Researchers searching for construction materials that address both climate and health challenges have stumbled upon a new, exciting biocomposite material.
Construction, materials, and type of heating all play a crucial role in determining the amount of CO2 emissions a building will generate over its lifespan. CAALA's software can accurately calculate and optimise these factors from the outset.
Could digital solutions be at the forefront of the construction industry's mammoth carbon footprint? Experts agree - they have potential. But the answer to making our buildings "smart" could be more complicated.
Together with the city of Aalen, climate-positive architects, engineers and teachers have planned a futuristic school building.
Living walls are a practical — and beautiful — way of adding greenery while lowering heating emissions in our cities. Here's how technology could be used to aid them.
What if we could upcycle agricultural waste into a cheap, sustainable and biodegradable building material? Mycelium shows it's possible.
Scientists in Japan hope their innovative building material can provide affordable housing while cutting down on sand use and significantly reducing the number of diapers that end up in landfills.
Traditional cement is dirty, slow and unwieldy. A US-based startup hopes its new biocement can help change that.
A Finnish company wants to make heating systems more efficient by harnessing the power of artificial intelligence - collecting data on electricity prices and consumer behaviour to sink costs, CO2 emissions and even the likelihood of repairs.
