Denmark

ICLEI Members Helsinki (Finland), Copenhagen (Denmark), and Stavanger (Norway), together with Amsterdam, Paris Region, and Tallinn have joined forces through the AI4Cities project, a new EU-funded project challenging companies to develop artificial intelligence (AI) solutions in the fields of energy and mobility. These solutions are aimed at reducing cities’ greenhouse gas emissions and supporting them in meeting their climate change commitments. ICLEI Europe is an expert project partner.  
Post date: 20 Gen 2020
Type: News

The Osram Building was originally built in 1953 as an office and warehouse for A/S Dansk Osram, i.e. a lightbulb manufacturer. The building was the first prefabricated building in Copenhagen, and it was built in shock concrete or shavings, as it is also called. The construction method was developed in Holland, and in involves includes powerfully shaking the concrete. The elements hereby get a very close and uniform structure.
Post date: 16 Gen 2020
Type: Caso

Workshop is dedicated to those who are interested in topics such as circular economy, sustainability, energy effciency, reuse of construction demolition waste and innovations in costruction sector.   H2020 research and innovation project RE4 is pleased to invite industrial companies, researchers, professionals and wide public interested in the topic of circular economy for the public workshop called “Build a fully recycled house? Yes we can!”.  
Post date: 19 Dic 2019
Type: Evento

Urbanisation and climate change call for new solutions to maintain and improve the quality of life in our cities. Public green space has a positive effect on biodiversity, climate, wellness and air quality. This impact ensures that cities are becoming better places to live and work. ‘Green Cities for a Sustainable Europe´ is a platform that encourages the greening of public spaces by providing innovative ideas, information based on scientific research, and technical expertise.
Post date: 13 Dic 2019
Type: Link

Build a fully recycled house? Yes, you can with RE4 prefabricated building elements incorporating up to 100% of construction demolition waste! RE4 is a H2020 project which after 4 years has developed and tested on three demo sites in Europe and one demo in Taiwan, an energy efficient prefabricated elements for building refurbishment and construction, including an innovative mobile robotic sorting system.   Now the project is at its end and would like to share the outcomes during the four consecutive webinars.
Post date: 11 Dic 2019
Type: Link

The main goal of EnDurCrete Project is to develop a new cost-effective sustainable reinforced concrete for long lasting and added value applications.   
Post date: 2 Dic 2019
Type: Link

Endurcrete project includes the design & realization of 2 samples of sensorized concrete panels. This video introduces you to both samples.   The main goal of EnDurCrete Project is to develop a new cost-effective sustainable reinforced concrete for long lasting and added value applications.  
Post date: 2 Dic 2019
Type: Link

CHECK OUT the brand new Powerskin+ project leaflet created by FENIX TNT  
Post date: 2 Dic 2019
Type: Link

The CoNZEBs project formed the main part of a session at the IAQVEC conference in Bari in September 2019. CoNZEBs project partner held in total 6 presentations including a project overview, different project results and one of the national exemplary NZEB buildings presented in the end-user brochure. The papers are published as open source documents in IOP Conference Series: Materials Science and Engineering, Volume 609.  
Post date: 30 Nov 2019
Type: Publication

The CoNZEBs project formed the main part of a session at the IAQVEC conference in Bari in September 2019. CoNZEBs project partner held in total 6 presentations including a project overview, different project results and one of the national exemplary NZEB buildings presented in the end-user brochure. The papers are published as open source documents in IOP Conference Series: Materials Science and Engineering, Volume 609.  
Post date: 30 Nov 2019
Type: Publication