Building Science Lab Team Members
- Graham Finch – RDH Building Science Consultants
- Fitsum Tariku – Director of Building Science Centre of Excellence
- Jason Teetaert – Structure Monitoring Technology
- Rockford Boyer – ROXUL Inc.
- Murray Frank – Constructive Home Solutions
- Loveleen Atwal – BCIT Building Science Master’s Program Graduate
Building Lab Team Members will define experiments and distribute resulting data to the engineering and build community.
Testing Methods and Procedures
A series of 24″ wide wall panels, representing various high performance assemblies, will be tested for thermal and moisture transfer through the assembly over time in real world conditions. A total of 5 panels will be tested at any one time.
These panels will be outfitted with instrumentation to measure humidity, moisture content, temperatures, and thermal flux through the assemblies at various locations. It is expected that the test panels would stay in place for one (1) years time. At the end of the initial test phase they would be subjected to a purposeful injection of liquid water to test the panel’s performance in a WRB or an AB failure. At the end of the test, the panels would be removed and replace with another 5 panels of different design.
Similar instrumentation would also be installed within the main dwelling walls, roof, and foundation assemblies to provide a base line of conditions and provide additional data points for other building science research. It is expected that these base line results, utilizing ROXUL mineral wool insulation, would reflect many of the strengths of ROXUL in comparison with other insulation strategies.
The instrument data points will be made available online via a secure website to any interested parties involved with building science research or envelope design. This data and research should assist code officials across Canada during the process of creating prescriptive code language for high performance walls in future building code updates.
SENWiEco has also sponsored this project website that will provide live video and time lapsed photos of the build, short documentaries on various aspects of the build, component descriptions and manufacturer promotion, and post construction live monitoring of instrument data.
The cost of materials, instrumentation, and labour to construct these test panels will primarily be borne by SENWiEco. RDH Building Science Consultants have offered to offset some of these costs by providing a small selection of used instrumentation to reduce our need for the purchase of all new instrumentation. Structural Monitoring Technology will also be providing the ability to monitor instrument readings online at no additional charge and will work with SENWiEco on an affordable instrument package.