Achieving Airtightness, Why and How: The need for joined up thinking for joined up building! - Glasgow
A half-day seminar exploring the theory and practice of achieving higher levels of airtightness - how to ‘build tight and ventilate right’
Buildings that achieve higher levels of airtightness tend to also be built and executed to a much higher quality level. While airtightness is essential to ensure thermal insulation performs to its optimum and to reduce condensation risk, it must also be combined with an effective ventilation strategy, be it by passive or mechanical means.
At its most basic, airtightness aims to eliminate any unintended gaps or cracks in the external fabric of the building. Ventilation focuses on replacing the stale indoor air with fresh outdoor air to meet the occupant’s needs. The key is to ‘build tight and ventilate right’!
Ilias Igoumenidis, Technical Support Engineer with Ecological Building Systems, will provide a presentation outlining why airtightness is now recognised as a key element in realising higher performance more durable healthy buildings. This presentation will be followed by a practical demonstration from Fintan Wallace (Architectural Technologist) on the applications of airtightness systems and products at critical junctions. Followed by an opportunity for delegates to have a go and gain hands on experience.
More demanding building regulations not only require an improvement in individual skills but require a change in attitude to working collectively with a focused, co-operative approach to achieve compliance with regulations. Higher performing buildings, be it new build or retrofit, require good site control and communication between all trades. The production of truly low energy buildings require diligent attention to detail and co-operation between all trades involved in the construction and renovation processes. All trades should view the house as a system, rather than the sum of its parts. Trades must work as a team. All works must be co-ordinated.
The current fractured approach to building must be changed to a systems-based approach to building, in a similar manner to Passivhaus building principles and the quality standards, which are often observed on low energy or Passivhaus projects in the UK and Germany.
- Book 3 places for the price of 2! Book 3 places at this event and get the 3rd place free.
About the trainers
Fintan is an Architectural Technologist at Ecological Building Systems. Graduating from Dublin Institute of Technology in 2011 with a B.Sc (Hons) in Architectural Technology, it was here in D.I.T’s Bolton Street where Fintan developed a strong interest in low energy and Passivhaus design. From here he continued his studies becoming both a Certified European Passivhaus designer and tradesperson. Fintan has travelled to Baden Württemberg in Germany to study passive housing and sustainable energy technology, gaining significant knowledge regarding the use of natural insulations in timber frame and solid wall constructions. Latterly Fintan has been involved extensively in a deep energy retrofit of a property to the Enerphit standard in the west of Ireland. Recent projects that Fintan has been involved with include:
- Vitsoe, CLT Factory, Gutex and pro clima systems, Waugh Thistleton Architects.
- Chelsea Barracks refurbishment, pro clima systems.
- Lower Royd Farm, Passivhaus refurbishment with Diathonite.
Technical Support Engineer at Ecological Building Systems. Born and raised in Greece, Ilias graduated from the Polytechnic school of Civil Engineers of Patras University and for many years ran his own Design and Construction company prior to moving to the UK. Since 2013, he has been heavily involved with low energy consumption in building projects. He was the first person in the Hellenic Passive House Institute to gain the International Certification of a Certified Passive House Designer. Ilias played a significant part of the first Certified Passive House project [Enerphit] in the south eastern Mediterranean area “Passivistas”. Recent projects that Ilias has been involved with include:
- Agar Grove, London Borough of Camden, 500 affordable homes for new and existing tenants, putting energy performance and fuel poverty top of the agenda, Hawkins\Brown Architects.
- Glen Cottage, Allonby, Cumbria, internal and external renovation of solid stone property with Diathonite Evolution system.
- St Leonards, Chelsea, London, renovation with Diathonite Evolution and Calsitherm climate board systems, Design & Visual Concepts contractors.
What have previous delegates said about this seminar?
"Excellent diagrams clearly explaining the concepts and practical examples and common problem descriptions."
"Very clear, helpful and very well done!"
"Excellent ... good mix of technical and practical demonstration."
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60-64 Osborne Street
Glasgow, G1 5QH