Share this page Project ALIGN4energy Urban Energy To support citizens, policy makers and energy system developers to synchronize investment timelines, interests... Project Circular Paving in Amsterdam Circularity in Urban Regions The environmental impact of road constructions is large. For Amsterdam to reach the city’s policy goals in circularity and climate change, re-using concrete pavers is crucial. This project investigates the impact for different circular scenarios. Project Adaptive Circular Cities Circularity in Urban Regions Cities are jointly responsible for the consumption of 75% of the planet’s natural resources and produce 60–80% of all greenhouse gas emissions. This highlights why there is an urgent need for more circular cities. Project Adaptive Circular Cities Circularity in Urban Regions Cities are jointly responsible for the consumption of 75% of the planet’s natural resources and produce 60–80% of all greenhouse gas emissions. This highlights why there is an urgent need for more circular cities. Project ATELIER Urban Energy What if we could generate more energy rather than consume this? In the ATELIER project, neighborhoods in Amsterdam and Bilbao are transformed into 'Positive Energy Districts' by implementing innovative solutions. Ultimately reducing 1,7kton CO2 emissions. Project ALIGN4energy Urban Energy To support citizens, policy makers and energy system developers to synchronize investment timelines, interests... Project ALIGN4energy Urban Energy To support citizens, policy makers and energy system developers to synchronize investment timelines, interests... Project Circular Paving in Amsterdam Circularity in Urban Regions The environmental impact of road constructions is large. For Amsterdam to reach the city’s policy goals in circularity and climate change, re-using concrete pavers is crucial. This project investigates the impact for different circular scenarios. Project Circular Paving in Amsterdam Circularity in Urban Regions The environmental impact of road constructions is large. For Amsterdam to reach the city’s policy goals in circularity and climate change, re-using concrete pavers is crucial. This project investigates the impact for different circular scenarios. Project Circular Paving in Amsterdam Circularity in Urban Regions The environmental impact of road constructions is large. For Amsterdam to reach the city’s policy goals in circularity and climate change, re-using concrete pavers is crucial. This project investigates the impact for different circular scenarios. Project Circular Paving in Amsterdam Circularity in Urban Regions The environmental impact of road constructions is large. For Amsterdam to reach the city’s policy goals in circularity and climate change, re-using concrete pavers is crucial. This project investigates the impact for different circular scenarios. Project Adaptive Circular Cities Circularity in Urban Regions Cities are jointly responsible for the consumption of 75% of the planet’s natural resources and produce 60–80% of all greenhouse gas emissions. This highlights why there is an urgent need for more circular cities. Project ATELIER Urban Energy What if we could generate more energy rather than consume this? In the ATELIER project, neighborhoods in Amsterdam and Bilbao are transformed into 'Positive Energy Districts' by implementing innovative solutions. Ultimately reducing 1,7kton CO2 emissions. Project Adaptive Circular Cities Circularity in Urban Regions Cities are jointly responsible for the consumption of 75% of the planet’s natural resources and produce 60–80% of all greenhouse gas emissions. This highlights why there is an urgent need for more circular cities. Project ATELIER Urban Energy What if we could generate more energy rather than consume this? In the ATELIER project, neighborhoods in Amsterdam and Bilbao are transformed into 'Positive Energy Districts' by implementing innovative solutions. Ultimately reducing 1,7kton CO2 emissions.
