1,4-Dioxane and Specialty VOC Treatment

The treatment approach is designed for contaminants that conventional technologies may not remove consistently. It addresses 1,4-dioxane and a broad range of specialty VOCs encountered across complex remediation sites.

The system is designed to deliver steady, non-detectable effluent concentrations for 1,4-dioxane and other remediation-related VOCs. It also supports compliance with tight permitting limits, including treatment targets below 0.2 micrograms per liter.

Unlike media that require offsite reactivation, the synthetic adsorbent can be regenerated in place using simple methods such as low-pressure steam. This supports repeated cycling, reduces waste handling and helps control long-term operating costs.

The technology is described as performing independently of changes in influent concentrations, pH and flow rates. That stability helps teams maintain treatment objectives as site conditions shift over time.

The treatment approach avoids challenges associated with advanced oxidation processes, including free radical scavenging, inorganic scale fouling and unwanted reaction byproducts. This can simplify process design while reducing chemical handling and operational complexity.

Modular, portable systems are available for sites that need treatment on short timelines or as a source area control measure. Plug-and-play installation and limited operator oversight support faster field readiness.