Con-Ed Opportunities Detail

Today’s high-performance facade standards require the deft balancing of aesthetics, technical detailing, and the demands of the client and local building regulations. This workshop will discuss both material and technical solutions to meet those standards. Experts will be on hand to lead tutorials on the most recent innovations in rainscreen cladding, sealant solutions, and much more. Attendees will leave with a greater knowledge of material applications at the cutting-edge of energy performance and code compliance, all while learning of attractive solutions for clients and end users.

TIME: 10:00 AM - 11:00 AM | Closing the Gap: Leveraging Cladding Attachments to Deliver High-Performance Exterior Wall Assemblies 

North American jurisdictions are shifting from ASHRAE standards to a comprehensive Building Energy Performance Standard (BEPS) approach for exterior wall assemblies. This transition offers design flexibility and lower operating costs but requires rethinking construction methods. Instead of line-by- line methods, the performance of individual components and their impact on the entire assembly must be considered. This webinar will discuss thermal bridging, insulation methods, cladding strategies, and real-world case studies, emphasizing the importance of an integrated approach for optimal high- performance exterior walls.

Learning Objectives

• Gain an understanding of emerging Building Energy Performance Standards (BEPS), and compare their key similarities and differences with ASHRAE standards.
• Explore how highly conductive wall components affect the overall effective wall R-value in a non-linear manner.
• Review common cladding attachment systems by comparing factors such as cost, thermal performance, constructability, installation efficiency, and fire resistance.
• Review the Cladding Support Components and Systems Product Category Rule (PCR), which govern Environmental Product Declarations (EPD) for cladding attachments
• Understand the real-world impact of various exterior wall assembly methods on project outcomes.

TIME: 11:00 AM - 12:00 PM | Perimeter Fire Containment Systems for Today's Steel Stud Exterior Wall Assemblies

This course provides a comprehensive overview of the latest developments in perimeter fire containment systems specifically for steel stud/exterior sheathing assemblies incorporating both EIFS and noncombustible rainscreen insulation. In today’s rapidly evolving and intricate world of exterior wall design, appreciating the intricacies of an evolving wall type is of paramount importance. By recognizing the distinctive challenges posed by these assemblies during the design phase, participants can proactively prevent costly changes, project delays, and potential compromises to life safety requirements prior to the construction.

Learning Objectives

• Recall recent updates and IBC code changes related to perimeter fire containment as tested per ASTM E2307.
• Explain how steel stud exterior wall assemblies are tested in accordance with ASTM E2307 and understand the significance of independent third-party published design listings for perimeter fire containment systems.
• Apply the knowledge of ASTM E2307 testing to evaluate the impact of fire on steed stud exterior wall construction and specific construction materials involved.
• Recognize the value of ASTM E2307 published listings in the context of the evolving and complex nature of curtain wall designs such as steel stud exterior wall assemblies.

TIME: 12:00 PM - 1:00 PM | Build Better Walls: Clearing the air on exterior insulation performance 

Complex project designs & evolving enclosure material options combined with demanding weather conditions & confusing product performance attributes can be challenging to synthesize. Because thermal value code targets are increasing, along with the uncertainty of future energy costs & weather patterns, getting the project’s insulation strategy right is critical. This session examines the performance attributes of exterior insulation options under real world conditions to better enable the design & installation of higher performing, more resilient and durable walls.

Learning Objectives

• Understand current building code requirements and testing methodologies for fire propagation and smoke development. Given assembly testing following the Grenfell tragedy, attendees will better understand NFPA285 fire propagation testing in relation to actual material properties and performance.
• Review material properties governing moisture and air performance as they pertain to conditions encountered in rainscreens and masonry veneers so as to best understand the actual performance characteristics of insulation specification choices.
• Understand conditions that pose unique challenges, including multiple drain planes, drainage efficiencies, increased water absorption, and water vapor transmission.  Recognize risks associated with exterior insulation when used in combination with cavity insulation, interior vapor retarders, and low-perm water-resistive barriers.
• Understand the effects of wind-washing and convective heat loss in modern rainscreen systems. Identify and prevent conditions that jeopardize the thermal insulation layer, which may in turn affect moisture transfer and overall wall performance

TIME: 1:00 PM - 2:00 PM | Thermal Breaks in Cladding Support Attachments Assemblies

Reaching towards Net Zero energy ready buildings is becoming a popular topic in todays climate changing world. Energy efficiency has expanded towards exterior wall assemblies where effects of thermal bridging are considered and thermally broken sub-framing systems are becoming the new norm. This course will identify and compare various cladding attachment methods on the market. Learn how to determine the appropriate clip for your project and how to compare effective thermal resistance required to achieve projects targeted R – Value.

Learning Objectives

• In this presentation you will be able to understand how the use of thermal clips will impact thermal bridging on various exterior wall assembly applications.
• Identify types of clips currently on the market.
• Learn how to calculate the number of clips required on your project by identifying structural forces involved to determine clip spacing.
• Gain insight on how the NFPA 285 fire code applies to thermal clips.
• Acquire a new ability to effectively detail thermal clips on architectural drawings.

TIME: 2:00 PM - 3:00 PM | Glass for enhanced building design

Glass and windows have always been key architectural components and often said to be the eyes of a building. When considering glass for a buildings design, both the aesthetics and energy efficiency are significant considerations. Glass processes and technologies continue to evolve to create a wide range of possibilities never before considered. New glass, tints, coatings, and glazing technologies offer potential solutions for increased energy efficiency while maintaining an aesthetic appeal.

Learning Objectives

• Describe the float glass manufacturing process and the components used to produce glass
• Identify key terminology and concepts related to glass; light, heat, UV and thermal stress
• Balance aesthetics and performance when selecting architectural glass
• Balance aesthetics and performance when selecting architectural glass
• Describe specialty products, including profiled, anti-reflective, patterned, fire-resistant, and self-cleaning glass