Remediation Petroleum Hydrocarbons | REGENESIS

In Situ Remediation of Petroleum Hydrocarbons

Petroleum hydrocarbon (PHC) compounds provide common environmental issues due to the widespread use of fuel and fuel products. Total Petroleum Hydrocarbons (TPH) is a typical measurement of all the petroleum hydrocarbon compounds onsite, which can then be divided into components to understand transport and degradation behavior. Typical PHC contamination encountered in the subsurface include aromatic and aliphatic hydrocarbons, oxygenates, BTEX, polyaromatic hydrocarbons and many more.

REGENESIS offers a range of in situ remediation technologies to target petroleum hydrocarbon contamination in soils and groundwater.

Treatable Contaminants

Petroleum Hydrocarbons in Gasoline Range and Diesel Range, BTEX, MTBE, Creosote and PAHs. For a full overview please see our Range of Treatable Contaminants.

Application Methods

Injected under low pressure using direct push technology or via injection wells. Substrates may also be applied directly into excavations. Safe and easy to use in- and outdoors.

Advantages

In situ remediation is sustainable cost-effective and rapidly applied. Once injected, the remediation may be simply observed through groundwater sampling with no ongoing maintenance activities, operational cost or energy use.

In Situ Remediation Approaches

In Situ Sorption and Biodegradation (ISSB): PetroFix^®, PlumeStop^®

Enhanced Aerobic Biodegradation (EAB): ORC Advanced^®

In Situ Chemical Oxidation (ISCO): RegenOx^®, PersulfOx^®

Enhancing physical abstraction (Enhanced desorption): RegenOx^®

or a combination of these approaches.

In Situ PFAS Remediation: Lessons Learned from a Decade of Success

A race against time: Emergency benzene spill response using PetroFix

Using High Resolution Tools and 3D Technology to Reduce Costs

From operational challenges to success: Remediating diffuse chlorinated solvent contamination at a waste management site

Dalle sfide operative al successo: bonifica di una contaminazione diffusa da solventi clorurati in un impianto di gestione rifiuti

The need for sustainable PFAS remediation: A lifecycle study by Ramboll comparing the environmental impact of in-situ sequestration to pump and treat

Cost analysis of PFAS remediation on a former air force base

Declorurazione anaerobica potenziata in uno stabilimento farmaceutico attivo contaminato de cloroformio

Nouvelle technologie ISCR pour le traitement de fortes concentrations en polluants dans les eaux souterraines

IES Webinar: Successful biostimulation and bioaugmentation treatment of DNAPL

Combining remediation strategies for the effective treatment of gasworks contamination in Stockholm

Trattamento di riduzione in situ di cromo esavalente in un acquifero ad elevato flusso

Treating high levels of petroleum hydrocarbons: case studies of in situ sorption

Ottimizzazione della tecnologia ZVI per il trattamento in situ di solventi clorurati

Trattamento di elevate concentrazioni di idrocarburi: casi di studio di adsorbimento in situ

Traitement in-situ d’aquifères impactés par des PFAS – Cas d’études à travers le monde

Tratamientos in situ de aguas subterráneas afectadas por solventes clorados

In situ sanering van grondwater verontreinigd met PFAS – Internationale case studies

Using in situ bioremediation and liquid activated carbon for a TCE plume

Traiter les fortes concentrations d’hydrocarbures pétroliers : études de cas d’adsorption in situ

Planning for flexibility: a case study in creating robust remediation designs that can handle the realities onsite

Trattamenti in situ di acque di falda contaminate da solventi clorurati

In situ remediation within bedrock: An exploration of the challenges and solutions using case studies in various geological settings

Een nieuwe methode voor de sanering van petroleum koolwaterstoffen

Utilisation croissante d’une solution injectable de fer zéro valent (ZVI) colloïdal et avantages de la sulfuration

Dépollution in situ dans le substratum : exploration des défis et solutions au travers d’études de cas dans divers contextes géologiques

Tecnologie in situ per trattamento PFAS: sei prove pilota a confronto

A collaborative approach: Creating robust remediation designs to accommodate site realities

Het gebruik van injecteerbaar, colloïdaal nulwaardig ijzer (ZVI) en de voordelen van sulfidatie

Six études à l’échelle pilote évaluant le traitement in situ des PFAS dans les eaux souterraines

Rapid hydrocarbon remediation at an industrial site in Northern Italy

PetroFix eliminates hydrocarbon plume migration in Northern Italy

Bedrock application of ORC Advanced allows for site closure

PetroFix – EU and UK project experience

PetroFix remediation under an operational petrol filling station

PetroFix permeable reactive barrier prevents offsite risk at active gas station

Protection of a chalk stream using an injected permeable reactive barrier

>99% contaminant reduction at largest train maintenance depot in Northern Europe

Injectable permeable reactive barrier stops MTBE and benzene plume

PetroFix in situ PRB replaces cut-off wall design to benefit redevelopment project

First application of PetroFix at petrol filling station in Sweden

Pesticides, VOCs and petroleum hydrocarbons remediated with a suite of in situ technologies

In situ treatment of toluene in groundwater, Helsingborg, Sweden

Integrated in situ remediation of honing oil in a chalk aquifer, UK

Targeted treatment of a wide range of contaminant concentrations in challenging geology

Redevelopment of former gas works unlocked by combining technologies

PersulfOx provides safe and rapid treatment of impacted soils

Integrated geo-environmental solution allows for site redevelopment

In situ barrier prevents offsite migration of groundwater contamination

Rapid TPH and BTEX treatment using enhanced desorption and extraction

Enhanced pump and treat, excavation application and barrier injection

Augmented pump and treat, ISCO and ENA completed under rail lines

Hotspot treatment proves bioremediation technology within rail industry

Enhanced desorption removes viscous mineral oil from groundwater

Remediation of a diesel plume at an active rail facility in Yorkshire, UK

In-situ approach results in cost-effective and successful treatment of TPH and PAH

PlumeStop pilot proves stringent concentration targets are achievable

Remediation of BTEX and Chlorinated Solvents at Volvo Car Gent

Pilot application, petrol station redevelopment, Pesaro, Italy

Dismissed petrol filling station, Liguria, Northern Italy

Remediation of Petroleum Hydrocarbons at Former Buxton Naval Auxiliary Air Station, USA

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