Share this page Project BIO-SKIN Circularity in Urban Regions Cities face multiple challenges related to carbon emissions, biodiversity, extreme weather, wellbeing and other aspects. By developing biobased, waste-based, circular and biophilic facades BIO-SKIN addresses these challenges. Project CircuPHApp Circularity in Urban Regions Cities have large organic side streams, such as waste water. By first transforming these side streams to bioplastic PHA, and subsequently develop valuable applications from PHA, we can create value for the city from urban organic side streams. Project BIO-SKIN Circularity in Urban Regions Cities face multiple challenges related to carbon emissions, biodiversity, extreme weather, wellbeing and other aspects. By developing biobased, waste-based, circular and biophilic facades BIO-SKIN addresses these challenges. Project BIO-SKIN Circularity in Urban Regions Cities face multiple challenges related to carbon emissions, biodiversity, extreme weather, wellbeing and other aspects. By developing biobased, waste-based, circular and biophilic facades BIO-SKIN addresses these challenges. Project CircuPHApp Circularity in Urban Regions Cities have large organic side streams, such as waste water. By first transforming these side streams to bioplastic PHA, and subsequently develop valuable applications from PHA, we can create value for the city from urban organic side streams. Project CircuPHApp Circularity in Urban Regions Cities have large organic side streams, such as waste water. By first transforming these side streams to bioplastic PHA, and subsequently develop valuable applications from PHA, we can create value for the city from urban organic side streams. Project CircuPHApp Circularity in Urban Regions Cities have large organic side streams, such as waste water. By first transforming these side streams to bioplastic PHA, and subsequently develop valuable applications from PHA, we can create value for the city from urban organic side streams. Project CircuPHApp Circularity in Urban Regions Cities have large organic side streams, such as waste water. By first transforming these side streams to bioplastic PHA, and subsequently develop valuable applications from PHA, we can create value for the city from urban organic side streams.