Turning information into intelligence for cost-effective site closures.
Navigating and resolving environmental liabilities is a complex and challenging process. Verdantas partners with clients, offering expert strategic guidance and reliable advocacy to ensure sustainable risk management and drive effective environmental and business results.
Our team of industry veterans, including former liability managers from Fortune 100 companies, brings extensive experience in managing environmental risk. Our experience and perspective allow us to appreciate the nuances associated with high-stakes legal and regulatory negotiations.
From CERCLA and RCRA sites to brownfields and contaminated waterways and sediments, Verdantas fuses science and engineering to guide clients through large and complex remediation projects. We have a successful history of developing and implementing effective exit strategies, making us the top choice for assisting clients through every phase of their projects.
At Verdantas, we harness cutting-edge technology to extract, visualize, and utilize data, optimizing solutions to minimize our client’s risk, liability, and costs. Our team of experts ensures all parties are aligned, adopting a successful strategy that brings a successful outcome for the environment, human health, and the business.
- Contamination Due to Unidentified Sources
- PCB Forensics at a Major Superfund Site
- PG&E Hinkley Chromium-6 Groundwater Remediation Program
- Malone Superfund Site
- Operating Industries Inc. (OII) Landfill CERCLA Site
- Tex Tin Superfund Site
- Waste Disposal Inc. (WDI) Landfill CERCLA Site
- Ascon Landfill Site
- Chapin Road Landfill
- Cox Road Landfill
- Former National Zinc Smelter Site
- Multi-Party Remediation Project
- Groundwater PFAS Contamination with Multiple Sources
- Site Inventory, PRP Prioritization, and Strategic Case Building
- Allocation and Cost Recovery Technical Support
- Allocation Support for a Submerged Lands Owner
- Transportation Runoff on Waterway Sediment Impact Quantification
- Allocation Strategy Support on an Urban River for a Water-Dependent Business
- Forensic Studies and Modeling
- Design and Implementation of Deep Excavation for PCB Removal