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Sensoring

Projects

Health
Safe innovation and the water sector
TUBES as a controlled test environment for low-threshold pilot projects

In this project, we are investigating the possibilities and limitations of distributed-optical-fibre detection techniques in a controlled test environment. This projectis being organised in a broad alliance of…

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Enabling technologies
Hydroinformatics
DMA fingerprint

Dutch water companies are increasingly setting up District Metered Areas (DMAs) that can be used to locate leaks in the mains and to learn more about what is happening in the mains. In this project, we will…

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Sustainability
Sustainable use of freshwater resources
Freshkeeper

The supply of fresh groundwater is limited in coastal areas all over the world, while the demand for freshwater in these areas is actually increasing because of population growth and economic development. One of the effects of…

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Enabling technologies
Future-proof networks
INTEREST – Investment in, and returns from, sensor networks

The current monitoring of our drinking water quality is done on the pure water as it leaves the production location and as it flows from the customer’s tap.…

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Enabling technologies
Future-proof networks
On-site sensoring & monitoring

Determining nutrient concentrations with electronic finger prints and an algorithm based on an artificial neural network. Technology Within TKI Water Technology’s Smart Water Systems theme, a method has been developed which processes…

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Experts

Joep van den Broeke
Senior scientific researcher Project manager
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Joep van den Broeke

Senior scientific researcher Project manager

Joep van den Broeke is a senior researcher and project manager in the Innovation and Valorisation team. Drawing on his background in technology development, implementation and commercialisation, he contributes to…

030-6069658

joep.van.den.broeke@kwrwater.nl

06-11729993

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Peter van Thienen PhD
Principal scientist
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Peter van Thienen PhD

Principal scientist

Peter van Thienen is principal scientist in the Hydroinformatics team. From his background as a quantitative scientist, Peter, together with a number of colleagues, approaches drinking water systems from a…

030-6069602

peter.van.thienen@kwrwater.nl

06-54293706

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News

News

Development of tuneable laser to detect oil in water

16 April 2019 — At a Technical Meeting in Katschberg (Austria), discussions took place on the progress of the European AQUARIUS project,…

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Blog

Gaining control on data quality step-by-step

22 March 2017 — The European Water Framework Directive guidelines on monitoring state that the use of clear and standard methods and…

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Water Sector

Japanese delegation visits KWR for workshop on smart water networks

06 October 2016 — On Wednesday, 5 October, a delegation from Japan visited KWR to attend the workshop on “Smart Metering and…

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Subjects

Enabling technologies

Future-proof networks

Even if the Netherlands has a superbly functioning drinking water network, parts of it are…

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Tools

HomeWaterLab

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TUBES

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Sensoring

TUBES as a controlled test environment for low-threshold pilot projects

DMA fingerprint

Freshkeeper

INTEREST – Investment in, and returns from, sensor networks

On-site sensoring & monitoring

Development of tuneable laser to detect oil in water

Gaining control on data quality step-by-step

Japanese delegation visits KWR for workshop on smart water networks

Future-proof networks

HomeWaterLab

TUBES