The deep sea could hold the key to the future
To kick our fossil fuel habits, we’re going to need a lot more wind turbines, solar panels, and batteries. Building all that infrastructure will require billions of tons of metals and minerals which can be found in abundance at the bottom of the sea. But what about the costs?
Successfully used for greenhouse operations
Low-temperature geothermal energy combines the advantages of thermal energy storage with those of deeper geothermal energy, without its disadvantages. Using shallow geothermal energy for greenhouse operations showed an impressive CO2 savings potential.
Blockchain technology to act against climate crisis
As much as the world faces a climate crisis, it also faces a climate governance crisis. We know what must be done, but we don’t know yet how to get there. New mechanisms are needed. Blockchain is one technology that has the potential to boost global cooperation for climate action.
Nature-based solutions for securing water resources
As economies get squeezed, it is becoming more important to recognise nature-based solutions (NBS) for securing water resources. Integrating reservoirs, treatment plants and pipe networks, with watersheds and wetlands protection can lead to improved water quality at reduced cost.
Artificial Intelligence plays a key role
In the fight against COVID-19, organisations have been quick to apply their Artificial intelligence (AI) and machine learning know-how. Both technologies are playing a key role in better understanding how COVID-19 spreads and speeding up research and treatment.
500 solutions labelled after two years
Two years after launching the Efficient Solution Label, the Solar Impulse Foundation is halfway through its #1000Solutions Challenge. At reaching this milestone, the team took a closer look at some of the data collected through all applications and gathered some interesting insights.