Skip to main content

Solid mass masonry buildings are a significant fraction of the existing building stock, and many contribute to the historic fabric of neighborhoods. However, with wall R-values of R-3 to R-5, they do not meet modern standards for energy efficiency and comfort.  Insulating these buildings successfully—without causing long-term damage—is a vital part of the ‘toolkit’ for meeting energy and climate goals. This session will cover potential pitfalls and risks of interior insulation, including interstitial condensation, freeze-thaw damage, decay of embedded wood members, and surface water concentrations. We will then cover assemblies and details that work to control these risks.

Boston 2022 Areas of Focus

Time Slot
8

Session Chairs

Session Speakers

Room / Location
Harbor 1-2
Learning Objectives
Explain freeze-thaw and condensation risks associated with interior insulation of mass masonry buildings
Discuss potential decay risks in embedded wood members
Appraise various interior retrofit insulation assemblies for potential moisture risks
Interpret the use of material property testing and hygrothermal simulations to judge freeze-thaw risks
CEU Information
Attendance for each full conference day offers 4.5 credit hours for both RESNET and MA CSL licensure.
CEU Credits
AIA: 1 LU|HSW
BPI: 1 Hour
GBCI: 1 Hour (BD+C, ID+C, WELL)
NARI: 1 Hour
PHIUS: 1 Hour
Session ID
BOS22-319
Session Documents
Event Start Time
Event End Time