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New AIVC TN68 Landing Page: Ventilation, IAQ & Health Insights
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From www.aivc.org
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2 October 2025, 17:22
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We are pleased to announce the launch of the new AIVC TN68 landing page!
The page presents the key findings from AIVC Technical Note 68 "Residential Ventilation and Health" and provides access to technical summaries, expert analysis, video briefings, and podcast discussions. These essential resources are designed to support building professionals, researchers, and policymakers in understanding the links between ventilation, indoor air quality (IAQ), and health...
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Annex 97: Sustainable Cooling in Cities Now on venticool website
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From venticool.eu
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2 October 2025, 15:53
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We are pleased to announce that EBC Annex 97 “Sustainable Cooling in Cities” is now available on the venticool website, alongside Annexes 62, 80, and 87. This addition broadens our platform’s coverage of resilient ventilative cooling strategies in the built environment, extending the focus to city-scale solutions. The new Annex 97 page provides: a project description, subtasks, and objectives...
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Airtightness highlights from the IEQ 2025 conference
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From tightvent.eu
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6 October 2025, 15:53
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The IEQ 2025 conference, co-organised by ASHRAE and AIVC in Montreal, Canada, on 24-26 September, was also the 45th AIVC, 13th Tightvent and 11th venticool conference. The conference gathered experts worldwide to exchange the latest research, advances and practices on ventilation, indoor environmental quality, resilience and more. For the TightVent community, a key part of the programme was the dedicated focus on building airtightness, addressed in four sessions and workshops....
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News from the EU and international partners
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Emerging Risks of Indoor Mould: Assessment Methods, In-Situ Measurements & Predictive Modelling (more info)
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How to improve our possibilities to establish, predict and control mould risks?
Maaike le Feber (TNO, Netherlands)
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Simulation-Based Prediction of Mould Growth Using Coupled Building and Fungal Models
Klaas de Jonge (University of Ghent, Belgium)
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Modelling Mould Growth in Domestic Environments Using Relative Humidity & Temperature
Tamaryn Menneer (University of Exeter, UK)
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