Protection of a river using an activated carbon barrier in North Italy
In Situ Treatment of Chrome(VI) Plume in Fast Flowing Aquifer, NW Italy
Successful 12-Month Pilot Trial of Enhanced Reductive Dechlorination
Treatment of mixed chlorinated ethenes and ethanes at an active site, UK
Breakthrough Treatment for PFAS
Advanced Remedial Technologies Restore Neighborhood
Galligu and TPH Contaminated Site Remediation in Runcorn, UK
In Situ Treatment of Dichloroethene and Vinyl Chloride in Brussels, Belgium
Site Goals Achieved Within Two Months
Combined Remedy Chosen for FDEP Innovative Technologies Program
RegenOx Application Quickly and Efficiently Lowered Diesel Range Organics (DRO) to Below ADEC Requirements
Plume Treatment Under a Former Gas Works Site in Italy
Integrated remediation at a motorway petrol station in Lombardia, Italy
Integrated Remediation of a Petrol Filling Station, Middlesex, UK
Rapid, Effective Remediation of Free Product at an Active Rail Depot, UK
In Situ Remediation of Petroleum Hydrocarbons at Rail Depot, Bristol, UK
In Situ Bioremediation at a French Airport in Southwest France
Treatment of a Widespread Plume Beneath a Metropolitan Area in Italy
LNAPL Removal at a Former Manufacturing Site, Northwest Italy
Remediation of a Diesel Plume at an Active Rail Facility in Yorkshire, UK
Remediation of Chlorinated Hydrocarbons at Manufacturing Facility, UK
Treatment of a Diverse Range of Contaminants, Emilia Romagna, Italy
Remediation of LNAPL at Redevelopment Site – London, UK
Smear Zone Treatment at Former Factory in Madrid, Spain
Ongoing Remediation of TPH, BTEX and CVOC at Volvo Car Gent, Belgium
Successful Pilot Test at Former Dry Cleaner Site with Restricted Access
Remediation of a Former Builder’s Yard, Bedfordshire, UK
Remediation of Impacted Groundwater on a Busy Construction Site, UK
BTEX and CVOC Plume Treatment under Active Industrial Facility
ORC Advanced and PersulfOx Application Reduces BTEX and TPH at an Active Service Station in Las Vegas, US
Integrated Remediation of a Petrol Filling Station, Middlesex, UK
LNAPL Remediation in a Chalk Aquifer under a Residential Property
ISCO and Bioremediation at Former Petrol Station in the Loire Valley, France
Remediation of DNAPL in a Sandstone Aquifer at a Former Bleaching Mill
ISCO and Enhanced Aerobic Bioremediation during Residential Development
Groundwater in Soils and Bedrock Treated at an Industrial Site, Sweden
Pilot Study at Former Gasworks, Southeast England, UK
REGENESIS Remediation Services’ Efficient ISCO Treatment Keeps Redevelopment Schedule of Former Gas Station On Track
Chlorinated Solvent Remediation via ISCO at Former Industrial Site in Barcelona, Spain
In Situ Remediation at an Active Manufacturing Facility in Northern Italy
Pilot Test of ISCO Soils Treatment in Industrial Area, Italy
Treatment of a Widespread Plume Beneath a Metropolitan Area, Italy
Innovative Application of PersulfOx Addresses BTEX Contamination at Former Gas Station Site
Enhanced Reductive Dechlorination in a Fast Flowing Aerobic Aquifer
Large-scale In Situ Enhanced Reductive Dechlorination of a 6 Hectare Site
Successful Bioremediation at a Former Air Force Base Fire Training Area
Remediation of Chlorinated Solvents Allows for Redevelopment in Sweden
Military Fuel Depot Remediation in Moheda, Sweden
In Situ Hexavalent Chromium Remediation, Northern Italy
Treatment of Chlorinated Solvents in Bedrock, Germany
Combined Remediation Approach Allows for Redevelopment, UK
Redevelopment of Former Manufacturing Facility, Northern Italy
Enhanced Abstraction of Chlorinated Solvents using PetroCleanze
Bioremediation of Chlorinated Solvents at an Operational Facility
Enhanced LNAPL Recovery at a Public Facility in Kent, UK
Remediation at Active Pharmaceutical Manufacturing Facility, Italy
Remediation of Former Petrol Filling Station, UK
Enhanced Physical Extraction at Operational Petrol Filling Station in Italy
Environmental Remediation at Active Electronics Manufacturing Facility, Sweden
Remediation of Off-Site Migrating Plume at Active Industrial Unit, Sweden
Remediation Beneath Residential Housing Estate in Marlow, UK
Large Scale Remediation of Former Factory in London, UK
Environmental Remediation Beneath Residential Properties, UK
In Situ Remediation of an Operational Petrol Filling Station in Northern Italy
Remediation of Disused Petrol Filling Station in Liguria, Northern Italy
Pilot Application, Petrol Station Redevelopment, Pesaro, Italy
Urban Petrol Station Redevelopment, Trieste, Italy
Remediation of Commercial Shopping Centre in Underground Car Park
Remediation of Operational Petrol Filling Station, Milan, Northern Italy
TPH Remediation at Operational Army Airforce Base, Northern Italy
Redevelopment of Motorway Petrol Filling Station in Lazio, Central Italy
Remediation of Operational Petrol Station in Veneto, Italy
Redevelopment of Electronics Manufacturing Facility, Midlands, UK
Redevelopment of a Former Petrol Filling Station, Sweden
In Situ Remediation at Active Petrol Station in Genova, Italy
Integrated Treatment Train Reduces Chlorinated Solvents and Pesticides
Remediation of an Active Petrol Filling Station in Emilia Romagna, Italy
In Situ Remediation of MTBE and BTEX at Active Petrol Filling Station
Environmental In Situ Remediation of a Petrol Filling Station in Italy
In Situ Treatment of 1,2 Dichloroethane Under a Factory, Kent, UK
In Situ Bioremediation of a PCE Plume in Antwerp, Belgium
MBTE Remediation at an Active Petrol Filling Station in Italy
In Situ Treatment of Chromium on an Industrial Estate, Mansfield, UK
Plume Remediation at an Active Manufacturing Site near Orléans, France
Chlorinated Solvents Treatment at Former Dry Cleaner Site, UK
Design Focused Remediation of a UK Defence Manufacturing Site
Active Manufacturing Plant, Cataluña, Spain
In Situ Groundwater Treatment of Pentachlorophenol (PCP), Sweden
Successful Remediation of a Large Scale Chlorinated Solvent Plume
Treatment of Chlorinated Solvents in Limestone Bedrock
Bioremediation of Petroleum Hydrocarbons, Oxfordshire, UK
Remediation at Active Petrol Filling Station in North Italy
In-situ Remediation of Petroleum Hydrocarbons in Deep Chalk
Petroleum Contaminated Groundwater Treatment, West London, UK
Residential Redevelopment of Former Industrial Site, Helsingborg Sweden
Remediation of Hexavalent Chromium in Bedrock at Former Saw Mill
Hotspot Treatment of Petroleum Hydrocarbons – North West, UK
PetroCleanze Increases Efficacy of Pump and Treat System – Reading, UK
Enhanced Recovery & Biodegradation of Petroleum Hydrocarbons – Sweden
Treating Aniline Compounds at a Former Pharmaceutical Plant
Fuel spill treated using RegenOx at a Swedish military base in Afghanistan
Hexavalent Chromium Barrier Treatment Protects River
In Situ Remediation of PCE and DNAPL at Active Industrial Drycleaners
PlumeStop and ORC Advanced Treat BTEX to Non-Detect in 1 Month
$150,000 Cost Savings Achieved using Enhanced Anaerobic Bioremediation and Bioaugmentation
ISCO Treats High Levels of TCE with Planned Enhanced Bio for TPH Treatment
AZ Superfund Site Uses ISCO to Replace Recirculation Wells Leading to Cost Savings of $100,000
Combined Remedies Approach Reduces CVOCs up to 97% in 78 Days
Safe and Simple Excavation Application Provides Long-Term Treatment
High TPH Concentrations Treated Using PersulfOx® and ORC® Advanced
PersulfOx® Treats Gasoline Tanker Truck Spill Site
Regulatory Goals Met in 30 Days in Complex Industrial Dry Cleaner Plant Remediation
Regenesis Remediation Services™ – TCE-Impacted Soil Treated with RegenOx®
Combined Remedies Treat Chlorinated Solvents at Gulf Coast Superfund Site
Combined Remedies Used at Former Chemical Company in Illinois, USA
PlumeStop Application Pilot Study: Former Dry Cleaner Site, USA
PlumeStop® Applied to Former Electronics Facility in Indiana Achieves 99.9% Reduction in 2 Months
Long-Term Chlorinated Solvent Treatment using a Controlled-Release Microemulsion
How effective is PersulfOx in treating Pentachlorophenol (PCP)?
When applying ORC/HRC following PlumeStop, are re-applications needed to continue the biodegradation process through to completion?
Will the biodegradation component of PlumeStop treatment cause bacterial waste products to clog soil pores?
Can we expect PlumeStop to alter the subsurface hydrogeologic conditions; would the injection of PlumeStop change groundwater flow direction, hydraulic conductivity, etc.?
Following PlumeStop application is there any effect on permeability?
Will PlumeStop work in low permeability clays, will it actually penetrate clay?
How do you prevent the PlumeStop from sorbing other organic and inorganic materials other than the dissolved contaminants?
Have any toxicity studies been conducted on the PlumeStop materials?
Does PlumeStop work with both aerobic as well as anaerobic bio?
In what situations should someone consider using ORC/ORC Advanced Filter Socks?
How big are ORC Advanced Pellets and do they contain micro-nutrients?
How much active oxygen does original Oxygen Release Compound (ORC) contain?
How much active oxygen does ORC Advanced contain?
Is RegenOx compatible with underground infrastructure such as UST’s, piping, electrical, etc.?
Does RegenOx produce any problematic exothermic conditions?
Why does RegenOx come as a two-part ISCO reagent?
How does Regenesis Remediation Services (RRS) work with Environmental Consultants?
Can PetroCleanze have any effect on LNAPLs that will change the viscosity of the free phase product? Could it create any measurable change in the transmissivity of an LNAPL?
Can 3-D Microemulsion and BDI Plus (Bioaugmentation) be co-applied?
When it comes to distribution documentation and observation are there recommended tracer dyes and levels for 3-D Microemulsion?
Please explain the composition of 3-D Microemulsion?
Does ORC Advanced have any negative effects on concrete?
What is the shelf-life of ORC and/or ORC Advanced?
How effective, generally speaking, is RegenOx/PersulfOx at addressing heavy end products such as TPH-diesel and coal tar creosote?
Does PersulfOx work with carbon tetrachloride?
What are some of the typical byproducts when using PersulfOx?
Does oxidation with PersulfOx generate hexavalent chromium?
Have you seen any aquifer plugging by the amorphous silica used in PersulfOx?
What is the shelf-life of PersulfOx?
If you had, for example, 600,000 ppb of TCE, you probably have a DNAPL plume. Wouldn’t cleaning up the groundwater just be temporary?
What about NAPL mobilization with injections? Do you recommend having hydraulic control (a P&T system) to prevent potential contaminant mobilization from moving off-site?
When performing soil mixing/remediation projects using ISCO is added water a requirement?
Can RRS inject into discreet zones?
When applying PersulfOx what type of equipment does RRS use for monitoring influence data in the field?
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