Biomass-Based Resin to Aid Wind Blade Recycling
U.S. researchers have developed a sugar-based resin with comparable strength to conventional resin, making it easier to recycle.
U.S. researchers have developed a sugar-based resin with comparable strength to conventional resin, making it easier to recycle.
Monitoring leaks, forecasting reservoir volumes, and water purification are some of the latest AI applications.
Princeton University has developed a new, ultra-strong concrete structure inspired by the human femur.
In addition to reducing emissions, carbon sequestration offers another path toward clean energy. Here are some of the key techniques.
The construction sector is one of the most carbon-intensive industries, but a new generation of green concrete could revolutionize sustainability efforts.
A groundbreaking scientific project will use satellites and solar-powered sensors to monitor wildlife and ecosystems across the globe.
Green hydrogen, generated from renewable energy sources, has the potential to transform agriculture into a more sustainable and emissions-free sector.
A new additive manufacturing technology dubbed impact printing uses excavated earth as a sustainable building material.
Princeton University has developed a new, ultra-strong concrete structure inspired by the human femur.
Monitoring leaks, forecasting reservoir volumes, and water purification are some of the latest AI applications.
Renewable energy is about to become a part of our daily lives, with a host of new power-generating surfaces such as windows or canopies
With the assistance of ACCIONA, LIFE DREAMER project is working on a promising project seeking to improve sustainable desalination by reducing the use of chemicals and repurposing the concentrated salt streams it generates.
Wind is a great ally in the generation of renewable energy. Wind farms already produce a significant share of global electricity capacity, but the help of wind in fighting climate change might not stop there.
A new eco-friendly power generation turbine uses river currents to produce electricity virtually anywhere
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Can we protect art from natural disasters, conflicts or the erosion of time itself? At ACCIONA, we have found a way of insuring the artistic capital of our past against any risks: large-scale 3D printing.
Can we protect art from natural disasters, conflicts or the erosion of time itself? At ACCIONA, we have found a way of insuring the artistic capital of our past against any risks: large-scale 3D printing.
Can we protect art from natural disasters, conflicts or the erosion of time itself? At ACCIONA, we have found a way of insuring the artistic capital of our past against any risks: large-scale 3D printing.
Can we protect art from natural disasters, conflicts or the erosion of time itself? At ACCIONA, we have found a way of insuring the artistic capital of our past against any risks: large-scale 3D printing.