Perché è rilevante per i materiali
Two competing electrolyser designs have completely different material profiles. Alkaline needs nickel and steel; PEM needs platinum and iridium. Which one wins determines which metal becomes scarce.
Di cosa è composto
Tutti i materiali →| Materiale | Cosa fa qui | Importanza |
|---|---|---|
| Copper critico | Power delivery at very high current | Definizione di |
| Iridium critico | PEM anode catalyst | Definizione di |
| Nickel critico | Alkaline electrolyser electrodes | Definizione di |
| Platinum critico | PEM cathode catalyst and fuel cells | Definizione di |
| Iron & Steel | Stacks, vessels and piping | Importante |
| Titanium critico | PEM bipolar plates | Importante |
| Scandium critico | Solid-oxide cell electrolyte | Presente |
| Yttrium critico | Solid-oxide cell electrolyte | Presente |
Copper
The reddish metal that carries electricity better than anything except silver, and which humans have been smelting…
Iridium
The most corrosion-resistant metal known, and the second densest — a litre of it weighs about 22.5 kilograms.
Nickel
A silvery metal that resists rust, which is why it goes into stainless steel — and, more recently, into the cathodes…
Platinum
A dense, unreactive metal that speeds up chemical reactions without being consumed by them.
Iron & Steel
Iron with a little carbon in it, and the most-produced manufactured material on the planet.
Titanium
A metal as strong as steel at about half the weight, which does not corrode in seawater or in the human body.
