Re:Ask HN: Is hydrogen likely to be a major source of power ...
by Hypx on Wednesday September 23, 2020 @09:52PM
(#24574524)
Those tests seem to be at >200˚C if I’m not mistaken. Hardly room temperature. Regardless, the main trick is to avoid using certain types of high-strength steel, line exposed surfaces with polymers, or using composites where ever possible. The problem is for the most part solved.
Re:Ask HN: Is hydrogen likely to be a major source of power ...
by TylerE on Wednesday September 23, 2020 @11:25PM
(#24574948)
So you're admitting the problem exists, which is my entire point.
It's hardly a theoretical-only problem, either:
https://en.wikipedia.org/wiki/Eastern_span_replacement_of_th...
Re:Ask HN: Is hydrogen likely to be a major source of power ...
by Hypx on Wednesday September 23, 2020 @11:38PM
(#24575006)
In the same sense all chemicals have handling issues. In practice, it is basically solved.
That's probably due to them using a vulnerable alloy, and was likely exposed to hydrogen while at a high temperatures. This is nothing like a gas tank filled will hydrogen.
I am not an expert on this, but random internet searches such as [0] indicate that common materials, like high strength steel, are susceptible to both diffusion and embrittlement at room temperature
[0] https://www.energy.gov/sites/prod/files/2014/03/f10/pipeline...