Zdeněk Suchánek Sebastian Stachowski Joytishna Jit Francesca Bampa

National Contaminates Sites Inventory in the Czech Republic

Contaminated site remediation in Poland, the regulatory framework, where we are, how we got here and where we are going

The National Remediation Framework for the remediation and management of contaminated sites in Australia (NRF)

Managing soil multifunctionality across europe: the LANDMARK project

Piero Mori Harry O’Neill Guilherme Varela Claudio Sandrone

Innovative tools for the site characterization: Compound Specific Isotope Analysis (CSIA), Background Fluorescence Analysis (BFA), Compositional Fingerprint (CF) and Electrical Resistivity Tomography (ERT).

An Effective Sampling Strategy Using Passive Soil Gas Samples to Accurately Characterize a Site for Chlorinated Contaminant

Review of Conceptual Site Model (CSM) and redefinition of environmental remediation project after High Resolution Site Characterization (HRSC) using OIP and HPT technologies combined

Applications of Bio-Traps for Site Diagnostics

Massimo Marchesi Roberto Bonarelli Rudmer Stoel Paola Verza

Gas stations: characterization, dating and monitoring through compositional and isotopic fingerprinting analysis

SAGAcE Project - Sistema Avanzato di monitoraGgio AmbiEntale (Advanced Environmental Monitoring System)

Use of innovative techniques in sediment research

Asbestos analysis techniques: examination of the Italian situation and comparisons with the methods adopted internationally

Daniele Troiano Nicoletta Cavaleri Lucia Mastacchini Michela De Camillis

Asbestos analysis techniques: examination of the Italian situation and comparisons with the methods adopted internationally

The added value of a multidisciplinary approach to the characterization of a complex sites

Environmental assessment of PCB contamination in Lebanon

Cyclic bioremediation of a heavily impacted Xylene site in Westerlo (BE) – 100% on site biological treatment of soil, groundwater and soil vapor

Katia Pacella Michael Ayers Gareth Leonard Domen Leštan

Combination of remediation technologies: In Situ thermal desorption and In Situ Immobilization

Landfill Closures, a Novel Solution to Closing Old Landfills with Significant Property Constraints

The use of Passive Flux Meters and Design Verification Program - Lessons Learned from Pre-Application Assessments at In Situ Remediation Sites

Large-scale demonstration of novel, entirely sustainable chelator-based washing of heavy metals contaminated soils

Scott Steffl Nicolas Fatin Rouge Andrea Campioni Emanuele La Grotta

Combined Remedy: Alkaline Activated Persulfate with In Situ Solidification/Stabilization (ISCO-ISS) in a Single Application

The MOUSTIC project: development and assessment of a new foam-based method for the enhanced (bio)degradation of hydrocarbons in vadose zone

Cheese whey injection in groundwater: use of a new and cost-effective substrate for in-situ bioremediation of chlorinated solvents

Forward osmosis – nanofiltration system applied for the production of high quality water from contaminated water

Alberto Tiraferri Norbert Brandsch Quentin Giraud Martin Sloojer

Forward osmosis – nanofiltration system applied for the production of high quality water from contaminated water

A Step by Step Approach for a complex DNAPL Remediation in Brazil

3D Numerical Modelling of an In Situ Field Scale Pulsed Pumping Process of a Large DNAPL Pool in a Keyed Enclosure

EHC Plus: Securing rapid contaminant reduction and accelerated bioremediation using a activated carbon based injectable reagent

Scott Steffl Stefano Marconetto Jim Mueller Gareth Leonard

Multiple Lines of Evidence Approach to Assess PFAS Sources, Contaminant Distribution, and Fate and Transport

New Integrated -Biogeochemical /Electrochemical Method for Remediation of Contaminated Groundwater

New Integrated- Biogeochemical /Electrochemical Method for Remediation of Contaminated Groundwater

The advantages of combining surface sulfidation and colloidal suspension of a zero valent iron amendment to remediate chlorinated hydrocarbons through balanced abiotic and biotic degradation

Leandro Moretti Bud Ivey Jasper Schmeidt Ahmad Assi

The study on containment systems for methane production in groundwater reclamation interventions

Surfactant Enhanced Extraction (SEE) at LNAPL and DNAPL Impacted Sites Pilot to Full Scale Applications in Canada, United States and Europe

Monitoring sediment with underwater drones

A novel green method for heavy metals stabilization process based on sewage sludge ash recovery

Melanie Hekeu Francesca Motta Michael Schubert Silvia Frisario

Assessment of the performance of biotechnological strategies for the remediation of marine sediments highly contaminated with polycyclic aromatic hydrocarbons

Development of guidelines for Ecological Risk Assessment

Reducing costs by quantifying natural source zone depletion processes in risk-based remediation

Development and application of decision support tools in ecologically sensitive areas: Syndial’s experience

Lisa Pizzol Christophe Barnier Craig Cox Harry O’Neill

Development and application of decision support tools in ecologically sensitive areas: Syndial’s experience

Management of a former gas plant for changing from industrial to residential use: distribution of decontamination thresholds according to construction practices

The Importance of Sanitary Sewers as the Expected Preferential Pathway in Vapor Intrusion Evaluations

Why the US EPA is Promoting the Collection of Time-Integrated, Passive Indoor Air Samples for Vapor Intrusion Risk Assessments

Mikko Faarinen Jose Gouvea Jussi Reinikainen Natalia Rodriguez

Eugenio

Measurement of Radon in dwelling, workplaces and mines– impact of new legislation in Europe

Measurement of Radon in dwelling, workplaces and mines– impact of new legislation in Europe

PFAS risk assessment on fire fighting training sites

FAO’s collaborative approach to understanding the global extent of soil pollution and seeking the best feasible management and remediation strategies for all countries