in a ΔT value different to that of the stated ΔT 50°C. As the ΔT value reduces, larger radiator dimensions will be required to achieve the same heat output. Check with radiator manufacturer for specific conversion factors.
If a room had a calculated heat loss of 500W, the following are examples detailing how to select a suitably-sized radiator for the space.
– Traditional gas or oil non-condensing boilers: 82/71°C and room temperature 20°C has a 56.5°C ΔT. Using Table B2, you need to calculate the factor for 56.5°C ΔT, and, as the table is only in increments of 5°C ΔT, taking the factor of 60°C ΔT and the multiply output of 1.268 from Table B2.
1.268 60 = 0.021
0.021 x 56.5 = 1.186
Therefore, to achieve the target of 500W output for the room, you need to select a radiator from Table 1 with an output of at least 500 1.186 = 421W.
Select a radiator size of 424W (400mm L x 450mm H) from Table B1 and multiply the calculated multiply output of 1.186 424 x 1.186 = 502W. The radiator selected will give an output of 502W for a room with a heat loss of 500W.
– Condensing boilers: flow and return temperatures 65/55°C and room temperature 20°C has a 40°C ΔT. Using Table B2 you need to use the factor 40°C ΔT of 0.748.
Select a radiator size of 758W (700mm L x 450mm H) from Table B1 and multiply the calculated multiply output of 0.748 758 x 0.748 = 566W.
The radiator selected will give an output of 566W for a room with a heat loss of 500W.
– Heat pump technology: 45/40°C and room temperature 20°C, has a 22.5°C ΔT. Using Table B2 you need to calculate the factor for 22.5°C ΔT and
as the table is only in increments of 5°C ΔT.
Taking factor of 20°C ΔT and the multiply output of 0.304 from Table B2.
0.304 20 = 0.015
0.015 x 22.5 = 0.342
Select a radiator size of 1536W (1400mm L x 450mm H) from Table B1 and multiply the calculated multiply output of 0.342 1563 x 0.342 = 525W.
The radiator selected will give an output of 525W for a room with a heat loss of 500W.
Table B3 illustrates the changes in ΔT and how this effects the radiator sizes for varying flow and return temperatures.
The heat is measured in Watts (W) or British Thermal Units (BTUs) [1W = 3.412 BTU].
Changes in radiator sizes with varying temperature differences
System T 0°C of Radiator output Radiator Radiator size type heating at T 50°C (W) output (L x H – mm x mm) systems adjusted for system T (W)
Table B1.
Table B2.
Innovative electric heating
Almeria ECO WiFi electric panel heater
Leading on from the popularity of the Almeria ECO Digital panel heater, ATC’s technical team has developed a new and innovative addition to its electric panel heater range.
ATC is constantly innovating new products in response to changing market needs and, thanks to a combination of market research and customer feedback, it has just unveiled a new addition to the ATC heating range, the Almeria ECO WiFi electric panel heater.
The Almeria ECO WiFi is an energyefficient, WiFi controllable digital panel heater that can be installed and programmed with ease. Its sleek design makes it perfect for use in a whole range of applications that include residential, commercial, hospitality and education.
The Almeria ECO WiFi boasts a large, easy-to-read TFT LCD display screen, making it easy to program the heating directly on the unit. It features three operating modes – program, manual and landlord.
Spotlight on “Landlord Mode”
“Landlord Mode”, which is also known as “setback mode”, ensures that the heating is only on when needed. When the property is occupied, the occupier is still in control of the heating. Using “Landlord Mode” allows for a predetermined duration and temperature range which can only be initiated when the occupier is in-situ. This takes away the opportunity for the tenant to turn the heater up and leave it running indefinitely. This is a huge cost saver.
To allow landlords fulfill regulatory compliance and energy savings, the “Landlord Mode” maintains a minimum temperature when the heating is not activated.
In addition to “Landlord Mode”, the Almeria ECO WiFi electric panel heater also offers separate “Open
Window Technology”. When this is activated, if room temperature drops by 4°C, the heater will turn off until it
•Two user-adjustable temperature settings: comfort and economy;
•Dedicated boost facility with program advance mode;
•Conserve energy with “Open Window” technology;
•Lockable keypad;
•Simple to install, program and operate.
is re-activated manually, or by the next pre-programmed period.
The Almeria ECO WiFi can be installed in place of existing heating sources on site with no fuss. Sleek and modern in design, this panel heater complements any room décor and is designed to offer complete control to the bill payer, which will save energy and cut down on costs.
Adjustable temperature settings
In addition to the various operating modes, the Almeria ECO WiFi also offers two user adjustable temperature settings – comfort and economy. Users can also make use of a dedicated boost facility with program advance mode, for a fully customised heating experience.
The lockable keypad offers security in the home, ensuring no accidental changes by prying guests or curious children.
ATC also offers a superb back-up service to clients with representatives strategically located across Ireland. They work closely with customers to always deliver the best possible service and project-specific heating solutions.
For further details of your local ATC representative contact ATC at T: 01 467 8301; E: sales@atc.ie
The Almeria ECO WiFi energy-efficient, WiFi controllable, digital panel heater
Grant unveils next generation Aerona R290 heat pump
Globally renowned heating technology manufacturer, Grant, has announced the introduction of its next generation air source heat pump – the Grant Aerona R290 – further demonstrating the company’s commitment to innovation and sustainable heating.
Representing an investment of €2.4 million, the new Grant Aerona R290 heat pump was designed in Ireland specifically for the Irish and UK climate. It is already proving itself to be in another league in terms of innovation and efficiency, in addition to being a significant addition to the overall Grant product portfolio.
During the research and development phase, Grant heavily invested in design and testing of the new heat pump range to ensure the technology is best suited for year-round climate conditions in Ireland and the UK.
Innovative and aesthetically-pleasing, the Aerona R290 mono-bloc heat pump has been designed to suit many types of homes. Available to order now, the range features five models, with the 4kW, 6.5kW and 9kW units available initially, and the larger 12kW and 16kW coming in early 2025.
Built upon three core pillars –design, performance and peace of mind – the Aerona R290 provides an even more environmentally-friendly, low-carbon heating solution for the next generation as it uses the energy efficient and natural R290 refrigerant. This has an incredibly low Global Warming Potential of 3, signalling an important advancement in sustainable home heating.
Stephen Grant, founder of Grant said: “The introduction of the Aerona R290 heat pump marks a significant development in sustainable home heating and within our product portfolio. As our next generation heat
pump, the Aerona R290 comes as Grant celebrates 15 years of being in the heat pump market, and is testament to our commitment to design highly-efficient, reliable heating technologies that can make a real sustainable difference. As more properties make the transition to lower carbon heating solutions, we look forward to continuing to support our customers through the delivery of technologies, products and services that can help them make a real difference.”
Unique design
Cleverly designed, taking both aesthetics and acoustics into consideration, the Grant Aerona R290 combines modern styling and sleek colourway with high
performance. Featuring a durable, powder-coated black casing, the Aerona R290 heat pump’s appearance has been developed following extensive analysis of feedback from customers. The ultralow noise levels of the units, which have achieved “Quiet Mark” accreditation, are the result of innovative sound-reducing features within the units including acoustic cotton sound insulation in the casing and anti-vibration feet.
Exceptional performance levels
Models within the range have an energy rating of A+++ (at 35°C flow temperature) and their outputs have been rated at -5°C air temperature and 55°C water flow temperature. All models within the range have been tested to perform in both extreme low and high temperatures with performance levels in terms of kW output consistent, irrespective of the climate and outside temperature, even at –3ºC. The Aerona R290 also features a built-in immersion and high capacity 9m head circulation pump.
Providing peace of mind
Models within the Aerona R290 range can be monitored and managed remotely, giving both installers and their customers full control of their
Stephen Grant, Grant Engineering founder.
Grant Aerona R290 12kW air to water air source heat pump.
heat pump system, and providing off-site diagnostic support when required. Designed for use with the Aerona Smart Controller, the Aerona R290 can be operated and managed with ease through straightforward set-up and commissioning, innovative control and support thereafter.
Grant’s in-house renewable technical specialists will also continue to provide free-of-charge heating system and design specification support to installers, merchants and their customers to ensure correct sizing of the new Aerona R290 heat pump as part of an integrated heating system. All Aerona R290 heat pumps will also be commissioned on-site by Grant at no extra charge.
Aerona Smart Controller
Alongside the new Aerona R290 heat pump range, Grant is also introduing the Aerona Smart Controller, and QR Smart Pre-Plumbed AWave Integrated Cylinder.
Barry Gorman, National Renewables Sales Manager at Grant said: “These new products are welcome additions to our integrated heating package solutions offering. Together they will help provide further choices and flexibility for design and installation of integrated heating systems for homes of different sizes, while providing the same quality and reliability that our customers have come to expect from a Grant heating system.”
Think Heating. Think Grant.
Visit www.grant.ie for more information on Grant’s Integrated Heating Packages for new builds and range of innovative heating solutions.
To avail of Grant’s free heating design specification service, email house plans and choice of heat emitters (underfloor heating and/or radiators) to heatpump@grant.ie
Follow Grant on Facebook and X @GrantIRL, Instagram @grant_irl and LinkedIn @ GrantEngineeringULC.
Grant – always striving to innovate S
tephen Grant founded the company over 45 years ago and has spearheaded the development of innovative heating solutions which today provide comfort in homes all over the world.
He started his career installing plumbing and heating systems and was passionate about creating heating technologies that would stand out from the rest as market leaders.
Consequently, Stephen Grant developed his first back-boiler in 1977, which in turn evolved into the Triplepass back-boiler in 1980. At the time, it was by far the most efficient on the market. During those early years, Grant always focused on ensuring that anything it produced was better than anything else on the market, and this has been important ever since.
In recent years there has been a huge emphasis on the future of heating and the need for more sustainable, renewable technologies, so the team at Grant has made this a priority in terms of research and development. In tandem with this came the philosophy of creating heating systems whereby the products within the portfolio were complementary and could be combined to deliver an all embracing system solution. Today’s product portfolio, including the main heat source, heat emitters like the Grant Uflex underfloor heating system and Grant Afinia radiator range and complementary technologies – including the domestic pre-plumbed hot water cylinders – work together to achieve the best possible efficiency rating.
They also help to meet all relevant requirements as set out by building regulations.
Grant Aerona Smart Controller.
Grant’s purpose-designed R&D and training facility Birr, Co. Offaly.
Eco-friendly heating and cooling ISAN ECOLITE LSA fan convector from Hevac
In response to the growing demand for sustainable, lowtemperature heating systems, Hevac has unveiled the new ISAN ECOLITE LSA wall-mounted fan convector. Ideal for integration with energy-efficient heating systems like heat pumps, the ECOLITE LSA is designed to support both lowtemperature heating and non-condensing cooling, making it an ideal solution for environmentally-conscious companies and organisations.
This compact, high-performance unit provides regulated climate control and is engineered to deliver comfort without compromising on energy efficiency or cost-effectiveness.
The ISAN ECOLITE LSA fan convector combines user-friendly controls with advanced technology to ensure optimal performance and efficiency. An integrated thermostat facilitates seamless output regulation, while the modern, highefficiency fan consumes minimal power, supporting long-term cost savings and sustainability goals.
Adjusts automatically By continuously monitoring the ambient room temperature and the heating or cooling fluid temperature in the heat exchanger, the ECOLITE LSA can adjust its function automatically. This adjustment is managed by a sophisticated control module that regulates water flow and fan speed, maintaining the desired room temperature with precision. The system’s controls can be easily accessed through a colour touch screen positioned next to the exhaust grill, allowing users to program modes and parameters effortlessly.
With its range of adaptable features, the ECOLITE LSA is engineered to meet the diverse needs of commercial and organisational spaces. The unit offers programmable integrated regulation, a manual mode for constant output, and a boost function to enable rapid response in fluctuating temperatures.
The unit also features standby mode with full frost protection, an internal
heat exchanger with 50mm same-end connections, and a 12V DC fan that operates at adjustable speeds from 1 to 5. Acoustic levels range from a quiet 27 dB(A) to a maximum of 64 dB(A), ensuring a comfortable environment without disrupting day-to-day activities. Additionally, the ECOLITE LSA is available with customisable grille options, including linear or steel designs, to seamlessly blend with any interior setting.
Versatile solution
For organisations focused on sustainable practices and reliable climate control, the ISAN ECOLITE LSA represents a versatile solution.
To learn more about Hevac’s full range of natural convection and fan-assisted convectors, or to request any further information, contact Bernice Reid, Internal Sales & Specification Representative, at bernice.reid@hevac.ie Tel Dublin: 01 419 1919; Tel Cork: 021 432 1066.
The new ISAN ECOLITE LSA wall-mounted fan convector.
Bernice
Fireplaces as design products
Design and technology are central to the concept of Metalfire fireplaces with the emphasis on pure details, simplicity of materials and sleek styling.
The result is a product range of over 100 appliances that fit perfectly in every interior, every wall and every piece of furniture. The versatile custom options, surrounds and extensions mean that they also complement the design of the interior as a whole.
Closed and bespoke gas fires
Metalfire gas-fired fireplaces are outstandingly userfriendly. They provide a warm and cosy fireside in an instant. In addition, they are extremely easy to maintain.
Closed and bespoke wood-burning fires
Metalfire wood-burning fireplaces have an old-world charm. The soft crackle of the wood and the relaxing scent bring an atmosphere that is timeless and calm to every room.
Metalforms
Alongside the fireplace collection, Metalfire offers a full range of accessories under the Metalforms name. This collection contains both tools for in the hearth and designer firepits.
Choose a greener future
The radiator for decarbonisation
Offering both style and sustainability, Versatile’s Net Zero Radiator is a perfect addition to modern interiors. Slim, sleek and versatile in design, the range can be mounted on walls and ceilings or concealed, and is available in various colour options to match any décor.
Beyond aesthetics, it operates efficiently with heat pump systems at lower flow temperatures, reducing energy use and carbon emissions and offering a solution for developers and engineers focused on sustainability. This innovative radiator is essential for creating eco-friendly spaces that
align with net zero goals, allowing you to combine high design standards with environmental responsibility. Model ranges include XS, S, M in wall and ceiling mounted. By incorporating the Net Zero Radiator, you’re future-proofing your projects, reducing operational expenses and ensuring comfortable, energy-efficient spaces that align with net zero goals and set a new industry standard for sustainability.
For further information, visit www. versatile.ie/our-solutions/versatilenet-zero/
T: +353 (0)46 902 9444
E: info@versatile.ie www.versatile.ie
Versatile’s ceiling mounted Net Zero Radiator is a perfect addition to modern interiors.
Features
A slim wall- and ceiling-mounted design providing both heating and cooling, Versatile’s Net Zero Radiator is available in multiple colour options and seamlessly blends style with performance.
Perfect for energy-efficient homes, it pairs well with heat pumps, offering sleek design and high functionality for modern, sustainable spaces.
• Light/free cooling at high flow temperatures (16/18), further enhancing cooling COP;
• Compact size even at low flow temperatures – ‘choose smarter, not bigger’;
• High life-cycle-analysis performance due to reduced raw materials;
• An ultra-slim XS version is just 85mm deep from the wall;
• Compatible with any control system: standalone or integrated with BMS;
• Ultra-low power consumption with low-voltage (24V) impeller.
Available Now
NEW Almeria ECO WiFi
Electric Panel Heater
Available in white in 4 sizes, and black in 3 sizes
• Energy efficient, WiFi controllable digital panel heater
• Simple to install, program and operate
• 3 Operating Modes: Program, Manual, Landlord
• 2 User Adjustable Temperature Settings: Comfort, Economy
Stelrad’s electric radiator series sparks huge interest
The latest electric radiator series launched in Ireland by leading radiator manufacturer Stelrad has sparked significant interest in the heating sector. It is the first time the Stelrad brand has ventured into the electric marketplace, and it brings with it the quality and brand values associated with its radiator products since it began manufacturing in 1936, writes Chris Harvey, Head of Marketing, Stelrad Radiators.
There is clearly a significant marketplace for all-electric heating in homes, and there has been major interest from people adding extensions or conservatories to their homes. They see the advantages of installing an electric radiator, rather than extending their existing heating system which comes with the possibility of having to replace their boiler to cope with the additional heating requirements. Pre-launch research suggested there was a market out there, but there is genuine surprise at how extensive the demand has been.
As well as offering effective and functional heating in the home, the radiators in the Stelrad Electric Series are aesthetically appealing and provide attractive options for the décor in the home. They also come with a five-year warranty on the heating parts and a two-year warranty on the electric components.
This innovative range includes a number of exciting new products such as the Stelrad Electric Column design. This is a rounded vertical tube column radiator available in three sizes in both white or anthracite grey. Then there is the Stelrad Electric Agata, as well as the Agata E-Flow – a straight, flat tube towel rail design, featuring five banks of three tubes with
spaces between each bank. Available in three sizes in both white and anthracite grey, it combines modern design with functional heating and energy saving features.
The E-Flow towel rails in the range feature a fan heater at the base of the towel rail and include manual controls for individual use of the towel rail or the fan heater, or both together as a 3-in-1 unit.
On the aluminium front, there is the Stelrad Electric Alu Simple Dry and Simple Fluid, which is available in three sizes in either white or anthracite grey. The matching colour digital thermostat is included with each model along with its remote control.
Meanwhile, the Stelrad Electric Cloud is a fashionable, smooth-fronted, curvedfaced steel radiator which comes in four models, in white and anthracite grey, that offers a chic heating option for any room in the house. It offers exceptional warmth and remarkable energy efficiency wrapped up in a single solution.
Then there is the Stelrad Electric Cobalto and Cobalto E-Flow. These trend-setting flat tube towel rails combine captivating good looks with exceptional heating efficiency and offer a sensational solution for heating in the home.
Not to be overlooked there is the Stelrad Electric Fantasia. This is a tubular towel rail available in white or anthracite grey to match or contrast with colour schemes and designs in any bathroom or en-suite.
Overall, the Stelrad Electric Series provides a range of exciting new options where direct electric heating is the chosen option for a home. Visit the Stelrad website at www.stelrad.com for further details on all these products.
Left: The Stelrad Electric Fantasia which comes in anthracite.
Smooth white column electric radiator from the Electric Series.
High performance and comfort
Sira – elegance, versatility and power
Sira Industrie is a leading manufacturer of domestic heating radiators and the worldwide patent holder of the first revolutionary aluminium radiator, developed and registered in 1961. It has a portfolio of key ranges, developed to suit specific applications, with all radiators manufactured using the most advanced techniques to provide maximum performances with less energy consumption.
The full range is available in Ireland from Unitherm Heating Systems’ Dublin. Galway and Cork outlets with the Alice Princess collection very much to the fore.
This new die-cast aluminium radiator features an elegant design with two front fins. The top has a rounded and edge-free shape that makes for a refined aesthetic and guarantees high safety. Thanks to the front fins directing heat towards the centre of the room, this radiator delivers perfect environmental comfort and high performances.
Dimensions
• Diameter of connections 1”;
• Element width 80mm;
• Assembled in compositions from four to 15 elements;
• Standard colour RAL 9010 white Sira Industrie;
• The maximum operating pressure is 600 kPa (6 bar);
• Watt thermal efficiency tested and obtained at MRT of the Politecnico di Milano, as per EN 442/1/2 norms. Apart from the Alice Princess collection, the Sira radiator portfolio also includes the following:
Steel towel rails
Termoarredo is a towel rail range that combines excellent thermal performances and smart design. Made of high-quality carbon steel, these towel rails are real furniture elements … elegant, refined and
easy to integrate into any environment. They are designed to ensure home safety thanks to soft and rounded contours.
Extruded aluminium radiators
Aluminium is a collection of extruded aluminium radiators from Sira that offer great versatility, excellent performance and low consumption. Because of Sira’s special technology, these radiators are the only ones to reach a 2000mm height and to adapt to any market demand.
Bimetal and hybrid radiators
Bimetal is a range of modular radiators by Sira that represents many unique capabilities. Patented by Sira, Bimetal technology combines the advantages of a steel core with those of an aluminum body. Bimetal radiators feature curves and original shapes that distinguish them
from other brands. The main points of strength are:
• Innovative and unique flawless finish;
• Very fast set-up, reduced water content;
• Unmatched structural strength and durability;
• Special steel alloy frame;
• Absence of sharp edges.
The Bimetal range also includes an innovative patented product, RS Twin hybrid radiator, that can operate with separate hot water supply or with stored electricity energy.
Electric radiators
Electron is the line of Sira electrical radiators featuring innovative technology and high performance. It uses armored electrical resistances, integrally fused one-by-one, in sectioned aluminum fins. This permits optimal thermal conductivity and a more precise regulation of heat. Contact: Unitherm Heating Systems. Dublin: 01 610 9153; Cork: 021 441 4010; Galway: 091 380 038.
email: info@unithermhs.ie; www.unithermhs.ie.
SIra Alice Queen.
Sira Alice Princess radiator from Unitherm Heating Systems.
SW TCH ON TO STELRAD
The Electric Series is made up of 13 expertly selected steel and aluminium radiators and towel radiators, which provide unbeatable quality & design to suit every room and decor.
Not just any rad. Stelrad.
Find out more at Stelrad.ie
Floor-standing Condensing storage water heater I 99kW to 230kW
Texas is a condensing water heater with integrated storage of 500 litres and an output range from 99kW and 230kW.
Manufactured from duplex grade stainless steel, the Texas water heater is defined by its patented Helical Fire Tube heat exchanger, offering low pressure drop and large surface area for maximum heat transfer.
The Texas water heater is the perfect product selection when significant peak demand and continuous flow of DHW is a major requirement.
High-performance water heating
Consideration was taken when designing the Texas to ensure as small a footprint as possible, allowing easy installation in plantrooms with space constraints. All models in the Texas range have a width that allows an easy passage through a standard 90cm wide doorway, ensuring easy access to the plantroom and occupying only 0.92m2 of floor space once installed.
The key features
•Helical Fire Tube heat exchanger in Duplex stainless steel
•High production of peak and continuous DHW
•100% condensing
•High resistance to corrosion
•Fast recovery times
•Wide modulation ratio of 6:1
•No need for protection anode
•Compact dimensions
Multiple choice of high-spec radiators from HDL
Heating Distributors Ltd is one of the leading radiator suppliers in Ireland with a portfolio that covers everything from commercial, domestic, designer and bathroom radiators through to electric, traditional cast iron, multicolumn and towel rail units. It features leading international brands, including RadiWarm, MHS and Arcona. Brief details of each are as follows:
The RadiWarm Economy+ electric radiator is a quick and efficient way to heat a room. Filled with high-grade silica, it can be simply fixed to a wall with the supplied brackets and plugged in to a standard socket. They are available in multiple sizes, including the new upright version, and with the option of white or anthracite grey. The “Smart Controller” system allows the heating to be remotely controlled over the internet, making the Economy+ extremely energy efficient. It is also Lot20 compliant.
The Ancona is a steel multi-column radiator giving a nod to the traditional
style. There are three types of wall brackets and two types of feet, with heights from 195mm to 2500mm and column options of 2, 3, 4, 5 and 6 deep. Bench and curved versions are also available.
There are 188 ral colours and 33 special finishes available in the made-to-order range, while a range of fast delivery sizes can be provided in either white or bare metal lacquer. The Ancona multi-column radiator is also available in three distinct, exclusive finishes.
Made in Italy to precise specifications, there are different column styles, cast feet or welded feet mounting options and a range of accessories.
The MHS range is an extensive collection of designer radiators and towel rails manufactured in Italy to the highest standards. Quality lies at the heart of every product with all models certified to EN442. The cast iron radiators combine the elegance of traditional styles with high-efficiency space heating, meaning projects can incorporate the unique beauty of a bygone era without compromising on heating efficiency.
The MHS range is constantly evolving with new and stunning cast iron radiators regularly coming on stream to satisfy emerging trends. All come with blanks, plugs and colour-matched wall brackets for ease of installation.
For further information on these radiator products contact: Heating Distributors. T: 01 864 8950; E: infor@heatingdistributors.com; www.heatingdistributors.ie
RadiWarm column radiator.
The multi-column radiator choice from the Ancona range.
MHS designer cast-iron radiator.
Newlands GC
Sponsor: Sirus
The BTU President’s outing, sponsored by Sirus, and held in Newlands Golf Club, turned out to be a wonderful occasion. The weather was as good as could be hoped for and the course was in excellent condition.
Vincent Broderick’s President’s day was also a great way to celebrate the BTU team’s win in the CIBSE Ireland annual golf outing a week earlier. The presentation of prizes followed the customary meal.
Some excellent scores were returned, particularly Brendan Coghlan’s 42 points to take the overall winner prize.
Other scores were as follows:
Class 1 winner – Seamus Kiernan, 38pts; Runner-up – Keith Evans, 36pts.
Class 2 winner – Peter O’Brien, 39pts; Runner-up – Brian Hennessy, 38pts.
Front 9 – Jim Bollard; Back 9 –Tom Fitzpatrick.
Visitors prize – (1) Paul Gilfoyle; (2) Joe Weafer.
Castleknock GC
Sponsor: BTU Society
The most recent BTU outing was a 14-hole, 3-ball team event held at Castleknock Golf Club. Once again both the weather and the playing conditions were perfect. Winners were as follows:
First Prize – Keith Evans, John Lavelle and Seamus Kiernan with 65pts.
Second Prize – Mick Kearney, Vincent Broderick and Joe Donnelly with 63pts.
Third Prize – Brendan Coghlan, Des Binley and Giles Drum with 62pts.
Castleknock – First prize: John Lavelle with Seamus Kiernan and Graham Fay, BTU Captain..
Newlands – BTU President Vincent Broderick with Keith Evans, Class 1 runner-up.
Newlands – Overall winner Brendan Coghlan with Mícheál O’Cinnéide, Sirus.
Castleknock – Second prize: Joe Donnelly with Mick Kearney, Graham Fay and Vincent Broderick.
Newlands – Joe Weafer, Visitor’s prize (2) and Mícheál O’Cinnéide, Sirus.
De-centralised MEV
Style and functionality in perfect harmony
A fresh environment, free from moisture, and bad odours
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.
Aerodynamic and elegant design
Style and functionality for environments that require continuous extraction.
Decentralised ventilation unit
Top performing features
Discover all the features of ECOAIR EVO
CONTROL S
ECOAIR EVVO inccoorporates integral conntrools via a di d splay on the side of f the u unit t The display offers the abillity to both view and d connttrrol thhe fan speed, and relative humidity s sensor o (mmodeel de d pending). EVO also is able to show the amou o nt of f time that the fan has beeen in operation as well as error codes. Further details on the controllability can be found within the installation guide
FLEXIBLE SET-UP
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.
Low SFP
Continuous running
Five trickle speed settings
Quiet running
Max airflow to 30l/s
Intelligent timer
Intelligent humidity mode
Constant volume
Smart digital display
Three year guarantee
Low power consumption
Low watt DC motor
Mixed flow impeller
User friendly display
Low maintenance
Choice of models
Discreet styling
IP45 rated
Innovation and efficiency in every detail
Decentralised ventilation unit,designed for the most demanding environments.
Wilo-Isar MODH1-E-2/3
Optimal pressure boosting by intuition
The Wilo-Isar MODH1-E-2/3 booster system is a highlyefficient, convenient and operationally-reliable premium level solution for water supply in drinking, cooling and process water applications.
Rising energy costs and environmental regulations in the building and industrial sectors mean components such as pressure-boosting systems must operate at maximum efficiency. To save time for specialist technicians and building operators in their daily routines, these components must also be easy to install and user-friendly for commissioning and system profile adjustment.
However, and most importantly, pressure-boosting systems must function reliably to minimise failures in water supply.
Modular construction
The Wilo-Isar MODH1 is a pressure-boosting system that satisfies all these requirements. Equipped with multistage, horizontal, fixed-speed pumps, WiloIsar is suitable for water supply and boosting in small commercial buildings thanks to its compact, spacesaving design. Its modular construction can be fitted optionally with one, two or three pumps of the type Wilo-Medana CH1-L. All the pump components that come in contact with the fluid are made of 1.4301/1.4404 stainless steel.
Components with fluid contact are
also suitable for drinking water applications. Flexible connections, its small space, its service-friendly hydraulic components and the “Easy Controller” make installation, commissioning and maintenance very easy.
Hydraulics are optimised for reduced frictional pressure losses,
Wilo-Isar MODH1E provides reliable water supply at all times.
while the IE5 motor satisfies the highest demands for energy efficiency. In addition, the full graphics colour display – with plain text and intuitive menu navigation – allows the pressureboosting system to be put into operation and controlled quickly and easily.
The protection functions include overload protection, dry-running protection and low water cut-out switchgear with automatic deactivation.
Reliable water supply
This high-quality, pressure-boosting system, with its compact design and integrated protection functions, enables the Wilo-Isar MODH1E to provide reliable water supply at all times. Furthermore, significant energy savings are achieved through highefficiency motors and optimal integral load adjustment. The colour display enables optimal operating convenience by displaying plain text.
Features and benefits
•High operational reliability thanks to the system having one, two or three horizontal multistage CH1-L pumps with stainless steel hydraulics;
•Efficiency Class IE5;
•Easy installation and maintenance thanks to a small footprint as well as special, flexibly-adjustable connections to manifolds and pumps;
•Easy commissioning and operation with the “Easy Controller”;
•Drinking water approval (ACS and UBA-conformity) for all relevant systems components.
• Quick integration into building automation via optional CIF module;
Hiroshi Komatsubara, Head of Panasonic HVAC Business in Europe, reaffirmed the company’s alignment with the EU’s Green Deal when detailing Panasonic’s investment strategy and new product innovations at a major presentation during the recent Chillventa in Nuremberg.
Mr Komatsubara went on to emphasise Panasonic’s long-term environmental vision – Panasonic Green Impact – along with its investment in European R&D and production. This vision includes the development of heat pumps in collaboration with universities and the expansion of natural refrigerant residential air-to-water heat pumps.
He went on to showcase Panasonic’s latest R290 natural refrigerant heat pump system, the Big Aquarea T-CAP M Series, designed for multi-family homes and light commercial buildings. This versatile unit is available in sizes ranging from 20kW, 25kW and 30kW capacities, with the capability to scale up to 300kW in cascade. This reduces the number of outdoor units in multi-family homes and light commercial buildings and enables a space-saving solution.
Innovating indoor climate solutions
As part of Panasonic’s commitment to enhancing customer comfort and energy efficiency, Hiroshi introduced new indoor climate solutions with its hydronics range. This range integrates heating, cooling and air conditioning into one seamless solution. “These solutions leverage water circulation piping and offer customers a unified control mechanism, providing both energy savings and greater ease of use,” Hiroshi explained. He added that the product line-up is designed to blend into any indoor environment.
Two key products within this range include Aquarea Loop and Aquarea Air. Aquarea Loop enables decentralised room heating and cooling, allowing customers to choose their preferred temperature setting, while Aquarea Air offers smart fan coils with precise temperature regulation and a stylish,
“Apart from technical excellence, the latest innovations from Panasonic are also designed to blend in with any interior décor.
Hiroshi Komatsubara, Head of Panasonic HVAC Business in Europe.
space-saving design. Both systems are designed to seamlessly integrate with various interior styles, making them ideal for homes and offices alike.
Efficiency through partnership
Philip Beckmann, CEO of tado°, then took to the stage to discuss the joint efforts with Panasonic to address customer pain points identified from a survey of 12,000 European households. He noted that 75% of customers are still using gas or oil heating, with 23% of them planning to replace the existing gas or oil heating system in the next three to four years, the majority of whom want to rely on air-to-water heat pumps. However, high costs and concerns about efficiency remain the biggest barriers to adoption.
To address these challenges, Panasonic and tado° will be releasing a co-branded, integrated solution for maximum heating efficiency and energy savings, without sacrificing comfort. The tado° app will offer enhanced integration with Panasonic’s Aquarea heat pumps, providing simplified control, multiroom management and dynamic tariff optimisation. Philip also announced future plans for further efficiency gains by 2025 through optimised control algorithms, ensuring greater energy savings for customers. These solutions, starting with the German market, will help accelerate Europe’s transition to green energy.
Solutions for 2025
Clemens Petzold, Head of Marketing of DACH, introduced Panasonic’s innovative solutions for 2025, focusing on both residential and commercial applications. He stated that Panasonic is continuously evolving to meet the needs of modern households and commercial environments in terms of energy efficiency and smart home integration.
“These solutions are designed, not only to provide superior climate control, but also to maximise energy savings,” Clemens explained.
HVAC decarbonisation
Left:
Grundfos UK Summit puts sustainability within Commercial Building Services in focus
The summit brought together leading contactors, consultants and senior engineers, sustainability directors and representatives of CIBSE, all experts who face decisions every day on energy and sustainability, in an open and inclusive environment where everyone was encouraged to contribute.
Against the backdrop of London’s Rosewood Hotel in Holborn, Grundfos’ UK Managing Director Glynn Williams, welcomed a guest list of 120 with one of his favourite quotes: “Net Zero is a Team Sport”.
Like many of life’s biggest challenges, sustainability and Net Zero are better faced by a team of experts who can help companies and individuals to assess and measure where their biggest challenges lie, and to explain the depth of support that is now available to help guide them along the journey.
After welcoming the delegates, Glynn went on to the company had taken every possible opportunity to optimise sustainability across the event.
This may feel like a small thing, but it is indicative of the precautions we must all now take to ensure that we companies who have raised sustainability to the very top of their commercial agenda.
He then handed over to Ross Crighton, Senior Regional
Sales Manager, Grundfos CBS Aftermarket, to explain the crucial role that our existing commercial buildings must play in meeting Net Zero targets. Existing buildings in the UK currently use between 20% and 50% more energy than they should, he explained, so this should
Many of these buildings are 10 years old and more, and the technology then available was nothing like as pumps that can judge for themselves when the system adjustments to maintain optimisation.
Grundfos has a bank of data to show just how much the new generation of pumps can reduce energy use. These high-performance systems can recover the cost of the installation, sometimes in little more than a year, giving users free energy savings for years to come. The Grundfos Aftermarket department has a team of experts that will carry out basic energy checks for free, giving users an initial guide to problems and where they may lie.
There was real excitement as Ross introduced Thomas Schroder, Grundfos Climate Director, who explained the company’s overriding desire to make life better for people throughout the world, moving from ambition to action by bringing clean water to millions, setting up charitable businesses to support the underprivileged and those isolated communities in some of the world’s toughest environments, or developing new and innovative systems to protect precious water supplies
The spotlight then turned to two other impressive industry leaders who are now helping to shape operations around the world by re-shaping not only the design, but the performance of our buildings.
For Mace, Paul Connolly, the company’s Head of Building Services Construction, gave a spell-binding account of the company’s sustainable development, from becoming a carbonneutral business in 2020, to their pledge to cut their own emissions by 10% every year, and the new platform they are developing that will save clients 10million tonnes of CO2 by 2026. He explained how they did it, why they did it and why it has proved so successful to their future plans, reinforcing the collaborative effort of all, including knowledge sharing.
Next up was Sharon Maynard, Skanska’s Head of Sustainability, who went on to discuss the carbon evaluation and tools to support the company’s plans to achieve a 50% reduction in carbon emissions by the end of this decade, and to reach
as well as reducing carbon intensity by 130 tonnes, per £million pounds of revenue, by 2030.
But it would not be a summit without an opportunity to exchange views and plans in an open forum. So, after a thank you to the delegates for their time and to the presenters for their interesting insights, everyone was invited to a “marketplace” with event sponsors Adey, Ideal and Victaulic, where they discussed problems and solutions with industry experts, networked with colleagues and made useful contacts with industry guests, including representatives of CIBSE.
They were also able to see demonstrations of recent developments in sustainable pumping, including the Grundfos Delta and MIXIT, and the TPE system with its IE5 motor – the were able to discuss recent developments in different areas
treatment from sponsors Victaulic, Ideal and Adey.
From left to right: Ross Crighton, Senior Regional Sales Manager, Grundfos CBS Aftermarket with Paul Connolly, Head of Building Services Construction, Mace; Thomas Schroder, Climate Director, Grundfos; Sharon Maynard, Head of Sustainability, Skanska; Glynn Williams, Area Director for CBS and Managing Director UK, Grundfos.
Exciting new chapter
T Bourke Group unveils new leadership team
T Bourke Group has announced key appointments to its leadership team, marking an exciting new chapter for the company.
This series of important leadership changes will shape the future direction of T Bourke Group and spearhead a new development phase in the company’s long history. Details are as follows:
• Ian Hayden has been appointed the Group CEO. Ian will lead the Group as it continus to strengthen its operations and grows the business. His leadership and vision will bring a new impetus to the team.
• Patrick O’Reilly has been appointed Group CFO. He will take charge of the financial oversight for T Bourke, HTS and KMS. Patrick’s financial expertise
will be key in supporting the Group’s strategic initiatives and continued growth.
• David Doherty has been named Managing Director of Hospital Technical Systems (HTS). David’s leadership will be critical as HTS expands its capabilities across the healthcare, pharma and educational sectors.
• Andrew Cassidy has been promoted to Associate Mechanical Director. His technical acumen and experience will drive further innovation and excellence in the mechanical services division of the company.
• Gary Carey has been promoted to Associate Electrical Director. His new role will allow him to continue delivering high-quality solutions while helping guide the electrical division forward.
T Bourke is confident that this enhanced leadership structure will propel T Bourke Group to new heights as it continues to provide excellence in engineering and technical services. There are exciting times ahead for the company, and all the new appointees now look forward to working closely together as a team to shape the future of T Bourke Group.
Commitment
The appointments also reflect its commitment to driving the company forward with a strong, dynamic leadership team under the direction of Ian Hayden. The directors are confident that this new structure will enhance the company’s capabilities and ensure continued success across all sectors.
Niall Bourke, Managing Dirctor, said: “This marks a most exciting step now for T Bourke Group as we align our leadership with the needs of our clients and the construction industry. We are confident we will achieve new levels of success and innovation. We look forward to supporting Ian and his team in this next chapter of the company’s development.”
For his part, Ian Hayden, the newlyappointed Group CEO said: “I am delighted and honoured to be taking the role of T Bourke Group CEO to help guide and build on the success of the past 56 years in business. As we go forward with our new strategic and sustainable growth plan, we will maintain the core values that our clients have come to know and rely on over the years. Together with our new key appointments to the senior leadership team, we are excited to expand and improve our services for our existing and future clients.”
Left: Patrick O’Reilly with David Doherty, Ian Hayden, Gary Carey and Andy Cassidy.
Tallaght District Heating scheme
Transforming urban heat networks
The conversation about heat and power is shifting to district heating, writes Victor
Ferre, Xylem’s Senior Director for building services in Europe.
District heating is a vital source for 60 million Europeans today. This approach involves generating heat in a central location and distributing it through a pipe network to individual properties. It is recognised as a low-carbon, cost-effective solution for providing heat on a large scale.
In Ireland, the Sustainable Energy Authority of Ireland (SEAI) estimates in the National Heat Study that over 50% of building stock would be suitable for connection to a district heating network, while the government has set targets to deliver 2.7 TWh/year of heating through district heating by 2030.
During the tumultuous period of 2022, district heating stood out for its stability and reliability, as other heating methods experienced price spikes. This resilience shields end-users from uncertainties faced by those relying on domestic heat boilers.
Waste heat is considered a largely untapped resource that can be recovered for urban district heating networks – 90% of available waste heat originates from industry. This emphasises the necessity for industry to be close to cities for effective utilisation. The remaining 10% is
operate at lower temperatures. Heat pumps are the essential tool that allow the temperature to be raised to the required level.
Dublin’s Tallaght district heating scheme was recently expanded through collaboration between the municipality and a local data centre. A new energy plant room with large-scale heat pumps was built next to the data centre to become a central component in the existing district heating scheme, serving various public buildings and housing units.
from human activities within cities, with wastewater emerging as a significant heat source waiting to be harnessed for a sustainable energy future.
Data centres also provide an opportunity to utilise excess heat. The primary focus of data centres is optimising power and water efficiency. Heat, often considered “low quality” or “waste heat”, emerges at around 25°Celsius, a temperature deemed too low for immediate applications.
In exploring the potential to harvest excess heat from data centres, proximity to cities and the feasibility of urban district heating networks become pivotal considerations. The key lies in enhancing the efficiency of existing buildings and optimising district heating networks to
The immediate impact of the innovative district heating network upgrade in Dublin brings a reduction of 1,500 tons of CO2 equivalent per year. This transformative initiative showcases the real potential of waste heat, even if conventionally deemed low quality.
With a diverse water technology portfolio and commitment to collaboration, Xylem stands poised as a key player, ready to amplify the impact of sustainable heating in our communities. Its offerings extend from digital solutions for optimising heating infrastructure, to a comprehensive range of pumps, sensors and heat exchangers.
The emphasis on collaboration, digitalisation and a broad equipment portfolio positions Xylem as a key player in the evolving landscape of decarbonised heating.
For more information visit www.xylem. com/ie
The Tallaght District Heating Scheme (TDHS is the first large-scale district heating network of its kind in Ireland. The Energy Centre building itself is primarily a plant facility that houses the equipment to convert, store and distribute heating and cooling to the neighbouring areas.
‘Experience Route’ to CIBSE membership
CIBSE has recently introduced the “Experience Route” to membership. This innovative pathway offers a faster, more cost-effective way for professionals to achieve CIBSE membership and professional registration, valuing practical experience as much as academic qualifications.
Fast-track your journey
The “Experience Route” is designed for working professionals in the field of engineering with two to five years of experience who may not have an accredited degree or recognised qualification. This pathway is perfect for those who are seeking to fasttrack their career progression and gain professional recognition based on their hands-on expertise.
Key benefits
Practical recognition: CIBSE recognises real-world experience and values contributions to the industry;
Faster process: Become a member in as little as four months;
Cost-effective: Save on costs while also achieving professional status and recognition;
Career advancement: Enhance your professional credentials and career prospects without the need for a lengthy academic journey;
Inclusive opportunity: This route is open to all experienced professionals, regardless of academic background, ensuring equal opportunities for advancement.
The introduction of the “Experience
Route” by CIBSE addresses several critical needs that currently exist in the building services engineering industry. It recognises and values practical experience for professionals who are lacking in formal academic qualifications, providing a faster and more accessible path to professional membership.
This route also helps alleviate skills shortages by bringing more qualified professionals into the field and offers cost-effective career advancement opportunities without lengthy educational pathways.
The “Experience Route” promotes inclusivity and diversity by welcoming professionals from varied backgrounds and also meets employer demands for a recognised and skilled workforce. It allows professionals to adapt to industry evolution by gaining the necessary credentials, thus enhancing their competitiveness within the sector.
By ensuring high professional standards, the route contributes to industry excellence and supports continuous professional development (CPD) through life-long learning opportunities.
Additionally, it aligns with industry best practices, ensuring that all professionals, regardless of their background, meet the same high standards as those with academic qualifications.
Turn experience into credentials
If you are an existing CIBSE member looking to upgrade your registration to CEng or IEng, a working professional with hands-on experience, or an employer looking to support your team’s professional development, the “Experience Route” is your gateway to enhanced recognition and career growth.
For more information and to begin your application, visit www.cibse. org/registration
Space-saving design
Mitsubishi Electric unveils RVXT3 Lossnay ventilation system
Mitsubishi Electric has just introduced its latest innovation in mechanical ventilation – the RVXT3 Lossnay mechanical ventilation with heat recovery (MVHR) system. Designed to meet the growing demand for efficient, environment-friendly air quality solutions, the RVXT3 combines cutting-edge ventilation technology with advanced energy-saving capabilities to offer commercial businesses superior indoor air quality while reducing their carbon footprint.
With a significantly-reduced height versus the RVX3 model, the RVXT3 Lossnay system is ideal for projects with limited ceiling space. This makes it easier for installers to integrate into both new constructions and retrofits where height constraints are a concern. Its compact form allows the unit to fit comfortably into low-profile ceiling voids, which is especially beneficial in buildings with lower ceiling heights, such as older structures and small commercial spaces.
The reduced height of the unit not only simplifies installation but also minimises disruption to the building’s aesthetics and structure, making it a convenient choice for both contractors and building managers.
Key benefits are as follows:
Improved indoor air quality: The RVXT3 ensures continuous extraction of stale air while supplying clean, filtered outdoor air, significantly improving the indoor environment for occupants. Optional Mitsubishi Electric energy saving CO2 sensors can be added to provide automatic incremental fan control for a healthy indoor environment;
Energy Efficiency: With its heat recovery technology, the system captures and recycles heat from extracted air, reducing energy waste and cutting operational costs for businesses;
Reduced Height: The significantly reduced height (unit height 500mm) and
lightweight structure means the RVXT3 Lossnay’s compact design allows the units to be installed in tight spaces such as ceiling voids;
Ease of maintenance: As the unit interior and all components are easily accessed, maintenance is simple and less time-consuming;
Flexible installation: The RVXT3 airflow direction can now be changed with the simple flip of a dipswitch, allowing it to be seamlessly integrated into a variety of spaces, from offices to retail environments;
Control capabilities: Enhanced control capabilities allow fan speeds to be adjusted in increments of 5% for optimal efficiency;
Quiet operation and summer bypass mode: This brings in fresh air without heat recovery to prevent overheating during warmer months;
3-phase power supply: The new RVXT3 has changed power supply to 3-phase from the single-phase of the preceding model.
“The RVXT3 Lossnay system marks a new chapter in Mitsubishi Electric’s ongoing commitment to improving indoor environments through energy-efficient, innovative solutions,” said Morgan Treacy, Product Manager, Mitsubishi Electric Ireland. “It also aligns with our ‘Environmental Vision 2050’ objective, a commitment we have pledged to reduce carbon emissions and promote a circular economy through energy-efficient technologies.”
By minimising energy waste and contributing to a healthier indoor environment, the RVXT3 is positioned as an essential tool in achieving sustainable building standards, such as LEED and BREAM certifications.
Mitsubishi Electric will continue to lead the HVAC industry with innovative solutions that prioritise environmental responsibility, energy efficiency and comfort.
For more information about the RVXT3 and how it can improve commercial spaces visit: https://les.mitsubishielectric.ie/ products/ventilation/commerciallossnay/commercial-lossnay-series/ lgh-rvxt3
The new space-saving RVXT3 ventilation unit from Mitsubishi Electric.
Mixing business with humanitarian aid Engineers vital to Ukraine’s reconstruction
Over the last two and a half years, EFCA has been constantly involved in actions and initiatives aimed at supporting the sector in Ukraine. These include a dedicated internal Ukraine Support Group established in 2023 to help the Ukrainian engineering sector; collaboration with other stakeholders from the sector (e.g. FIEC and FIDIC) on different Ukraine-related initiatives; and continuous dialogue with the European Commission (EC), most particularly the unit working on support and reconstruction initiatives for the war-torn country.
Mihai Barcanescu, Policy Manager, EFCA, (pictured) explains the scale of Ukraine’s reconstruction challenge and how consulting engineers can support and contribute to this effort.
It is encouraging to see that all the efforts from both public and private authorities are starting to pay off regarding the support for Ukraine’s reconstruction, especially with the EC’s adoption of the Ukraine Facility and its investment arm, the Ukraine Reconstruction Framework.
While a lot of information about this €50 billion dedicated support mechanism is already public, we would like to highlight several key aspects for the consulting engineering sector. The actual funding and tenders will be done either by the Ukrainian authorities or by the EIB, EBRD and the national development banks (e.g. AFD, KfW) and Export Credit Agencies (ECAs). A first call was made on 25 September for the sum of €2.75 billion, open for 12 months, for public investments (sovereign and sub-sovereign entities); for direct private investments; and private intermediated financing (equity and quasi-equity for private projects).
However, the good news from Brussels and the other EU capitals needs to be matched by a positive situation on the ground. Any analysis of the actual situation in Ukraine must begin with the main challenges that all companies need to face up to when working there – personnel problems due to the displacement of people within the country or outside of it; drafting into the army; funding-related challenges, as most of the money goes to the war effort or needs to be prioritised for specific projects (e.g. health facilities); infrastructure problems (damage or destroyed roads, bridges, etc); and problems with the energy system due to the constant attacks on it.
However, the discussions EFCA has had with the EU representatives and the stakeholders from Brussels and other parts of Europe have shown that there are encouraging developments in the country.
First, the Ukrainian legislation has been steadily improving, with recent changes including those related to determining the cost of various works, such as for the road sector. Moreover, a new Urban Construction Code will soon be adopted. These changes seek not only to align the country’s legislation with the EU’s, but also to improve the engineers’ work.
The Ukrainian legislation also offers several opportunities for foreign
engineering companies to enter the national market, either as a registered representative office of a foreign company, a Ukrainian company with 100% foreign investment, or by establishing a consortium with a Ukrainian company and having it registered as a legal entity. In addition, all engineers working in Ukraine must be certified by the authorities, with the certification procedure requiring some specific courses followed by a state (public) examination.
A significant change is the increasing use of the ProZorro electronic public procurement system. This is an online system for state and municipal entities to publish tenders for the purchase of goods, works and services, which is based on the EBRD model. Most tenders benefitting from either EU or other international financing organisations’ (IFI) funding are done via ProZorro. There are various advantages to this system as compared to the old one, as identified by EFCA colleagues from B-Act company working in Ukraine. These include reducing the cost of administering the bidding process; acceleration and simplification of the procurement process; the possibility
of procurement monitoring; better prospects for SMEs; and increased openness and clarity of the bidding process.
As with any such systems, ProZorro also has its drawbacks, though some aspects have more to do with the incorrect information provided by the tenderer than with the tool itself. Perhaps the most important disadvantage identified with the whole tendering process is the small weight of the non-price criteria for evaluating bidders (maximum 15-20%), depending on each case. EFCA members’ opinions are that this could be realistically increased to as much as 50%, especially for the engineering criteria.
Further good news is that with the pledged funding, construction tenders are announced throughout Ukraine. Many concern the restoration of damaged facilities and are mainly focused on the regions of large cities and the border areas. Projects to be implemented from this year onwards concern social infrastructure such as hospitals, educational institutions, social housing, water supply and sewage systems.
This combination of improving
Construction underway on a new apartment block in Ukraine.
legislation, increasing funding and financing opportunities and available tenders, is attracting an increasing number of engineering companies in the country, despite the ongoing problems. Turkish, Austrian, French, Polish and Korean companies actively compete with each other and with Ukrainian companies, mostly on the tenders published on ProZorro. US companies are also present on the market, often eyeing the bigger tenders that are generally funded by USAID, the World Bank, EIB and EBRD. Some Norwegian, Swedish, Finnish and Japanese companies are also active. EFCA colleagues are not aware of any Chinese engineering company present so far in Ukraine, but there have already been some Chinese contractors.
Foreign engineering companies are sought after by both public and private entities because of the amount of work available in this period, as well as for their skills and experience. Among the latter, the highest-prized are experience in working in many national settings, the knowledge of European and global (best) practices, as well as the use and knowledge of the latest technologies in construction (e.g. BIM).
It must be noted that the technical and staff challenges faced by the engineering companies working in Ukraine have led them to use novel technologies and practices. Surprisingly or not, AI-based solutions are already used, including for tasks related to design and planning systems, and in particular to analyse large amounts of data on previous projects from which recommendations can then be made for optimisation.
Even more widespread is the use of robots and drones by engineering companies (and others) for tasks such as demining or examining buildings and other structures, especially in cases where specialists cannot go there directly and/or safely. Cybersecurity is also important, including in staffrelated checks, to avoid cyber-attacks and data leaks.
Finally, there is also a clear message
from the Ukrainian companies in the sector, whether engineers, contractors or other professionals. At the current pace of reconstruction in the country, it is estimated that it could take approximately 200 years to rebuild it. But Ukrainians want to rebuild their country sooner and are counting on EU help and expertise to do so. The context, therefore, offers a mix of promising business opportunities and contributing to European and humanistic principles.
EFCA will continue to support the efforts of its members and other industry stakeholders, and in particular its members in the Interstate Consultant Engineers Guild (ICEG), on these related topics. It will do so directly and by way of discussions and actions with the EU institutions, along with other relevant European public and private stakeholders, until all the major reconstruction projects have been completed.
On this occasion we would like to thank our member-company B-ACT, and in particular Mr Yuriy Sereda, Director of the Representative Office of B-Act SA in Ukraine, for his time and the rich information he has provided.
B-Act SA is a Polish engineering and consulting firm with over 30 years of experience in project management, consultancy and supervision in the construction sector. Established in 1994, the firm has successfully completed numerous commercial, residential, railway and infrastructure projects, including road construction and water management, in Poland, Ukraine, Romania, the Baltic States, Brazil, Germany and the Middle East. B-Act has been active in the Ukrainian construction market since 2017. In 2019, B-Act established a permanent representative office in Ukraine, participating in key and prestigious construction projects.
Alongside its main office in Kyiv, B-Act operates regional offices in Vinnytsia, Poltava and Kharkiv. In September 2024, B-Act’s Representative Office was recognised as critical to the economy’s functioning and to ensuring essential living conditions during wartime. Despite the full-scale invasion, it has remained dedicated to providing services, reaffirming its commitment to supporting Ukraine’s reconstruction amid challenging market conditions.
Construction projects to be implemented from this year onwards concern social infrastructure such as hospitals, educational institutions, social housing, water supply and new sewage systems.
Appreciation
Eddie Heavey – exemplary engineer and industry mentor
It is with deep sadness that we note the recent passing of Edward (Eddie) Heavey, an industry figurehead and mentor who dedicated over 50 years to building services engineering and was a member of CIBSE for 50 years.
It all began when he left school with a Group Cert at 14, and then joined J A Kenny & Partners, aged 16, as a trainee draughtsman. Some five years later he moved to the Dublin office. While there, he began a three-year technician course in Bolton Street. He achieved first-in-class in each of the three years, after which he returned to Kenny’s Galway office.
In 1989, when the company was experiencing difficulties in the Dublin office, Eddie bought the Galway office for the princely sum of 2000 Punts and established his own practice, Heavey Kenny Associates. Among the projects he worked on were the Castlebar Hospital and numerous other hospitals, churches and hotels. He went on to achieve success beyond his wildest dreams, employing 14 staff at the company’s peak. He was involved in projects throughout the Connacht region and on the islands, and took real pride in his work, specialising in schools, an area in which he and his team were experts.
Known as an old-school engineer, Eddie believed in the philosophy of keeping building services simple and understanding the building thoroughly. He mentored numerous engineers and technicians throughout his long career, always emphasising the importance of prioritising the client at all times.
Eddie was actively involved in Engineers Ireland, the Association of Consulting Engineers of Ireland (ACEI) and the Chartered Institution of Building Services Engineers (CIBSE). He held a cherished Chartered Engineer status and received fellowships from several institutions. In 2017, CIBSE Ireland honoured Eddie with the CIBSE Bronze medal for his outstanding contribution to the Institution and to the field of building services in general.
Eddie eased himself gently into his retirement, handing over the reins to trusted employee and friend, John Carr. He enjoyed his retirement, spending time with his wife Kathleen his children and much loved grandchildren.
Our heartfelt condolences go to Kathleen, Brian, Conor, Claire and Donal, as well as their families.
Ar dheis Dé go raibh a anam dÍlis
Known as an old-school engineer, Eddie believed in the philosophy of keeping building services simple and understanding the building thoroughly. “
IS3217:2023
What is a ‘competent person’ with regard to lighting design?
The Building Safety Act establishes that competence is a continuous commitment to maintaining safety and adhering to regulatory requirements at every stage of a building project. Introduced in response to the Grenfell Tower tragedy, it is based on the findings of Dame Judith Hackitt’s report on Building Regulations and Fire Safety.
Since the introduction of the Health and Safety at Work, the Building Safety Act (BSA) represents the most significant regulatory reform in the UK construction industry and residential building sector. This Act has fundamentally transformed the laws governing the design and construction of all buildings and also the operation of higher-risk residential buildings.
Here, Michael Curran, Head of Building Services, Energy and Utilities, University of Galway, looks to related developments in Ireland and wonders at some of the terminology used, especially the term “competent person”. In Ireland, the new Building Regulations Technical Guidance Document B 2024
– Fire Safety: Volume 1: Buildings Other Than Dwelling Houses – has just been released. This comprehensive document, which spans 357 pages, has been updated to provide guidance on the use of
The Building Safety Act in the UK, published in response to the Grenfell Tower tragedy, contains content and guidance that Ireland should note and learn from.
materials, construction methods, standards and various specifications. These technical specifications are likely to be suitable for compliance with the Regulations.
Section 1: Means of Warning and Escape in Case of Fire – Emergency lighting should be provided as referenced by 1.9.8.3 and IS3217. This emergency escape lighting must comply with the guidelines outlined in Table 11. The design and installation should also adhere to the relevant recommendations of IS 3217 or an equivalent standard.
The recently-published IS3217:2023 has introduced a new approach for designing, installing, commissioning, testing and handing over emergency lighting systems in Ireland. Table A highlights key changes related to competency and compliance.
The table outlines some of the changes related to emergency lighting. Overall, the design of emergency lighting and its coverage has seen minimal changes. New design tools have been developed to address all the recent updates. These changes cover determining photometric performance, including spacing tables and manual calculations. There are also software programs specifically for emergency lighting design.
Table A: Comparison of IS3217:2017 and IS3217:2023
1. The design process is a critical element of the emergency lighting system development and installation process. It must be carried out by a designer such as a chartered engineer who is experienced and competent in emergency lighting design, or a professional engineer experienced and competent in emergency lighting design who holds qualification in emergency lighting design of at least a Level 6 Award on the National Framework of Qualifications or other competent person.
2. Certificate of Design,
3. Certificate of Installation,
4. Certificate of Installation,
5. Certificate of Handover.
The design process is a critical element of the emergency lighting system development and installation process. Emergency lighting design shall be carried out by a competent person.
Confirmation of design to I.S. 3217:2023 (see Annex C2),
Confirmation of installation to I.S.3217:2023 (see Annex C3),
Confirmation of commissioning to I.S. 3217:2023 (see Annex 4),
Confirmation of handover (see Annex C5),
Michael Curran, Head of Building Services, Energy and Utilities, University of Galway.
Concerns with terminology
While training and refresher courses are available for emergency lighting design, installation and commissioning, the new terminology regarding design and certification raises concerns. This issue is particularly evident in the UK, where the Building Safety Act and the report published after the Grenfell Tower fire highlighted that a lack of competency was a significant problem.
Table A indicates that in 2017 the responsibility for designing emergency lighting systems was assigned to a chartered engineer or an individual qualified to design these systems. This requirement has now been modified in 2023 to allow for a “competent person” to carry out the design.
The definition of a “competent person” is not clearly defined, which places a significant responsibility on building owners for the design of lifesafety systems. The new Building Safety Act holds owners (called Responsible Persons) accountable for the professionals they hire to design critical components of their buildings.
BS 5266 is a British Standard that provides guidelines and regulations for emergency lighting systems in commercial buildings within the UK. In this document, the term Designer is defined as a Competent Engineer who must possess a range of skills to effectively assist Responsible Persons in ensuring the safety of their premises. To be considered a Competent Engineer, a person must have appropriate knowledge and training, access to necessary tools, information from suppliers, and relevant experience.
Under IS3217: 2017, upon completion of a project the owner receives the Operation and Commissioning Manuals, along with as-installed drawings, product information and certifications signed by a chartered engineer or lighting design professional. The four-part certificate outlines all compliance details, and in the design section, signatures to acknowledge compliance using the clause outlined below:
“I/we hereby certify that, to the best
Table B: Foreword IS3217:2023 page 5
In line with international standards practice the following representation of numbers and numerical values apply:
• The decimal point is shown as a comma ( , ) throughout this document.
• Each group of three digits reading to the left or to the right of a decimal sign are separated by a space from the preceding digits or following digits respectively.
The following verbal forms are used:
• ‘shall’ indicates a requirement;
• ‘should’ indicates a recommendation;
• ‘may’ indicates a permission;
• ‘can’ indicates a possibility or a capability.
Information marked as ‘NOTE’ is for guidance in understanding or clarifying the associated recommendation.
of my/our ability, knowledge and belief, the emergency lighting system at the above building, as set out on the listed drawings, has been designed by me/us in accordance with the requirements and recommendations of 2I.S. 3217:2013+
A1:2017 except as stated on the attached justifiable variations.”
IS3217:2023 has adjusted the wording to now read:
“I/we hereby confirm that the emergency lighting system at the above building, as set out in the listed design documentation, has been designed by me/us in conformance with the requirements of IS 3217:2023, except as stated in the attached justifiable variations or areas excluded (if any).”
Significant change
The significant change is the transition from the Emergency Lighting System Certificate of Design to the Emergency Lighting System – Confirmation of Design as outlined in IS 3217:2023. The document does not clearly explain what “Confirmation of Design” entails. Previously, it was evident that a Certificate of Design was necessary to comply with the IS3217 standard and for project handover, similar to the requirements for IS3218 Fire Alarm systems and all other certifications for protective services.
In a welcome update on IS3217:2023 in the Foreword Section, we align with international best practices regarding the representation of numbers and numerical values. Table B outlines some previously contentious terms: “Shall” and “Should.” It clearly defines the
meanings of these words and their numerical equivalents.
Additional wording should be reviewed, such as defining a competent person and confirming qualifications. It will be interesting to see how previous cases regarding certification and the role of a competent person in designing emergency lighting hold up in legal challenges.
Building services engineers should conduct a thorough review of ongoing projects and stay informed about the emerging trends in these standards. It is essential to understand how to approach risk assessments to guarantee that both design and installation are aligned with the latest standards and are also fit for purpose. Additionally, a comprehensive examination of tender documentation and handover manuals is necessary to ensure compliance with IS3217:2023.
The UK Building Safety Act represents a significant advancement in the standards of competency and responsibility regarding the design and construction of buildings, particularly high-rise structures. This legislative shift aims to enhance safety measures and ensure that professionals involved in the process are well equipped to meet rigorous standards.
In light of these developments, it is essential Ireland takes a closer look at our own practices. We should critically assess the adherence to regulations and the level of competency in the design of our life-saving systems to ensure that they are equally robust and effective in protecting public safety.
Next generation high bay luminaires
The upgraded and greatly-expanded LEDVANCE LED luminaire range for professional applications provides convincing answers to climate change and the energy crisis. It offers sustainable lighting solutions for industry, offices, shops, outdoors and sports facilities that save energy and resources, reduce maintenance costs, and combine high functionality with high-quality of light.
Powerful upgrades to the popular TRUSYS FLEX and LINEAR SURFACE luminaires mean more efficiency than ever, longer life and easier installation. New versions in the DAMP PROOF, LOW BAY FLEX, SPOTLIGHT and FLOODLIGHT product families complete the portfolio, while the LINEAR MAGNETIC BATTEN T5 luminaire-in-luminaire upgrade kit is a particularly clever solution for switching from conventional fluorescent tubes to future-proof LED tubes.
One of the latest additions to the range is the new HIGH BAY GEN 5 which was designed specifically for challenging industry applications. At a glance it may look a lot like its predecessor generation but, when examined more closely, it shows the luminaire’s inner workings have been significantly improved. They now offer ground-breaking performance and come with a number of innovative features. This makes them an even more reliable and installation-friendly choice for industrial applications that require bright, energy-efficient lighting solutions.
New standard
The new standard for up to 18m high ceiling indoor industrial applications requires bright illumination and the Gen 5 is the ideal solution. The range is extremely energy efficient and reliable with a high protection level (IP66/IK10) for demanding environments. Thanks to MULTI-LUMEN, the brightness can be adapted to on-site requirements. The on/off versions include a 0 to 10V dimming feature and DALI-2 versions add a further
layer of versatility and light management options. They are also emergency lightingready thanks to the unit’s central battery compatibility.
Additional optional accessories like the reflector, refractor and mounting bracket offer even further versatility for projects. HIGH BAY GEN 5 fittings are easy to install and also come with a comprehensive 5-year guarantee.
Areas of application
•Replacement for high bay luminaires with mercury vapor or metal halide lamps;
•Warehouses, logistic halls;
•Industry;
•High ceiling (e.g. in shopping malls, airports, commercial buildings, lobbies).
Benefits
•Highly versatile due to selectable power steps (multi lumen) on the housing;
•Improved UGR compared to previous generations, down to UGR ≤ 19 (<150W, 70°) in combination with reflector;
•High luminous efficacy;
•Energy savings of up to 70 % compared to conventional high bay luminaires;
•Optimised weight and size due to compact design.
Product features
•Multi lumen function: power steps selectable;
•Different luminous flux and beam angle for mounting heights of 6m to 18m in 4000K or 6500K;
•0-10V dimmable;
•Lifetime (L80/B10): up to 100,000h (at 35°C).
Accessories
•Mounting hook included;
•Mounting brackets, reflectors and refractors (separate accessoies).
The LEDVANCE HIGH BAY GEN 5 range offers ground-breaking performance and innovative features.
Expert technical support
Future forward – Wavin Ireland looks ahead to 2025
Wavin Ireland is a leading supplier of plastic belowground drainage, soil and waste, plumbing and heating systems and stormwater management solutions. The compamy is committed to providing comprehensive solutions across every element of water management. As Wavin Ireland looks ahead to 2025, Sales Director Declan Conlon gives his insight into what is to come.
“Wavin has been a key part of the fabric of Irish life for over 65 years. The company was instrumental in bringing clean drinking water to rural Ireland in the late 1950s. Today, Wavin is the market leader in below-ground drainage and will continue to lead through innovation, quality products and reliable service.
“As announced earlier this year, production will move to the UK in 2025. The current distribution and logistics structures in Balbriggan will be retained during transition to ensure there is no impact on customers. You’ll see the same faces in our business – the same sales team and the same customer service team who are there to ensure continuity of service and availability of product.
Continued investment in Ireland
“As part of Wavin’s commitment to the Irish market, plans are in place for a new state-of-the-art distribution centre in Ireland which will see a streamlined service for customers throughout the country. We look forward to launching a new Training Academy which will allow us to showcase and demonstrate our award-winning product range, host CPDs and continue to provide the technical expertise for which our team is renowned.
Technical expertise
“The team at Wavin Ireland is well known for its technical expertise. Likewise, our
connected systems across soil and waste and plumbing solutions allow specifiers and installers to build projects with confidence. We have a range of BIM Revit solutions which will unlock time and cost savings and deliver efficiencies at every stage of a project.
“Wavin’s expert technical team is available to provide advice and guidance to customers with experience across building services engineering, plumbing, civil engineering and more. This inhouse expertise has proven invaluable for customers and we are proud to continue providing this service.
New products on stream
“As the need to become smarter in terms of how we catch and collect the vast amounts of valuable rain and stormwater created each year, particularly in Ireland’s urban environments, Wavin’s attenuation and infiltration products have long offered innovative solutions to planners and engineers. The company’s introduction of Wavin AquaCell Next Generation (NG) in 2025, manufactured from 100% recycled and recyclable plastic, allows for even faster installation leading to greater cost savings, easier logistics on site and reduced manual handling. AquaCell NG is the future of sustainable drainage.
Forward thinking
“The European Commission has reaffirmed its commitment to safeguarding water quality by updating the 1998 Drinking Water Directive (DWD) and introducing a related EU Positive List. At Wavin, we support the EU’s vision and are committed to helping to deliver the highest standard of drinking water and have taken a proactive approach to the DWD changes. For instance, we are transitioning to 100% lead-free brass fittings and fixtures
across a range of markets. This includes the award-winning brass-bodied Tigris M5 Press-fit plumbing system (range also available with PPSU body – K5 Press-fit plumbing system).
Sustainability
“With sustainable solutions ranging from Tree Tanks, Rootseal and Recycore Technology and the offering of EPDs, advancing life for the better, and building healthy sustainable environments remains Wavin’s key purpose. We strive to be an industry leader in sustainability.
Supporting the community
“Wavin Ireland also continues to support the communities in which we operate. Whether supporting local initiatives like our team member’s charities, providing product and expertise to community projects or indeed contributing to Ireland’s bio-diversity and nature-led experiences with the continued support of the Guaranteed Irish Forest, we remain committed to being as much a part of Ireland as we have been since our beginnings.”
See full details at www.wavin.ie
Declan Conlon, Sales Director, Wavin Ireland.
Octabuild Awards 2024
Telfords of Portlaoise win Overall Award for Excellence
Telfords Portlaoise Ltd has won the overall Octabuild Award for Excellence at the 2024 all-island Octabuild Builders Merchant
Excellence Awards. The company also won the Leinster Regional Award. Other winners came from Belfast, Cork, Donegal, Dublin, Galway, Meath and Wexford.
The Octabuild Builders Merchant Excellence Awards ceremony was held in October at a gala event in the Round Room at the Mansion House in Dublin. It was attended by over 250 guests, including shortlisted merchants and representatives of the builders merchant trade from across the country. The event was hosted by the eight Octabuild members – Dulux, Etex, Glennon Brothers, Grant Engineering, Gyproc, Irish Cement, Kingspan Insulation and Wavin.
Guest of honour was Tánaiste, Minister for Foreign Affairs and Minister for Defence, Micheál Martin, TD. Commending all the winners the Tánaiste said: “I would like to congratulate all the finalists and winners at this year’s awards, particularly Telfords Portlaoise Ltd who won the overall Octabuild Award for Excellence 2024. These awards recognise the vital role of the builders merchants industry to the wider construction sector. I want to commend the organisers and Octabuild
About Telfords of Portlaoise
Telfords Portlaoise Ltd has been in business for 34 years, employs 77 staff and previously won the Octabuild Award for Excellence in 2019. Telford’s impressed the judges as a well-rounded, one-stop-shop for hardware, building materials and electronics. Led by Liam McEvoy and supported by a strong management team, the company has implemented efficient systems such as enhanced return policies, SEO strategies and daily inventory checks. Safety improvements include smoke detectors, defibrillators and airconditioning. Significant upgrades to key departments have improved customer experience. Their environmental initiatives, such as EV charging points and a bottle deposit return scheme benefiting local charities, along with their support for community activities, made Telford’s a standout, deserving of the award.
Tánaiste Micheál Martin with Octabuild Lifetime Achievement Awardee, Ian Haldane of Haldane Fisher and his wife Lisa Haldane.
Declan Conlon, Octabuild Chairperson with Liam McEvoy and the team from Telfords, Portlaoise, winners of the Octabuild Leinster Regional Award and the Octabuild Award for Excellence.
Chairperson, Declan Conlon, for such a great event.”
This year builders merchants competed for five individual category awards, four regional awards and a “Rising Star” award, to acknowledge up-and-coming talent in the industry. Octabuild Chairperson, Declan Conlon said: “It is important for Octabuild that the awards highlight the excellence of Irish builders merchants to the building and construction industry amid its ever-changing landscape.
Congratulations to all finalists and winners from all over the country who represented absolute excellence in the industry.”
Quality entries
Commenting on the quality of the entries, the judges said: “It is evident that the industry is evolving at a rapid pace with merchants across the country leading the way in the continuously-changing landscape. The competition is fierce as merchants have embraced the opportunities in staff training, stock portfolio, premises, customer service, promotion, e-commerce and sustainability to develop their businesses.”
In total, 11 awards were presented at the awards ceremony, as well as the Octabuild Lifetime Achievement Award, which went to Ian Haldane, CEO of leading independent supplier Haldane Fisher.
In addition to the two awards won
by Telfords Portlaoise Ltd, other winners were:
Connacht/Donegal/Monaghan/ Cavan Regional Award: Joyce’s Hardware & Home, Galway; Munster Regional Award: Cork Builders Providers, Togher, Cork; Northern Ireland Regional Award: JP Corry Springfield Road, Antrim; Excellence in Business Management Award: Cork Builders Providers, Togher, Cork;
Octabuild Judges Joe Harlin and Liam O’Gorman.
Excellence in Customer Service Award: Rooneys Home & Hardware, Meath;
Excellence in Sales & Marketing Award: Wallace’s Homevalue, Wexford; Excellence in Sustainable Business Award: Chadwicks Robinhood Road, Dublin;
Excellence in Community Outreach: Inishowen Co-Op, Donegal; Rising Star Award: Luke Martin –JP Corry Dromore, Down.
The team from Rooneys Home & Hardware, Kells, Co Meath, winners of the Excellence in Customer Service Award and finalists for the Leinster Regional Award.
Winner of the Octabuild 2024 Rising Star, Luke Martin from JP Corry Dromore, Co Down, pictured with his colleagues, Stephen Gibson and Andrea Dougherty.
The road ahead is challenging, but it is also full of promise. “
Irish Solar Energy Association – Article 4
Forecasting the future of solar energy in Ireland
As we continue to push the boundaries of Ireland’s energy transition, it is evident that solar power is playing an increasingly critical role in reshaping our energy landscape. With Ireland’s solar installed capacity having expanded rapidly, the question now is: where do we go from here? … asks Declan Cullinane, ISEA Board Chair.
At ISEA, we understand the monumental effort that lies ahead. While solar has quickly become a key part of our energy mix, the journey is far from over. We need to forecast the path forward with clarity, address the roadblocks, and harness the opportunities that will allow us to meet our ambitious targets.
What the data tells us
Ireland’s solar sector has reached a pivotal moment. The government’s target of 8GW of solar capacity by 2030 is an achievable milestone, but it requires us to double our current rate of deployment. The Renewable Electricity Support Scheme (RESS), combined with evolving policies, has helped us gain substantial ground. However, continued momentum will depend on further policy refinement and market innovations to ensure every watt of solar potential is realised.
As we move towards 2025, the sector will see an increase in rooftop installations across the residential, commercial and industrial sectors. Simultaneously, utilityscale solar will grow, supported by Ireland’s ever-improving policy landscape. Strategic planning and investment will be crucial in ensuring that Ireland’s solar sector remains competitive, sustainable and resilient in the face of evolving
Declan Cullinane is the Country Manager for BayWa r.e. in Ireland, specialising in the utility-scale development of solar, wind and storage projects. With a degree in mechanical engineering and over 15 years of experience in the design, commercial viability and construction of renewable energy projects across Europe, emerging markets, and Ireland, Declan brings a wealth of expertise to his role. He is responsible for the operations and strategic growth of BayWa r.e. in Ireland, focusing on development and acquisition initiatives. Since joining the board of the Irish Solar Energy Association (ISEA) in 2021, Declan has been an influential leader. He assumed the role of Chair this year, driving forward the agenda for renewable energy in Ireland.
energy demands. The key challenges are as follows:
Grid integration
Solar energy’s expansion is putting pressure on Ireland’s grid infrastructure. We have seen tremendous growth, but the grid needs to evolve to accommodate the higher levels of intermittent renewable energy. Building grid capacity and improving storage solutions will be essential to manage increased solar input without compromising system stability.
Regulatory and planning barriers
Solar energy projects are moving at a rapid pace, but existing planning and regulatory frameworks are not keeping up. While there have been positive developments, such as exemptions for rooftop solar and new microgeneration support schemes, further reforms are needed to streamline approval processes and enable faster project delivery.
Public perception and engagement
Solar energy brings tangible benefits to communities, but we must work harder to communicate these advantages and address concerns. Public perception can either be a barrier or a driver, while proactive engagement with local communities is crucial for ensuring widespread support for solar projects. We must identify opportunities and focus on where we can make strides. Potential areas to concentrate on are:
Economic growth and job creation
Solar energy has the potential to be a significant economic driver. Recent estimates suggest that achieving 8GW of solar capacity could create 15,000 jobs across the sector by 2030. This is not just about building solar farms – it is about fostering a skilled workforce, supporting regional economies, and bolstering Ireland’s green credentials.
Technological innovation
The rapid advancement in solar technology is an opportunity we cannot overlook. More efficient panels, integrated storage solutions and smart grids will transform how we generate, store and distribute solar energy. These innovations will also
drive down costs, making solar energy increasingly accessible to homes, businesses and developers.
Stronger policy frameworks
The EU-wide Solar Standard, mandating solar installations on new buildings by 2026, is just the beginning. Continued advocacy and close collaboration with policymakers will be essential to ensure that Ireland stays ahead of the curve, not just meeting, but exceeding, the targets set for the sector.
Strategic priorities: what to focus on Advocacy and Policy Reform – At ISEA, we will continue to push for policies that support the long-term growth of the solar industry. This includes advocating for grid capacity improvements, planning reforms and market mechanisms that allow for fair pricing of solar energy.
Collaboration across the sector –
To build a strong and sustainable solar industry, we must foster collaboration across the supply chain. This also includes developers, suppliers and financial institutions working together to overcome bottlenecks and to ensure that the solar sector can scale efficiently and sustainably.
Investment in people and skills –Solar is not just about technology … it is about people. Developing the skills and expertise needed to support the sector’s growth is crucial. By investing in education
and training, we can build a workforce capable of delivering Ireland’s ambitious solar goals.
Vision for 2030
By 2030, I see a future where solar energy is deeply embedded in Ireland’s energy infrastructure. With 8GW of capacity in place, solar will power over 20% of our electricity needs, reduce our reliance on fossil fuels, and make a significant contribution to Ireland’s climate goals.
This future is not just about energy generation – it is about transforming how we live and work. From urban rooftops to large-scale rural solar farms, solar energy will be a key pillar of Ireland’s energy independence and economic growth. As technological advancements continue to unfold, we will see smarter, more resilient energy systems that meet the needs of our communities while safeguarding the environment.
Moving forward together
As we look to the future, ISEA remains committed to guiding Ireland’s solar energy journey. The road ahead is challenging, but it is also full of promise. Together, with continued collaboration, innovation and strategic investment, we can achieve the ambitious vision we’ve set out for Ireland’s solar sector. Let’s all work together to unlock the full potential of solar energy and build a cleaner, greener future.
A sleek futuristic solar carport featuring integrated solar panels covering an autonomous electric vehicle.
Data and BIM: A symbiotic relationship
In the construction industry, data and BIM were always meant to work in harmony. However, according to a recent bulletin from The BIM Engineers, over time, these two essential disciplines have drifted apart within organisations. This disconnection is creating a challenge that needs addressing. The BIM Engineers believe that resolving this issue will be crucial to unlocking the full potential of digital construction.
Not all data is BIM, and not all BIM is data – but they rely on each other. You can’t truly implement BIM without accurate data, and it is increasingly impractical to build without BIM and data working together. Yet, despite this interdependency, many organisations artificially separate these two functions. Data often gets lumped together with IT and BI (business intelligence), while BIM is split between engineering teams and the supply chain. This creates silos, leaving teams that need both BIM and data isolated.
In an ideal future, we envision digital construction departments that bring together a mix of experts including engineers, BIM specialists, data professionals and more. This multi-disciplinary collaboration is essential for bridging the divide, but for now, these partnerships must be built through consensus rather than formal hierarchy.
Unlocking the value of BIM
When organisations treat BIM and data separately, the two teams often become only vaguely aware of the other’s importance. This can cause
friction. For instance, IT departments don’t appreciate being handed decisions without their input, and BIM teams grow frustrated when they have to repeatedly justify their need for better tools. The introduction of Common Data Environments (CDEs) only magnifies these dependencies and adds to the costs.
This means that owners and construction firms need to ask some
critical early-stage questions, like: – Where will BIM and digital technologies create the most value for our industry? – What is the minimum viable product to get started with? It is essential to take a pragmatic approach to digital construction, setting aside the marketing hype. There is enormous potential here, but investments should focus on people, process and IT infrastructure
“
Not
all data is BIM, and not all BIM is data
–
but they rely on each other. You can’t truly implement BIM without accurate data, and it is increasingly impractical to build without BIM and data working together.
first – before jumping to shiny new tools. Many organisations already have a BIM strategy, and data functions should support, not contradict, these plans.
Role of ISO 19650 and standards
The ISO 19650 standard is a helpful guide, setting out how BIM and data should work together. It advocates the creation of a Common Data Environment and Federated Information Models, emphasising the importance of data standards. While this provides high-level direction, it does not offer specific details on how to implement these models. That responsibility lies with client organisations and the construction technology sector.
As we apply BIM and data together, it is most important to remember that built environment data is not fundamentally different from data in other sectors. The volumes of data are not massive compared to industries such as social media or e-commerce. However, the challenge lies in ensuring that the data accurately reflects the real world, especially when managing both alphanumeric, document and model data.
Why definitions matter
In infrastructure projects, the way we define our data can have life-ordeath consequences. A seemingly trivial task, like defining whether a
culvert is a tunnel, becomes critical when it comes to maintenance, safety and investment. The definitions may seem arbitrary, but they influence how assets are managed, and hence how safe and sustainable they are over time.
Our tools and data standards –whether UniClass, CoBIE, XML, or CSV – are built on common formats that are familiar across industries. This makes the task of managing construction data less about technology and more about the specificity of definitions.
As the construction sector continues
to evolve, it is clear that BIM and data can no longer exist in silos. These two disciplines must come together to create a more efficient, accurate and digitally-integrated future for construction. The BIM Engineers believe that organisations need to focus on building strong foundations, fostering collaboration across teams, establishing clear data definitions, and adopting a common, unified approach to BIM and data management.
Wherever BIM goes next, it is going to need a lot of data to get there. The industry needs to be prepared.
Data and BIM functions should support, not contradict, one another.
Multi-disciplinary collaboration is essential to maximise the benefits of the symbiotic strengths of BIM and data.
ISOPARTNER supports Skills Development
Supporting and encouraging the next generation of skilled insulation installers is a key investment in the future for ISOPARTNER Technical Insulation Solutions Ltd. Consequently, the company sponsored the apprentices from the Waterford and Wexford ETB who took part in the Industrial Insulation Skills Competition at the World Skills Show, which took place in the RDS, Dublin. Also supporting the competition were its partners Isover Ireland, Bostik, Armacell and Owens Corning FOAMGLAS Industrial Insulation.
ISOPARTNER specialises in the distribution, conversion and production of innovative solutions for technical insulation. With a focus on professional advice, standard and customised insulation solutions and excellent logistics, ISOPARTNER is the ideal partner for a wide range of insulation applications. When it comes to heat, cold, sound and fire protection, ISOPARTNER scores points in each of the four areas with in-depth expertise and a wide range of products and systems. Its specially-trained and experienced team will find the best individual solution for each specific project.
ISOPARTNER provides customised solutions for a wide variety of insulation applications as well. This can be done in many ways, but especially by adapting products for a specific market or ensuring that a product is easy to apply or fits perfectly. In fact, ISOPARTNER is Ireland’s premier manufacturer and supplier of removable insulation covers for numerous applications. It has a proven track record of providing cost-effective, professional solutions to industry to solve the many problems
associated with plant and equipment operating at high temperatures. These offer excellent insulation benefits for a wide range of equipment including valves, flanges, heat exchangers, separators, pumps etc.
ISOPARTNER also provides engineers and facilities managers with thermal imaging analysis indicating areas of serious heat loss or possible burn risk to personnel. Its bespoke range of removable insulation covers can be manufactured for both indoor and outdoor environments and includes high specification
covers for the pharmaceutical, food, beverage, IT, medical and petrochemical industry sectors.
“Complementing the strength of the product portfolio and services we provide is a strong emphasis on correct installation,” says Shaun Gillen, Managing Director, ISOPARTNER. “Hence our support for training, and especially our support for apprentices in developing their new skills.
“However, this is just one of the areas of skill development that ISOPARTNER engages in. We also deliver continuous professional development (CPD) training courses on a wide range of products, again in conjunction with our supply partners Isover Ireland, Bostik, Armacell and Owens Corning FOAMGLAS.”
Drawing on the broad technical expertise from within the ISOPARTNER Group throughout Europe and the specialist training from the product manufacturers, the company has set up a dedicated training room at its premises in Ballycoolin, Dublin, just off the M50. Dedicated training courses have been tailor-made for architects, engineers, specifiers and installers to give updates on new products and new installation methods. There are also refresher training courses for existing products and methods.
For full details of upcoming courses or to submit an information request for a specific course, contact ISOPARTNER at info@isopartner.ie
Mick Kelly, WWTB with competition winner, Jonathan Matthews, Claddagh Metal Services and Philip Mullen, ISOPARTNER.
The rig used for the insulation competition.
Investing in the future of the industry TU Dublin and Chadwicks Group launch Scholarship Programme
The Chadwicks Group Scholarship Programme was devised to support students in the TU Dublin’s Faculty of Engineering and Built Environment. This inaugural programme will provide financial assistance to two outstanding students for the duration of their studies, allowing them to focus on their education and future careers.
Patrick Atkinson, CEO of Chadwicks Group, recently visited the TU Dublin Grangegorman Campus to meet the TU Dublin Access team and one of the first recipients of the Chadwicks Group Scholarship, Omar Hasan. This new scholarship programme further strengthens the relationship between TU Dublin and Chadwicks Group, as both organisations share a commitment to nurturing the next generation of leaders in engineering and construction.
Vital lifeline
Speaking about the programme, Claire Dunne, Access Support Manager at TU Dublin, said: “Financial supports like the Chadwicks Scholarship provide a vital lifeline for students, empowering them to focus on their studies without the constant worry of financial pressures. This allows them to fully engage in university life and provides them with the resources needed to reach their full potential.”
Investing in the future
Patrick Atkinson, CEO of Chadwicks Group, expressed the company’s enthusiasm for the new programme, stating: “Chadwicks Group is delighted to present this scholarship programme to TU Dublin to support the education and development of its students in the engineering and built environment fields. We are fully committed to investing in the future of the
construction industry by helping students acquire the work skills and knowledge they need to succeed in their careers. We wish the recipients every success in their future studies and careers, and look forward to continuing to work and grow with TU Dublin on this and many other development projects.
TU Dublin’s Faculty of Engineering and Built Environment has 180 programmes, ranging from craft apprenticeships to short CPD courses, and degree programmes to Masters. Collaboration with businesses, such as Chadwicks, ensures that its graduates acquire the required abilities and expertise to develop and prosper in occupations in the built environment and engineering sectors.
Chadwicks Group, Ireland’s leading builders’ merchants, has been a valued partner of TU Dublin since 2022, when the company first began supporting Ireland’s first Design + Construct Centre at TU Dublin Broombridge. The Chadwicks Group Scholarship fully exemplifies the dedicated commitment of TU Dublin and its partners to providing students with the support they need to succeed in their chosen careers.
A vital lifeline for students, empowering them to focus on their studies without the constant worry of financial pressures.
Right: Omar Hasan, Chadwicks Scholar, with Patrick Atkinson, CEO, Chadwicks and Claire Dunne, Access Support Manager, TU Dublin.
Planning issues remain biggest hindrance
Wind farm approval concerns
According to the latest quarterly report published by Wind Energy Ireland, An Bord Pleanála granted planning permission for only one new wind farm, with a capacity of 63MW, in quarter three of 2024. It estimates that, to achieve the 2030 target of 9,000MW onshore wind energy as set out in the Climate Action Plan, An Bord Pleanála would have needed to approve 492MW during this period.
The Board also rejected planning applications from two wind farms with an estimated combined capacity of 95MW, while 31 projects totalling 1,730MW are awaiting decision at the end of Q3.
Noel Cunniffe, CEO of Wind Energy Ireland, said: “At an Bord Pleanála’s current rate of grants for new wind farms, we will hit Ireland’s 2030 target at some point in 2044. Our broken planning system continues to be the single greatest barrier to affordable, clean energy, and to ending our dependency on imported fossil fuels.
“Our report shows that just three new wind energy projects received decisions on their planning applications during the last quarter, compared with five during the same period in 2023. Only one of these projects, with a capacity of 63MW, was approved. This is disastrous when we need around 492MW in the last quarter to help reach our Climate
Noel Cunniffe, CEO, Wind Energy Ireland.
Action Plan target of 9,000MW by 2030. Fewer projects also mean higher electricity prices for consumers and more money spent on importing fossil fuels.”
Anti-wind county development plans
The refusal rate for projects in An Bord Pleanála has increased significantly in recent months due to anti-wind county development plans. Noel Cunniffe continues: “Extra resources for An Bord Pleanála, the NPWS and other planning bodies are very welcome and we hope to see an improvement in decision timelines. It is also encouraging to see An Bord Pleanála approve several changes to projects in the last quarter to enable older projects that already had planning permission to move forward.
“But we are seeing an increase in the number of refusals of projects because of anti-wind county development plans where local authorities have changed the zoning of the land to prevent wind farms being built. Preventing the development of renewable energy projects condemns us all to paying higher prices for imported fossil fuels and undermines Ireland as an attractive location for foreign direct investment.”
Action plan on planning resources
The Government recently announced a Ministerial Action Plan on planning resources setting out how it plans to invest in building expertise and capacity in the planning system. Wind Energy Ireland has called on the Government to work with An Bord Pleanála to ensure it has the staff with the expertise required to fully assess and decide on an increasing volume of technicallydemanding planning applications for critical renewable energy infrastructure.
Noel Cunniffe concludes: “To meet the needs of our growing economy, we need to accelerate the delivery of new onshore and offshore wind farms and reinforce the electricity grid in just a few short years. We are living through twin climate and energy crises, but our planning system has not changed to reflect this and, until it does, Ireland will struggle to grow our economy and hit climate targets.
“The Government deserves credit for bringing this action plan forward, which we hope will be implemented as soon as possible. To deliver a zero-carbon electricity system, supporting the delivery of a renewable energy workforce, including professionals with planning expertise, is critical.”
Designplus Award at ISH 2025
From 17 to 21 March next, ISH 2025, the world’s leading trade fair for HVAC and water, will bring together over 2,000 exhibitors at the fairground in Frankfurt and offer visitors a fully comprehensive platform for innovative solutions and products.
One of the key new features is the Designplus Award to honour outstanding developments and pioneering ideas. From smart technology for efficient building control to pioneering products and resource-saving water utilisation, the Designplus Award will recognise exceptional innovations and sustainable designs in the sanitary, heating and air-conditioning technology sector. In cooperation with Stylepark, the magazine for architecture and design, Messe Frankfurt offers exhibiting companies the opportunity to take part in the competition with an exclusive special show, an award ceremony and a comprehensive communication programme. With a fresh concept and new categories, ISH 2025 will present a new look. Under the motto “Solutions for a sustainable future”, eight solution fields that are more closely aligned with visitor interests will be bundled together. But that is not the only change. As part of the Designplus Award, categories have been introduced for the first time in order to structure product submissions in a targeted manner. In cooperation with the newly-acquired partner Stylepark, six categories were created, including two special categories. These cover the entire range of products and services offered by exhibitors at ISH, and ensure that all sectors represented are equally encouraged to apply for the award.
Categories at a glance Water & Efficiency: This category recognises innovative solutions for using water more efficiently and reducing consumption;
Heating & Sustainability: Sustainable technologies in heating and air conditioning technology that focus on environmentfriendly soltions are the focus here;
Smart & Control: Intelligent systems for controlling devices through to entire technical building equipment systems are assessed;
Design & Innovation: Combinations of advanced design and innovative technology are honoured here.
Young Innovators: This category is exclusively for start-ups and young innovators, funded by the Federal Ministry for Economic Affairs and Climate Action. It recognises new business models from the youngest players in the industry;
Sustainable Exhibition Stand: Exhibitors whose exhibition stands impress with their sustainable design and use of environmentfriendly materials are honoured in this category.
Submissions will be assessed by an independent panel of experts from the fields of sanitation, heating and air conditioning. In addition to the overall concept and benefits of the products, sustainability and degree of innovation will play a central role.
Both the nominated and the award-winning products will be exhibited at a prominentlyplaced special area for the entire duration of ISH. The winners will also be honoured at a festive awards ceremony. In addition, the winning products will be presented in an online gallery with pictures and text descriptions.
Heat pump display featured by Buderus.
Deserved CIBSE medals for Mona and Michael
Medals galore! Michael Curran (left) and Mona Duff who were awarded Bronze Medals at the prestigious Savoy Hotel in central London recently. The medals recognise their long and unstinting service, not just to CIBSE Ireland, but to the building services sector as a whole.
Bronze medals are awarded for distinguished service of typically at least 10 years and Michael and Mona, both of whom are past Chairs of CIBSE Ireland, have served the Institution for much longer than that.
They were joined at the presentation by Stephen Weir, Chair, CIBSE Ireland who, not to be outdone, donned his chain of office.
Willkommen José
Best wishes to José Alves, the former Panasonic Regional Director for Ireland, the UK and Netherlands, who has moved to a new European role within Panasonic in Germany. José was a familiar visitor to Ireland and was very well received by all he met on his many trips throughout the country.
Alf a good or bad idea?
Alf, the 20m x 5m giant puppet of a smooth newt inspired by the current conversations around climate change and habitat loss, meandered through Dublin recently, visiting multiple city centre locations during Science Week.
Smooth newts, the only member of the tailed amphibians found in Ireland, are part of a group of “indicator species” that denote the health, or otherwise, of habitats.
While I admire all such initiatives, I still wonder at the impact of the materials used in such creations, the extensive lighting involved in this case, and the considerable transport costs, not to mention the multiple images taken on mobile ‘phones.
Encouraging young engineers
Varming Consulting Engineers reaffirmed its commitment to TU Dublin, Grangegorman, by supporting its efforts to inspire students towards a career in building engineering. This is an ongoing collaboration that reflects Varming’s dedication to promoting engineering as a career option for the next generation.
Picture show Trina Turner, Peter Wyse and Pranati Das of Varming Consulting Engineers, who took part in the recent TU Dublin Open Day to advocate for the building engineering course.
Megan gets her van!
Well done Megan O’Malley of Tech Refrigeration and Air Conditioning who recently returned to Dublin having completed Phase 2 of the refrigeration apprentice course in TU Shannon. She joined Tech in 2022 with no experience in the industry but is now “delighted to say I am officially in a van!”
She is currently the only female apprentice refrigeration engineer in the company but hopes that her development and success will inspire others to come on board.
Apart from the academic side of the business learned while in Shannon, she paid tribute to her Tech engineering colleagues from whom she is learning so much about the practical side and challenges that arise on site.
The new Aquarea M Series
The perfect solution for multi-occupancy and light commerical Scalable solution, cascade up to 300kW
