Forensic engineers are often called into difficult cases involving foundation movement, settlement, structural distress, seepage, voids, and loss of support.
In those situations, the repair recommendation has to be practical, defensible, and suited to the field conditions.
This upcoming Alchatek PDH session focuses on emerging chemical grouting applications that can support geotechnical and structural distress cases where excavation, replacement, or major disruption may not be the best path forward.
Not every distress case calls for the same repair method.
This session will cover chemical grouting applications for soil improvement, structural stabilization, void filling, seepage-related subsurface issues, and loss-of-support remediation.
Attendees will review fit criteria, limitations, and practical considerations that help determine when chemical grouting should be considered as part of the repair strategy.
Forensic engineering requires more than theory. It requires judgment, context, and a clear understanding of how repair methods perform under real conditions.
This session will include project examples showing how chemical grouting has been used to address foundation movement, settlement-related issues, stabilization needs, subsurface water problems, and void-related support loss.
The goal is to help engineers evaluate where chemical grouting fits, where it does not, and how it can support repair planning with minimal disruption compared to excavation or replacement.
This 50-minute online PDH session is designed for forensic engineers involved in geotechnical and structural distress cases.
If you evaluate foundation movement, settlement, seepage, voids, or loss-of-support conditions, this session will provide practical insight into chemical grouting as a repair option.