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The authors of a new study hope their work will act as a catalyst for industry change as Australia moves to net-zero-carbon housing. As well as providing in-depth technical information on moisture management and airtightness, it recommends how construction practices need to change to achieve highly energy-efficient, durable and healthy buildings. An Australian Based Study […]
Pro Clima has released a book that explores a variety of construction systems, to help inform and guide simulations of the combined heat and moisture transport of residential and commercial façades. It also takes into account natural environmental impacts on the building envelope. The Blue Book is authored by Pro Clima’s building science manager Jesse […]
Building envelope expert Pro Clima is running three online training sessions in June on WUFI, a program for calculating the coupled heat and moisture transfer in building components, in one and two dimensions, developed by the Fraunhofer Institute for Building Physics. Analysis of the coupling of heat and moisture is known as hygrothermics. Hygrothermal analysis […]
Pro Clima is offering three scholarships to building professionals to support the practice of Passive House in Australia. The scholarships include Passive House Introduction, Passive House Designer and Passive House Tradesperson. Each scholarship is open to people in the building sector – including builders, architects, building designers, consultants, roofers and more. To be eligible for […]
AIRAH is holding a Streamline webinar called “Who’s Leak is it Anyway?” on Thursday, May 21. The webinar will cover what the ever-increasing emphasis on energy efficiency and building performance means for HVAC professionals. The session will explore what is expected of HVAC professionals, building air tightness and the main failure points of HVAC professionals. […]
Pro Clima has teamed up with Fraunhofer IBP to offer training in WUFI, a C-Program for calculating the coupled heat and moisture transfer in building components. Analysis of the coupling of heat and moisture is known as hygrothermics. It is well known that high moisture levels result in higher heat losses, and that temperature conditions […]