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Eliminate Risk of PFAS
with Colloidal Activated Carbon
PlumeStop provides remediation professionals with a low-cost, in-situ means of stopping the migration
of PFAS plumes, thereby protecting sensitive receptors.
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25 Years of In Situ
Remediation Experience
With over 100 years of collective industry experience, our in-house technical team helps
deliver the best site remediation results using the right combination of expertise, products
and application methods.
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Download research article
Research Article: Evaluating the
Longevity of a PFAS In-Situ
Colloidal Activated Carbon Remedy
This article published in Wiley's Remediation Journal uses various visualization and modeling methods to evaluate
the in-situ remediation of PFAS via colloidal activated carbon (CAC) at a site in Central Canada. A three-dimensional
reactive transport model (ISR-MT3DMS) was used to indicate that the CAC remedy implemented at the site is likely
to be effective for PFOS remediation for decades.
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Where In Situ Remediation
Saved Time & Money vs.
Pump & Treat
With new innovations in the environmental field, practitioners now have viable alternatives
via In Situ remediation that can both reduce costs and improve performance.
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Download PetroFix FAQs
Petroleum Remediation and PetroFix:
Frequently Asked Questions
In this Q&A document, Todd Herrington and Paul Erickson, PhD from REGENESIS answer questions
about PetroFix, an activated carbon remediation technology that is easily injected in situ under low pressure,
distributes in the subsurface without fracturing, and includes electron acceptors to stimulate biodegradation
of petroleum contaminants in soil and groundwater.
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Research Article: Addition of
Divalent Iron to Electron Donor
Mixtures for Remediation of
Chlorinated Ethenes
The objective of this study is to asses the effects of adding soluble divalent iron (DVI) to emulsified electron donor
mixtures to promote the biogeochemical destruction of TCE, PCE, cis-1,2 DCE, and VC in groundwater.
24 projects sites were studied, comprising 100 performance monitoring wells across the US.
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7 Business Reasons to Consider
ISCR to Treat Your Site
This ebook outlines the benefits of in-situ chemical reduction (ISCR), an approach that can be
highly effective when designing a remedial strategy. It also explains the difference-making
technology of sulfidated, colloidal near-microscale zero-valent iron (ZVI) from REGENESIS.
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Remediation Products
REGENESIS offers a range of specialty soil and groundwater remediation products,
each one has been specifically designed for environmental applications with an
emphasis on performance, cost-effectiveness, ease of use and environmental safety.
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10 Reasons to Consider
Retro-Coat to Protect
Your Property Investment
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In Situ Remediation Is The
Way To Go. Discover The
Top 6 Reasons Why.
Learn more on why In Situ Remediation is a cost-effective choice to clean up soil and
groundwater in this helpful eBook
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View Webinars
The Experts Speak.
Discover dozens of highly informative webinars conducted by the industry’s most
well-respected thought leaders.
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Introducing S-MicroZVI
Sulfidated, Colloidal Zero-Valent Iron with Excellent Reactivity and Extended Longevity
for the In Situ Chemical Reduction of Groundwater Contaminants
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Technologies Promote In Situ
Chemical Reduction Methods.
Effective use of in situ chemical reduction with zero-valent iron is a efficient and
cost-effective approach
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View Case Studies
The Proof Is In The
Patented Technology.
Explore our case studies to learn more on how REGENESIS is revolutionizing the soil
and groundwater industry .
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