Proceedings
Theme D
Theme D: Remediation technologies for soil, groundwater and sediment
ThS D1 Technologies for (in situ) remediation and management of soil contamination
ThS D1.5 Enhanced bioremediation of chloromethane and chlorinated aromatics
D1.5_Dennis_etal.pdf
Development and Testing of a Chlorinated Methane Degrading Culture
D1.5_Garcia.pdf
Used as anaerobic biobarriers for HVOCs
D1.5_Slooijer.pdf
Chlorobenzene removal by sequential anaerobic and aerobic biodegradation
ThS D1.8 From in-situ chemical oxidation to in-situ chemical reduction
D1.8_Bryant_etal.pdf
Coupling Oxidative and Reductive reatment Technologies for Integrated Site Remediation
ThS D1.9 Advancement and case studies of monitored natural attenuation
D1.9_MongolKhan_etal.pdf
Diffusive Transport and Biodegradation of Volatile Organic Contaminants in Unsaturated Porous Media
D1.9_Verardo_etal.pdf
A case study of monitored natural attenuation of petroleum-hydrocarbon contaminated soil
ThS D1.10 (Enhanced) Pump and Treat
D1.10_Weingran_etal.pdf
Results of Several Years Operation of a Funnel and Gate System with Bio Reactor at a Former Tar Factory Site
ThS D1.13 Soil stabilization techniques
D1.13_Colombano_etal.pdf
Stabilization of soils impacted by low levels of metals/metalloids contamination: treatability tests, geochemical/thermodynamic modelling and development of an industrial prototype
D1.13_Hollaender_etal.pdf
In-situ remediation of an anthropogenic arsenic contamination due to chemical warfare agents
ThS D1.14 Remediation techniques for "special" contaminants
D1.14_Barker_Bures.pdf
»Unconventional Remediation«: The Paradox of Hydraulic Fracturing for Restoring Contaminated Sediments and Groundwater
D1.14_Bondgaard.pdf
»NorthPestClean« – a Large-Scale Demonstration Project on In Situ Alkaline Hydrolysis
D1.14_Rakowska_etal.pdf
Ex situ Remediation of PAH- and PCB-Contaminated Sediments with Granular Activated Carbon. A pilot field study
D1.14_Ruegge_etal.pdf
»NorthPestClean« – Acoustic Vibration as an Enhancement Method for In Situ Alkaline Hydrolysis of the Pesticide Parathion
D1.14_Sniegowski_etal.pdf
Potential of activated carbon to recover cyclodextrin solution from waste water originating from in situ soil flushing
ThS D1.15 New methods for enhanced bioremediation of organic compounds
D1.15_Cox.pdf
Electrokinetic-Enhanced Bioremediation (EK-BIO) of PCE Source in Low Permeability Materials
D1.15_Gill_etal.pdf
Stimulating in situ Bioremediation in Electron Acceptor Limited Zones by Nitrate Delivery Using Electrokinetics in a Model Scale Aquifer
D1.15_Qin_etal.pdf
Electroosmosis enhances the release of PAH from nanoporous geo-matrices
ThS D1.16 In-situ and on-site thermal technologies
D1.16_Koschitzky_etal.pdf
Steam-Air Enhanced in-Situ Remediation of a Chlorinated Hydrocarbon Source under a Historical Building – from Planning to Successful Rehabilitation
ThS D1.17 Applications of zero valent iron (ZVI)
D1.17_Lhotsky_etal.pdf
Combined nano-bio technology for remediation of contamination by hexavalent chromium: Observed effects of in-situ nano zvi application on population of indigenous microorganisms
ThS D1.18 Nano-ZVI and nano-catalyst for groundwater remediation
D1.18_Joubert_etal.pdf
TCE and CrVI Source Zone Treatment by Innovative Formulation of NZVI
D1.18_Klaas_etal.pdf
The Use of Nanoparticles for the Remediation of Ground Water Contaminations – Proof of Concept
D1.18_Kopinke_Mackenzie.pdf
Capabilities and Constraints of Environmental Nanocatalysis for Water Treatment
D1.18_Lobs.pdf
Injection of zero-valent iron – Herk-de-Stad Flanders
ThS D3 Sustainable remediation / Environmental footprint
ThS D3.1 Examples of sustainable remediation
D3.1_Aerts.pdf
AMORAS project presentation
D3.1_Andersson_etal.pdf
REJUVENATE – Crop Based Systems for Sustainable Risk Based Land Management for Economically Marginal Degraded Land
D3.1_Thomas_Robert.pdf
Embedding Sustainability in Contaminated Site Management – Practical Experiences
ThS D3.2 Green and sustainable remediation
D3.2_Gevaerts_etal.pdf
Is green remediation equal to sustainable remediation – An introduction
D3.2_Nicolaes_etal.pdf
Case study Nicole Roadmap and SuRF-nl position on a railway yard in Eindhoven
D3.2_Smith.pdf
Incorporating sustainable development principles in Shell’s soil and groundwater projects
ThS D3.3 Methods and tools for environmental footprint assessment
D3.3_Bardos_Menger.pdf
Conceptual site or project models for sustainability assessment
D3.3_Nadebaum.pdf
»Sustainable Remediation« of contaminated sites in Australia – what is likely to be the regulatory approach
D3.3_Pachon_01.pdf
Protecting Human Health & the Environment with a Lower Environmental Footprint: US EPA’s Experience to Date I
D3.3_Pachon_02.pdf
Protecting Human Health & the Environment with a Lower Environmental Footprint: US EPA’s Experience to Date II
D3.3_Rizzo_etal.pdf
timbre Expert System for choosing sustainable solutions of risk based approaches and technologies for brownfield rehabilitation
D3.3_VandenBossche_etal.pdf
Defining indicators for Sustainable Soil Remediation in Flanders (B)
ThS D4 Sector specific cases of remediation and soil contamination management
ThS D4.1 Large complex contaminated sites
D4.1_Ceenaeme_etal.pdf
How to tackle all former gassites in Flanders?
D4.1_Geckeler_etal.pdf
Closed Landfill Case Study: Design, Construction and Operation of Soil Vapor Extraction and Recovery System
ThS D4.2 Extraordinary contaminants and tailored remediation
D4.2_Marsman_etal.pdf
Modeling the DNAPL spreading behavior of pure phase elemental mercury in soil and groundwater systems for risk-assessment and remediation approaches
D4.2_Merly_etal.pdf
Best technologies versus current practices in mercury contaminated land management: Results of the IMaHg survey
D4.2_Pancras__etal_01.pdf
Full-scale remediation of cyclic ethers by in-situ chemical oxidation
D4.2_Pancras__etal_02.pdf
Challenges of PFOS remediation
D4.2_Ross_etal.pdf
In Situ Chemical Oxidation of Carbon Disulfide Using Activated Persulfate
IMPRINT | © Helmholtz Centre for Environmental Research – UFZ 2012
Presentations