If hydrogen is colorless, why do we keep calling it green, blue, turquoise or even pink? We dive into why these labels matter, and why the industry urgently needs harmonized global methods and numbers to back them up. In this episode, we take a closer look at blue and gray hydrogen. How they’re made, what sets them apart, and where their carbon footprints really come from.
All content for The Clean Industry Podcast is the property of Hycamite and is served directly from their servers
with no modification, redirects, or rehosting. The podcast is not affiliated with or endorsed by Podjoint in any way.
If hydrogen is colorless, why do we keep calling it green, blue, turquoise or even pink? We dive into why these labels matter, and why the industry urgently needs harmonized global methods and numbers to back them up. In this episode, we take a closer look at blue and gray hydrogen. How they’re made, what sets them apart, and where their carbon footprints really come from.
If hydrogen is colorless, why do we keep calling it green, blue, turquoise or even pink? We dive into why these labels matter, and why the industry urgently needs harmonized global methods and numbers to back them up. In this episode, we take a closer look at blue and gray hydrogen. How they’re made, what sets them apart, and where their carbon footprints really come from.
In this episode, we unpack the colorful world of hydrogen. If hydrogen is colorless, why do we keep calling it green, blue, or even pink? We dive into why these labels matter, and why the industry urgently needs harmonized global methods and numbers to back them up. Link to the article mentioned on why a harmonized global methodology is key: It doesn’t matter what the color of hydrogen is as long as it lowers net emissions - Hycamite
If hydrogen is colorless, why do we keep calling it green, blue, turquoise or even pink? We dive into why these labels matter, and why the industry urgently needs harmonized global methods and numbers to back them up. In this episode, we take a closer look at blue and gray hydrogen. How they’re made, what sets them apart, and where their carbon footprints really come from.
