The FOAM-BUILD project developed advanced nanomaterials to create energy-efficient, smart building facades. It focused on thermoplastic foams enhanced with nanotechnology […]
FOAM-BUILD Project: Nanomaterials for smart facades Read Post »
ADAPTIWALL is an EU-funded research project under FP7 that developed multi-functional, lightweight prefab wall panels for energy-efficient buildings. These adaptive
ADAPTIWALL Project: Adaptive insulation wall panels Read Post »
The APSE Project developed eco-friendly asphalt pavements to reduce environmental impact in road construction. It focused on replacing traditional bitumen
APSE Project: Eco-friendly asphalt for a sustainable environment Read Post »
The ECO-CEMENT project developed a sustainable cement alternative using bacteria to precipitate calcium carbonate through urea hydrolysis, reducing carbon emissions
ECO-CEMENT Project: Bacteria-produced cement Read Post »
The ISOBIO project developed highly insulating construction materials using bio-derived aggregates combined with innovative binders. Project Overview ISOBIO was an
ISOBIO Project: High insulation from bio-derived aggregates Read Post »
The CU-PV Project focused on creating sustainable photovoltaic (PV) modules through a cradle-to-cradle approach, emphasizing full recyclability and minimal environmental
CU-PV Project: Sustainable Photovoltaic Modules (Cradle-to-Cradle) Read Post »
The INNOBITE project transformed agricultural and urban waste, like wheat straw and recycled paper, into high-performance biocomposites for sustainable construction.
INNOBITE Project: Transforming agricultural waste into construction materials Read Post »
The I-PAN project developed innovative lightweight structural panels using poplar wood and recycled materials. Project Overview I-PAN, or Innovative Poplar
I-PAN Project: Innovative lightweight poplar structural panels Read Post »
Oasia Hotel Downtown is a pioneering “living tower” in Singapore’s Central Business District, designed by WOHA architects and completed in
Oasia Hotel Downtown: Vertical ecosystem in the city center Read Post »
The OSIRYS project developed innovative forest-based biocomposites for building facades and interior partitions. It focused on enhancing indoor air quality
OSIRYS Project: Forest-based biocomposites for facades and partitions Read Post »