Hey, I wrote the article. This is my personal website that I wrote mostly over the weekend.
I went down a rabbit hole reading about metals and mining and just thought it was interesting. Not an expert or a nefarious actor, unfortunately.
The formatting of the website on iOS safari moves the left margin off screen so I could not read all of your essay. But you may enjoy reading Material World by Conroy based on what I could read, he does not cover Tungsten.
I'm not sure about some of the numbers. PCD is pretty dominant in gas and oil drilling.
To what extent is tungsten recyclable? i.e. What does it mean for a fusion reactor to consume tungsten?
You may want to attribute the site/article to yourself.
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Nice work but no offense, but it comes off as you describe. I think you are overall right about needing to switch W sources. You are wrong that it will be used for fusion reactors. That won't happen in the lifetime of anyone alive today. It will get used for armor for weapons and possibly some fission reactors. We are nowhere near an actual breakeven fusion reactor. We are only close to theoretical break-evens which are themselves more than an order of magnitude from actual working powerplants. Ask yourself this, how do you efficiently harness 1,000,000C heat? Even at 900C we can only get about 55% and we have materials which can withstand that temperature for decades. We have nothing physical that can take anywhere near 1,000,000C.
> Not an expert or a nefarious actor
If it helps, I know @noleary and can confirm this is a true statement!