Baubotanik Tower OverviewThe Baubotanik Tower is an experimental structure showcasing Baubotanik, a method that fuses living trees with engineered elements […]
Baubotanik Tower: Botanical Engineering: The fusion of living trees and structure Read Post »
The GREEN.EU project, formally known as the European Global Transition Network on Eco-Innovation, Green Economy, and Sustainable Development (green.eu), was
GREEN.EU Project: Global network for eco-innovation Read Post »
The H-HOUSE project, short for “Healthier Life with Eco-innovative Construction Components,” was an EU-funded FP7 initiative focused on sustainable building
H-HOUSE Project: Healthier Life with Eco-innovative Construction Components Read Post »
The ECO-SEE project focused on developing eco-innovative, safe, and energy-efficient wall panels and materials to enhance indoor environmental quality in
ECO-SEE Project: Eco-innovative Panels for Healthier Indoor Environments Read Post »
BRIMEE is an EU-funded research project focused on developing innovative, bio-renewable insulation materials for energy-efficient buildings. It emphasizes cost-effective, sustainable
BRIMEE Project: Bio-Renewable Indoor Materials for Energy Efficiency Read Post »
The ELISSA Project focused on advancing energy-efficient, lightweight steel construction systems. It developed innovative prefabricated modules for sustainable buildings. Project
ELISSA Project: Energy Efficient Lightweight-Sustainable-Safe-Steel Construction Read Post »
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 »