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Thermal Energy Recovery from Drinking water
Drinking water utilities aim to reduce their climate footprint. One of the possibilities is to recover thermal energy from drinking water…
Quantifying Uncertainty in Integrated Catchment Studies (QUICS)
The main aim of the QUICS ITN is to educate and train researchers capable of operating at academic research institutions, water utilities or…
Enhanced low-cost ceramic membrane filters for drinking water treatment
At present, 748 million people worldwide lack access to improved sources of drinking water of which almost a quarter relies on untreated…
N2kWh – From pollutant to power
Nitrogen is regarded as a pollutant in aqueous environments, because it potentially leads to algae blooming. In order to avoid environmental…
NICHE-KEN-212
Innovative ways of learning, demonstration farming and water management for enhanced food security and income generation in coastal regions…
AGRIMAR, NWO Topsector Water
De TU Delft en Acacia Water gaan samen aan promotieonderzoek werken binnen de Topsector Water call van NWO. Met een “Excellent” eindoordeel…
Integration and optimization of water, energy and material flows to achieve sustainable urban solutions
The flows of water, energy and materials have a large potential to contribute to sustainable solutions in the city. The research focuses on…
Local approach to efficient water management
TU Delft project assists local stakeholders in developing joint vision for the Zambezi River Millions of people in Mozambique are dependent…
SewerSense - Multi-sensor condition assessment for sewer asset management
Proactive asset management is necessary to ensure the high levels of service currently provided by the sewer system. There are three main…
Local treatment of Urban Sewage Streams or Healthy Reuse (LOTUSHR)
While India is facing its worst water crisis in a decade, its rapid urbanization keeps on putting more stress on fresh water supply, while…