Materials driven by the energy transition, including aluminium, copper, and gold, are predicted to become the most valued materials by 2050, overtaking construction materials such as gravel and sand.

📣 We're thrilled to welcome to our portfolio Found.Energy—a #ClimateTech startup that is decarbonizing heavy industries with an aluminum-thermal power system that converts aluminum into heat and hydrogen. 🥫⚡️ Learn more about our investment ⤵️ blogs.autodesk.com/autodesk-found…

Normally if you put aluminum into water nothing happens. We figured out a way to change this. Watch this 1 minute video to see a short demo of how we can turn aluminum into fuel.

Uranium has 1 million times the energy density as gasoline. So why isn’t everyone using it as a fuel?

Could a factory use its own waste to power itself?

Each coal train in the US is capable of moving ~120 GWh of energy. Instead, let’s use those same trains to move clean, rechargeable fuels around.

Beneath deserts, jungles, and city streets lurks the world’s largest battery.

⅕ of all energy on earth just goes to boiling water. Why?

Why haven’t clean fuels taken over the world?

The craziest idea I pitched at NASA turned into a venture-backed tech company. Here’s my story:

Every aluminum company is an energy company.

This fuel pellet stores 23 MWh of clean energy per cubic meter. Let me explain.

We’re launching a new video series where we uncover the hidden energy consumption behind everyday objects.

Behind every sip of coffee is a fossil fueled inferno. I’m going to investigate the energy that went into making the coffee mug you hold every morning.

Plastic forks are not great for the environment, but neither are stainless steel ones. I’m going to investigate the energy that went into making the fork you use at dinner every night.

Making a single slab of that concrete sidewalk sitting outside your house probably put more carbon emissions and pollutants into the atmosphere than your car did this week.