Insights for evidence-based groundwater management

Future-proof groundwater monitoring solutions in uncertain and dynamic times

iFLUX - DUNEA iFLUX - ERM iFLUX - Total iFLUX - TAUW iFLUX - Antea Group iFLUX - Arcadis iFLUX - Pidpa iFLUX - RSK iFLUX - Ademe iFLUX - Ramboll iFLUX - Ineris
24Q2_icons_website_Rocket

Innovation

We continually develop and implement cutting-edge technologies and solutions for monitoring groundwater flux, striving to stay at the forefront of environmental science and data analysis.

24Q2_icons_website_Stewardship

Water Stewardship

We are deeply committed to protecting and preserving groundwater resources, prioritizing responsible and sustainable groundwater management practices.

24Q2_icons_website_Expertise

Expertise

With a team of experienced hydrogeologists, data scientists and environmental experts, we rely upon trusted authorities in the field of groundwater preservation.

In a world where only a small portion of our water is suitable for consumption, groundwater plays a crucial role. Sustainable groundwater management is essential to secure reliable drinking water supplies and protect the environment.

Our goal is to confront the growing crisis of water scarcity head-on. We're doing this by pioneering innovative measurement techniques, utilizing our vast knowledge in groundwater contamination and real-time groundwater monitoring, and forming alliances with like-minded partners.

Making groundwater dynamics visible

We enable optimal groundwater management based on objective data. At iFLUX, we combine state-of-the-art measurements with in-depth expertise to produce actionable insights. The outcome: productive collaborations with partners and clients who share our goals for more efficient remediation and insightful groundwater monitoring.

Sensing Solutions

Monitoring networks for real-time insights into groundwater flows

iFLUX combines leading commercial sensors and external data with unique vertical and horizontal flux sensors, creating the most effective digital monitoring networks. These networks deliver real-time insights for the optimization of your groundwater-related activities. From on-site installation to comprehensive dashboarding for actionable insights, iFLUX takes full responsibility for your digital groundwater network's implementation.

iFLUX Monitoring Network - landscape image
iFLUX Sampler

iFLUX Samplers

Measuring contamination dynamics for more effective remediation

The iFLUX samplers enable faster and more cost-efficient remediation projects, by measuring groundwater and contaminant movement over time. Groundwater and mass flux results provide soil experts with the key insights they need to reduce the risk and uncertainty associated with soil contamination management.

Where iFLUX provides unique insights

From optimizing water quality, to controlling pollution plumes, to improving your riskmanagement strategy: understanding the behavior of groundwater is crucial, especially in the following industries.

24Q1_iFLUX - Drinking Water Companies

Drinking
Water

Drinking Water

We implement monitoring networks that provide accurate real-time data and digital insights into the companies' most crucial capacity buffer: groundwater.

24Q1_iFLUX - Construction

Infrastructure &
Construction

Infrastructure & Construction

We provide insights to perform activities responsibly and demonstrate the effectiveness of the measures taken. This minimizes the effects on surrounding water levels and the spread of pollutants.

24Q1_iFLUX - Remediation

Remediation
Projects

Remediation Projects

Our team of experts utilizes advanced techniques to remediate every soil. We aim to ensure that groundwater flows in its purest form, preserving life-sustaining potential for future generations.

24Q1_Icons_Values_Urban

Urban
Areas

Urban areas

We help regional governments tackle extreme weather, preventing city droughts or floods and measuring the impact of their actions.

24Q1_Icons_Values_Nature

Nature
Reserves

Nature Reserves

We expose the real and often hidden dynamics of our natural hydrogeological systems and show how adjustments can be made to optimize conditions for nature at minimal cost.