“The ROXUL EDC was created in direct consultation with architects, designers and specifiers to meet their real-world needs in an environment of ever increasing energy targets, tighter building codes and legislation,” says Rockford Boyer, B. Arch. Sc., BSSO, North American Manager, Energy Design Centre, ROXUL Inc. “It is specifically aimed at helping them achieve the highest energy efficiency requirements without sacrificing other design and performance priorities, all while taking into account sustainability, durability and resiliency. The ROXUL EDC is rooted in science and innovation.” 

Visit ROXUL’s Energy Design Centre at: www.roxul.com/edc.

ROXUL EDC services and resources are offered at no cost and focus on five core competencies:

• Building Science Expertise: Building enclosure analysis, detailing and material specifications
• WUFI Modeling: 1-d transient hygrothermal analysis, heat, air and moisture analysis, roofing heat transfer models (climate-driven R-value)
• Thermal Bridging: THERM models (2D) / HEAT 3 Models (3D), overall U-value analysis, insulation detailing analysis
• R-value Calculations: Code and standards compliance, overall effective R-value calculations, dew point analysis
• Full Building Modeling: DesignBuilder and IES-VE energy modeling, included HVAC and electricity (default) and building envelope sensitivity analysis.

Plans are in place for the EDC to support a fully integrated education centre, offering American Institute of Architects accredited training courses that qualify for continuing education credits.  

In the meantime, visitors to the ROXUL EDC can find advanced learnings on commercial building construction and building science topics such as climate-driven R-value, continuous insulation, hybrid roofing systems, the implications of temperature-dependent thermal conductivity for exterior walls and insulated sheathing, draining balance testing and wall comparison, deflection testing of exterior wall attachments, hygrothermal simulations and analysis of solar-driven inward water vapor, the implications of temperature-dependent thermal conductivity for commercial roofing systems, the impact and benefits of membrane colour and roofing strategy on the performance of conventional roofing assemblies, and much more.