Concrete Under Control: Enhancing Durability and Long-Term Performance

Concrete Under Control: Enhancing Durability and Long-Term Performance

to take this course

This course examines the role of moisture mitigation in improving the performance, durability, and sustainability of concrete systems. Participants will explore how water vapor transmission affects concrete slabs and contributes to common failures in flooring and coating systems, as well as the associated risks to occupant safety and building performance.
The program highlights how integral water vapor reduction admixtures (WVRAs) can be used to control moisture within concrete, reduce the need for topical mitigation systems, and extend the service life of building assemblies. Through a discussion of material science, installation considerations, and lifecycle impacts, participants will gain insight into strategies that support resilient, low-maintenance, and environmentally responsible construction.

Learning Objectives: 
  1. Explain how moisture movement in concrete slabs impacts flooring systems, indoor environmental quality, and overall building performance.
  2. Evaluate the role of water vapor reduction admixtures (WVRAs) in mitigating moisture-related failures and improving concrete durability.
  3. Identify key risks, performance considerations, and code-related factors associated with concrete moisture and slab construction.
  4. Assess how extending the service life of concrete systems contributes to reduced material waste, lower lifecycle costs, and improved sustainability outcomes.
Instructor: 
Design Category (CSI Division): 
(03) Concrete
Delivery Format: 
Narrated Video
Applicable Credits