How does contamination move in groundwater?

Visit our new FLUXeye application.

Flux measurements deliver accurate and essential information for groundwater research & management.

Complex soil contamination is often accompanied by an endless and expensive remediation process, caused by the uncertainty about how it is actually spreading below ground. Our technology measures the speed and direction of contaminant spreading underground over a certain period.

Engaged in a remediation project?

Discover what we can offer

Visit our new FLUXeye application and discover what results you can expect after an iFLUX monitoring campaign.

You will find an example iFLUX report, multiple case studies about successful iFLUX applications and more information about the flux methodology and how a project is practically completed.

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How do contaminants spread in groundwater?

All about flux sampling

How do we tackle a monitoring campaign?

All about our balanced service

When does flux sampling offer added value?

All about the applications

What results can you expect?

All about our reporting

News

The Mass Flux concept in practice: discover our latest case studies

Posted on Thursday 19 September 2019

It has been almost 20 years since Einarson and Mackay published an article about pollutant mass flux and mass discharge. The paper provided a general framework for a more advanced and more meaningful characterization and management of contaminated aquifers based on groundwater fluxes., management of contaminated aquifers is commonly risk-based, predominantly relying on contaminant concentration. Despite being acknowledged for some time in the broader contaminated land industry, mass flux concepts and measurements remain under-applied. That’s why we have bundled our knowledge and experience together in two instantly recognizable site applications.

iFLUX accelerates smart water management thanks to capital injection of 1.36 million

Posted on Thursday 09 May 2019

The investment funds Qbic II and VMH (Flemish Environmental Holding) gave the green light for an investment in iFLUX. This capital injection ensures that we can tackle this challenge at a global level.

Some references

Vertical characterisation of historical VOCI contamination over a depth of 15 metres

Czech Republic: March - May 2017

European CityChlor project tests added value passive flux samplers in urban area

Utrecht: 2012 - 2013

Source and plume strength determination of nickel and CVOC’s

Belgium: March-November 2017

CVOC mass discharge of chemical site towards Scheldt river

Belgium: February-November 2017

Discover all references

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