Agenda

Actueel
Agenda

Agenda

Workshop Slimmer meten

Event details

Date
28 Sep 2016
Time
–
Location

KWR Watercycle Research Institute
cost
Free
Contact
Mirjam Blokker PhD

Contact

Mirjam Blokker PhD
Principal scientist Manager
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Mirjam Blokker PhD

Principal scientist Manager

030-6069533

Mirjam.Blokker@kwrwater.nl

06-15861099

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Enabling technologies
Future-proof networks
Determining reliability of modelling of drinking water warming

Water utilities want to know at which locations in the distribution network, and during which periods, risks of excessively warm drinking water may occur, and what targeted measures…

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Looking ahead
Futures studies and response strategies
Digital twin as experience accelerator

In which situations can a digital twin of the distribution process play a valuable role in the training of new staff? This is the central question in the project entitled: ‘On the…

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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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Health
Emerging contaminants
Lead from brass components – phase III

This project examines the Dutch drinking water sector’s sampling protocol to control lead concentrations at the tap. With a tightening of the lead standard, the performance of this protocol needs to be…

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Enabling technologies
Future-proof networks
Insight into connecting pipes

There is still not enough attention being paid to connecting pipes in the transport and distribution network of the Dutch water utilities and De Watergroep in Flanders. Our understanding of the condition, failure probability and residual lifespan…

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Enabling technologies
Future-proof networks
Impact of internal factors on malfunctions

Can malfunctions and/or repair work and pump operations lead to new malfunctions in the mains? This project will investigate this question by determining whether there is a statistical relationship between these factors…

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Enabling technologies
Innovative water treatment technologies
Identifying contaminations with numerical source-determination

The Dutch drinking water utilities abide by the legal provisions for monitoring the microbial quality of drinking water in the distribution network. The monitoring programme for this regular…

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Enabling technologies
Hydroinformatics
Smart Water Networks – 2

This project within the Joint Research Programme of KWR and the water utilities concerns the question of how a smart network – a combination of a variety of sensors with the right algorithms – can in practice…

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Enabling technologies
Hydroinformatics
Development of DiVerDi software for GeoWater

Drinking water utilities strive to achieve maximum quality in the provision of drinking water to customers. This aspiration relates not only to the treatment of drinking water, but also to its distribution.…

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Enabling technologies
Future-proof networks
Climate-proof drinking water, now and in the future

Drinking water in the Netherlands is treated to high quality standards and then delivered to customers through the underground distribution system. The distribution system consists of trunk mains,…

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Enabling technologies
Hydroinformatics
Resilience of distribution systems under crisis scenarios

This exploratory research project is producing an inventory of the possible physical and cyber threats (crisis scenarios) that present a potential danger to the proper functioning of drinking…

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Sustainability
Sustainable use of freshwater resources
Peak consumption causes

Water companies need a water consumption model to help them size their production locations. In this project KWR will extend the day factor model (Vonk et al., 2017) with area-specific information, including garden acreage, and number of…

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Enabling technologies
Future-proof networks
Discolouration prediction tool for optimal cleaning policy

The quality of drinking water in the Netherlands is excellent. Nonetheless, this quality can deteriorate between the water production site and the client. One of the key water-quality…

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Enabling technologies
Future-proof networks
From mains data to mains knowledge

Decision-making about which mains to replace, and when, is one of the most important issues for asset management regarding the distribution network. With decision-support software, water companies can select which mains to…

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Enabling technologies
Future-proof networks
Knowledge-based rules for PVC mains

As a result of the large-scale use of PVC by the Dutch drinking water sector since the 1950s, 52% of the current drinking water distribution network is made of this pipe material.…

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Sustainability
Sustainable energy
Efficient hot water heating

As homes become better insulated, energy consumption for spatial heating is decreasing. It is therefore increasingly important to have a clear picture of another reason for household energy consumption: hot water heating. In this project we determined…

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Enabling technologies
Future-proof networks
Material properties required for shallowly buried pipes

Brabant Water has developed the concept the Tertiaire Net van de Toekomst (TNT) (Tertiary Network of the Future). According to this vision, the tertiary network will be installed…

Read more about Material properties required for shallowly buried pipes
Enabling technologies
Future-proof networks
Robustness of the drinking water infrastructure

Drinking water consumption and the functionality of the drinking water infrastructure are subject to the influence of external developments, such as new sanitation concepts or decreased population levels. These factors can influence…

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Sustainability
Climate change and resilience
Future temperature in the distribution network under the impact of urbanisation and climate change

Water temperature at the pumping station has limited impact on the temperature at the tap, but groundwater temperature does have a strong impact. If ground temperatures increase because…

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Enabling technologies
Future-proof networks
Prediction model condition-determination of cementitious mains – Data mining phase 2

To further structure its existing mains replacement policy, Brabant Water wants to gain more insight into factors that play a role in the leaching of cementitious mains. It…

Read more about Prediction model condition-determination of cementitious mains – Data mining phase 2