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The BioCannDo Project focused on boosting public discourse and awareness about the bioeconomy, particularly bio-based products made from biomass.besustainablemagazine+1 Project

The WeSenseIT project developed a citizen observatory framework for water resource management. It empowered communities to actively participate in data

OMNISCIENTIS was an EU-funded research project focused on developing an innovative system for monitoring and managing unpleasant odors from industrial

The CITCLOPS project was a European Commission-funded initiative focused on creating a citizens’ observatory for optical monitoring of coasts and

The CITI-SENSE project developed citizen observatories to empower people in monitoring environmental factors and influencing urban policy. It focused on

FASUDIR stands for Friendly and Affordable Sustainable Urban Districts Retrofitting, an EU FP7-funded research project from around 2013-2016.cordis.europa+1 Project Goals

The ECODISTR-ICT project developed an integrated decision support tool for retrofitting and renewing existing urban districts toward sustainability.bed.ectp+1It connects stakeholders

The STREAMER project was an EU FP7-funded research initiative focused on energy-efficient buildings (EeB) in mixed-use healthcare districts. It developed

HOLISTEEC was an EU-funded FP7 research project focused on advancing energy-efficient building design. It developed a cloud-based, BIM-integrated platform for

The eeEmbedded project developed an innovative platform and methodology for energy-efficient building design. It focused on holistic, collaborative tools integrating

The TRIBUTE project focused on reducing discrepancies between predicted and actual energy use in buildings. It improved simulation tools and

The PERFORMER project is an EU-funded initiative under FP7 focused on bridging the gap between predicted and actual energy performance

The ENERGY IN TIME project developed a simulation-based control system to optimize energy use in existing non-residential buildings, targeting up

The SESBE project focused on developing innovative façade elements for sustainable buildings. It aimed to enhance energy efficiency and safety

The MF-RETROFIT project developed innovative, lightweight facade panels for retrofitting existing buildings to boost energy efficiency. Funded under the EU’s

The ECOSHOPPING project focused on developing energy-efficient retrofitting strategies for commercial buildings, particularly shopping centers. It aimed to drastically cut

The CommONEnergy project aimed to transform shopping malls from high-energy consumerist hubs into efficient, sustainable buildings. It focused on deep

The RESSEEPE project focused on developing and demonstrating retrofitting solutions to boost energy efficiency in public buildings. It aimed for

The BRICKER project developed scalable strategies for deep energy-efficient renovations of public non-residential buildings, targeting at least 50% energy reduction

A2PBEER stands for Affordable and Adaptable Public Buildings through Energy Efficient Retrofitting, an EU FP7-funded research project focused on cost-effective