Soil Mixing and ISCO Approach Achieves Arizona DEQ Closure Levels
This case study reviews an Underground Storage Tank (UST) case with the Arizona Department of Environmental Quality (ADEQ), where the site needed to meet ADEQ closure levels quickly in order to seek risk-based closure as part of a property transaction.
This case study reviews a site impacted with petroleum hydrocarbons, PFOS and PFOA. A single application of PlumeStop resulted in a significant reduction of contaminant concentrations to below standards for 18+ months since the injection.
Michigan Department of Environmental Quality and the environmental firm, DLZ, implemented a combined remedy which included mitigating vapor intrusion in a residential neighborhood and treating a groundwater plume with a novel, multi-phase in-situ bioremediation approach.
Webinar Recording: Visualization and Modeling Tools for Evaluating Remediation Performance
In this webinar, special guest speaker Grant Carey, Ph.D., President of Porewater Solutions, demonstrated visualization and modeling tools which may be used to improve the assessment and communication of site remediation activities.
Former Santa Barbara Manufacturing Facility Treated Using a Combined Remedy Approach
Haro Environmental chose to incorporate a remediation design using PlumeStop, HRC, and BDI Plus to rapidly reduce PCE and TCE, create conditions for sustained treatment, and meet regulatory guidelines for the site.
Combined Remedy Chosen for FDEP Innovative Technologies Program
The Florida Department of Environmental Protection engaged the environmental consulting firm, Advanced Environmental Technologies LLC to design a combined remedial approach employing PlumeStop, RegenOx and ORC Advanced, to sorb, degrade, and destroy a petroleum contaminant plume.
Top 6 Reasons It’s Worth Considering An In-Situ Remediation Approach
While ex-situ approaches can be considered as part of any remediation plan, there are a variety of reasons why an in-situ strategy can be a more cost effective option. Download the eBook to learn more.
This video presents a case study of a site contaminated with PFAS, where PlumeStop® Liquid Activated Carbon™ from REGENESIS was injected in-situ, achieving excellent distribution through the subsurface to remove contaminants. PFAS contaminants at the site have been at non-detect for over 15 months.
This eBook provides a guide to cost-effective remediation planning, and understanding your total cost to remediate, including case studies with cost analyses of different remediation approaches considered.
REGENESIS® offers remediation professionals a suite of innovative technologies and services to treat a wide range of contaminants, including petroleum hydrocarbons and chlorinated solvents, via enhanced bioremediation, chemical oxidation, desorption and metals immobilization.