Designing Resilient Building Envelopes for Cold Storage Facilities  

The Importance of Control Layer Continuity and a Whole-Building Envelope Strategy from Day One

Sponsored by Carlisle | Presented by Austin Lesher and Heather Paschal, CCS, CDT

Live Webinar Airing on May 19, 2026 at 02:00 PM ET

Cold storage facilities place extreme demands on the building envelope. Temperature differentials, high humidity, and continuous operation leave little room for error, making early design decisions critical to long-term performance. In this course, we’ll explore how a whole-building envelope strategy helps cold storage facilities manage moisture, air, vapor, and thermal control more effectively. Attendees will learn why continuity across control layers is essential to preventing condensation, reducing energy loss, and protecting structural integrity over the life of the building.

The session will walk through best practices for coordinating roof, above grade walls, foundation walls, and underslab integrated systems, highlighting common design pitfalls and proven strategies to improve durability, efficiency, and resilience in cold storage environments. Whether you’re designing a new facility or evaluating envelope performance early in a project, this course will provide practical insights to support smarter, more resilient design decisions.

Photo courtesy of Carlisle Companies Incorporated

 

Speaker

Austin Lesher has over six years of experience in the building materials industry, spanning both manufacturing and contractor roles. He holds a B.S. in Communication Studies and Business from Texas Christian University and a Master’s in Business from Lebanon Valley College, specializing in supply chain logistics. He works cross-functionally with architects, consultants, contractors, and R&D teams to align design intent with high-performance roofing and building envelope systems, with a specialization in cold storage focused on thermal performance, moisture management, and long-term durability.

 

Speaker

Heather Paschal, CCS, CDT, is a Design Services Manager at Henry, a Carlisle Company. She has a degree in architecture and over 20 years of experience in building envelope design and construction. She holds Construction Documents Technologist (CDT) and Certified Construction Specifier (CCS) credentials through CSI and leads a team responsible for developing standard architectural details, specifications, and technical resources. Her work focuses on bridging design intent and constructability by translating complex system requirements for blindside waterproofing, post‑applied and above‑grade waterproofing, and air and vapor barrier systems into clear, practical documentation to support performance, code compliance, and long‑term durability.

Originally published in Architectural Record

Originally published in April 2026

LEARNING OBJECTIVES
  1. Define integrated building envelope systems for project specific cold storage solutions.
  2. Evaluate how integrated design choices affect energy efficiency, uptime, and risk management. 
  3. Analyze critical detailing requirements at high-risk areas.
  4. Explore strategies for performance-based specifications.