Spring 2024

Energy efficiency and embodied carbon. Two hot button issues that we address in our latest eMagazine. Enclosure materials influence embodied carbon goals. This means that selecting and designing for low-carbon enclosure materials is important for reducing the overall embodied carbon impact of the building. Check out our Spring 2024 to read about how project teams can deliver these low-embodied enclosures. Our latest CE Article also allows you to earn 1 AIA LU/HSW; 1 IIBEC CEH; and 0.1 ICC CEU. We hope you enjoy this latest issue ofBuilding Enclosure!

Decoding Embodied Carbon

Building Towards a Sustainable Future

Raymond Shelton

March 5, 2024

While much attention has historically been focused on operational carbon emissions generated during a building's lifecycle, the significance of embodied carbon cannot be overstated.

Moving Beyond Monolithic Design

Karine Galla

March 6, 2024

The common denominator for today’s design is that one type of material is no longer good enough. Combining multiple aesthetics into the design of a building is the standard rather than the exception. Because the days of monolithic design are long gone, architects are pushing the limits seeking to integrate materials for a modern, sophisticated look.

What it Takes to Execute a Successful Recladding Project

A Case Study on Investigating Deterioration and Providing Repair Recommendations

Connor J. Bruns Kevin Conroy

March 13, 2024

A successful recladding project is usually only known by the project team, as the final product looks almost identical to the original product, just without the deterioration.

Designing Energy Efficient Building Envelopes with Structural Insulated Panels

Jack Armstrong

March 11, 2024

One proven way that design teams can deliver a virtually airtight, low-embodied building envelope is by integrating structural insulated panels (SIPs) during the planning stages of a project.

Embodied Carbon Impact of Enclosure Materials

Kirsten Smith Adam Ugliuzza

September 8, 2023

Enclosure materials influence embodied carbon goals. This means that selecting and designing for low-carbon enclosure materials is important for reducing the overall embodied carbon impact of the building. It is important to note that using heavier enclosure assemblies may require additional structural support, increasing the embodied carbon associated with the building structure.

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Retrofits in the U.S. are Key to Reducing CO2 Emissions

Brent Trenga

December 20, 2023

A new study revealed that U.S. emissions from the built environment have increased by 3 percent in the last decade - a trend that looks set to continue. Research by 3Keel and Kingspan found that reductions in greenhouse gas emissions from buildings are reversing in the U.S.

Increasing Energy Efficiency from the Ground Up with Below-Grade Insulation

A Q&A with PIMA President Justin Koscher

Lindsay Lewis

March 12, 2024

We sat down with PIMA president Justin Koscher to discuss the role of polyiso insulation in increasing energy efficiency, and the role polyiso plays when used in below-grade for thermal resistance.

Improving the Health and Well-Being of Your Employees

Jill Bloom

March 24, 2024

What do you do to keep your mind running at full speed when you have a big project you’re working on? How do you stay focused, stay motivated and stay healthy when you’re running on fumes?

Roofing Code: 1503.2 Flashing

September 13, 2011

Section 1503.2 Flashing: Flashing shall be installed in such a manner so as to prevent moisture entering the wall and roof through joints in copings, through moisture-permeable materials and at intersections with parapet walls and other penetrations through the roof plane.

Waterproofing Codes: Joints and Penetrations

Section 1807.3.3

April 24, 2018

This section implies that all wall and floor joints must be properly waterproofed.

High, Wood-Framed Wall Flashing (Taller than 24")

March 24, 2024

This detail is intended to be used where wall heights are greater than 24" above roof surface. The profile of specific components, their configuration or sequencing, can vary with the roof system, climatic differences, and regional or area practices.

Credits: 1 AIA LU/HSW; 1 PDH, LA CES/HSW; 0.1 ICC CEU; 1 IIBEC CEH; 0.1 IACET CEU

This course equips owners, architects, engineers, and construction professionals with the knowledge to navigate the evolving landscape of commercial energy efficiency codes and their critical role in sustainable and energy-efficient building design. We will delve into the most recent and upcoming energy codes and standards, with a focus on ASHRAE 90.1 and IECC, and explore their implications for building enclosure design and performance

Credits: 1 AIA LU/HSW; 0.1 ICC CEU; 1 IIBEC CEH; 0.1 IACET CEU

This course examines wood and brick resin cast shapes' and demonstrates their sustainability and performance qualities. They are durable, lightweight, and easy to install. Case studies of noteworthy projects illustrate the superior form and function of this next-level cladding alternative.

Building Enclosure

Features

Decoding Embodied Carbon

Moving Beyond Monolithic Design

What it Takes to Execute a Successful Recladding Project

Designing Energy Efficient Building Envelopes with Structural Insulated Panels

Embodied Carbon Impact of Enclosure Materials

Columns

Retrofits in the U.S. are Key to Reducing CO2 Emissions

Increasing Energy Efficiency from the Ground Up with Below-Grade Insulation

Improving the Health and Well-Being of Your Employees

Codes

Roofing Code: 1503.2 Flashing

Waterproofing Codes: Joints and Penetrations

Details

High, Wood-Framed Wall Flashing (Taller than 24")

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