Études de cas

Découvrez ici quelques exemples concrets qui pourraient vous inspirer pour un projet de réhabilitation. Dans chacun de ces cas, notre échantillonnage de flux de la contamination des eaux souterraines a démontré sa valeur ajoutée spécifique.

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Groundwater management for risk reduction at an industrial site

  • Real-time data
  • Proactive risk management
  • Identification of changing groundwater dynamics
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Multi-level sampling to determine the migration risk of BTEX contaminants

  • Risk assessment at old industrial brownfield site
  • Vertical flux differentiation uncovers real contamination dynamics
  • Active source zone dominates over permeability
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Improving fertilizer action plan with nitrate flux data

  • Investigation of Flanders decreasing groundwater availability for agricultural purpose
  • Nitrate leaching assessments
  • Groundwater flow direction assessments
Sampler-Goedele

Low nickel mass flux confirms groundwater transport model and leads to risk-based management approach

  • Residual source strength determination
  • Successful groundwater model calibration
  • Accepted Risk Based Management approach
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Optimalization of remedial design for PFAS at a firefighting training site

  • Insights into mobility of PFAS components
  • Dimensioning and localization of in-situ injections
  • Cooperation between consultant and remediator
Ford Genk

Investigation of biodegradation potential at historic car manufacturing site

  • Shallow soil layers suitable for biodegradation
  • Risk of vertical pollution spreading is negligible
  • Successful approach towards nature-based remediation
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Finland comparing different sampling techniques to ensure cost efficiency

  • Validation of different sampling techniques 
  • Cost efficiency
  • Investigating groundwater contamination
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Design of remediation at fire brigade training ground contaminated with PFAS 

  • High spreading risk of PFAS contamination
  • Design active barrier against PFAS and measure efficiency of active barrier
  • Optimize injection depth and amount of liquid activated carbon by locating high flux zones
garage

Flux measurements indicate low spreading risk on site in Wallonia

  • Spreading risk of residual pollution
  • Watercourse as potential receptor
  • Determination of the need and urgency to remediate
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Better understanding of spreading in a heterogeneous soil 

  • Better understanding of dispersion in very heterogeneous soil
  • Large vertical variation of the flux at short distance
  • Quantification of the pollutant load in the different soil layers
  • Validation study of the flux measurements
wiedauwkaai gent

Flux measurements for Brownfield redevelopment

  • Evaluate plume stability through flux measurements
  • Adjust remediation design
  • Follow up and modify remediation measures proactively
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Design of remedial barrier in river

  • Quantify distribution of inflow over length of canal
  • Measure exchange between groundwater and surface water
  • Monitoring  effectivity of barrier
  • Preventing increase of risk and damage to receptors downstream 

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Contactez-nous pour examiner de quelle manière le Sampler d’iFLUX peut soutenir votre projet.

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