For the most part, all geomembranes have a similar broad function: A fluid barrier. When comparing, the confusion lies in the fact that they are manufactured by different methods and constructed differently, which result in varying properties to accomplish the broad fluid barrier function. Plus, the definition of “fluid barrier” is subjective depending on a host of site, application, fluid composition and regulatory factors. Key geomembrane properties are required to support the overall function.

Navigating Unexpected Contaminants with Your Geomembrane System

Part 3: Examples of Geomembranes Encountering Unexpected Contaminants

Navigating Unexpected Contaminants with Your Geomembrane System

Part 2: Essential Evaluations for When Your Geomembrane System Encounters Unexpected Containments 

Navigating Unexpected Contaminants with Your Geomembrane System

Part 1: What are the Concerns of Unexpected Contaminants

As Engineers, we use the term “failure” in a number of ways but know that it implies something did not perform as expected. Was it the fault of the “failed” thing or action, or was it a failure in how it was expected to perform, under those conditions? Regardless, we all know that failure brings negative connotations in many ways, and none are desirable.

Managing Raw Water Storage with Geomembranes in Water Treatment Plants 

Post 2: How are Geomembranes Used to Store Raw Water and How Do I Select the Right One? 

Geomembrane Selection and Use in Evaporation ponds 

Part 3: Four Geomembrane properties needed to contain Evaporation Pond processes

Geomembrane Selection and Use in Evaporation Ponds

Part 2: Evaporation Pond Operation and Geomembrane Performance Criteria

Geomembrane Selection and Use in Evaporation Ponds

Part 1:  Evaporation Pond Operation and Containment Requirements