Effective cleanup begins with understanding where contamination sits, how it moves, and how to treat it without causing harm. RPI® uses Remedial Design Characterization to take the guesswork out of in situ remediation design — so innovative remediation techniques can target RPI’s BOS and CAT products to the right intervals and in the right volumes. Our work pairs conceptual site modeling with field‑ready analytics and proven products to control exposure while treating contamination.
From perfect approach to expert handling, we are leaders in developing remediation technology. Our methods are often replicated, never duplicated, and backed by documented results.
The power of Trap & Treat® isn’t just in the products. It’s in a three-pronged approach that includes:
RPI® designs around how contaminants are destroyed and how long the remedy lasts. We use RDC to pinpoint where mass accumulates and match the product to the problem.
Our site-specific remediation designs:
RPI®’s remediation injection strategies start with data. High-density conceptual site modeling and Remedial Design Characterization inform horizontal spacing, vertical intervals, and injection volumes. Trap & Treat® slurries are mixed and injected by RPI® Group-approved installers using direct push and specialized tools to even product placement and improve lateral coverage, while harmless-to-handle slurries keep everyone safe and sound.
The RPI® Support Lab provides GC-MS and selected inorganic analyses at no charge before the project to support the RDC, during the project to check distribution, and after the project to track performance. Results across LNAPL with BOS 200® and BOS 200+® and DNAPL with BOS 100® and CAT 100 demonstrate that a mechanism-matched design, combined with rigorous installation and verification, yields durable outcomes.
