Eliminate lingering chlorinated solvent contamination at the source — without surface disruption.
RPI®’s in situ dichloroethylene (DCE) remediation solutions are engineered to target and treat DCE in soil and groundwater, delivering effective, regulatory-compliant cleanup.
DCE often forms as a daughter product during the breakdown of other chlorinated solvents like trichloroethene (TCE) and tetrachloroethene (PCE). Even if the primary contaminant is treated, DCE can persist, increase in concentration, or proceed to vinyl chloride.
In some aquifers, it can be persistent and resistant to natural degradation processes. Some traditional remediation methods are conducive to DCE formation and contribute to stalling further degradation. RPI’s BOS 100 and CAT 100 are advanced in situ DCE remediation technologies that don’t leave you stuck halfway. They drive degradation to harmless final products such as ethene and CO2.
Here’s why in situ is the preferred approach for DCE plume remediation and DCE contaminated groundwater treatment:
RPI® delivers innovative in situ remediation designed for effective, site-specific results for DCE contamination in the subsurface.
This field-proven in situ treatment uses activated carbon impregnated with reactive zero-valent iron. BOS 100® traps DCE and accelerates complete dechlorination with no toxic byproducts.
An excellent choice for sites where DCE has stalled, CAT 100 adds sustained microbial activity to the abiotic reduction supported by BOS 100®.
Our comprehensive approach keeps every phase of your in situ DCE remediation project optimized for success and compliance:
Here’s why large corporations trust RPI®:
DCE (dichloroethylene) often forms as a daughter product during the breakdown of other chlorinated solvents like TCE and PCE. Even after primary contaminants are treated, DCE can persist, increase in concentration, or proceed to vinyl chloride. In some aquifers it’s resistant to natural degradation, and some traditional remediation methods are actually conducive to DCE formation.
BOS 100® drives degradation of DCE to harmless final products like ethene and CO₂ through reductive dechlorination without relying on narrow geochemical windows. CAT 100 is ideal for sites where DCE has stalled; it adds sustained microbial activity to the abiotic reduction of BOS 100®, enabling complete degradation where traditional methods contribute to formation.
RPI® offers a science-backed, proven approach to complete in situ remediation. Contact us today to request a quote or call us at 720-821-6569 for DCE remediation services cost details.