From Espresso to Eco-Brick: How Coffee Waste Fuels 3D-Printed Design
Using waste such as coffee grounds to grow mycelium can produce packaging and other biodegradable materials for construction and beyond.
From smart paints that absorb CO₂ to 3D-printed sensors tracking air quality, these innovations are helping clean up our planet.
Using waste such as coffee grounds to grow mycelium can produce packaging and other biodegradable materials for construction and beyond.
Finnish researchers have developed a novel technique that mimics leaf microstructures to boost the performance and sustainability of flexible electronics.
New renewable energy hydrogen generation projects highlight the potential for sustainable offshore hydropower plants.
MIT has developed a technology to optimise the conversion of CO₂ into organic compounds, adding to its potential applications in areas such as food protein production and sustainable concrete manufacturing.
A robotic arm dedicated to caring for coral reefs is one of the latest examples of how robotics is being utilized to protect the planet.
Korean researchers present an exoskeleton for work that adapts to the movements of the spine.
In addition to reducing emissions, carbon sequestration offers another path toward clean energy. Here are some of the key techniques.
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