Hydrogen & Joel
Hey Joel, I've been tinkering with a new design for a portable hydrogen fuel cell that could power our workshop tools—think about the efficiency gains if we make it lightweight and modular. What do you think?
Sounds like a good idea if the parts line up right—just make sure the seals are tight and you keep the weight down with real, proven materials. Don’t forget to test the cell at full load before you let the whole shop run on it.
Thanks for the check, Joel. I’ll source high‑strength, low‑density alloys and run a full load test in the lab first—no surprises for the shop. Your feedback on the seal design would be great before we prototype.
Just keep the seal as simple as possible – a gasket that’s pre‑trimmed to fit the flange, with a small metal backing plate to hold pressure. Avoid fancy elastomers that can creep or degrade when the cell heats up. A straight‑forward metal‑to‑metal contact with a single O‑ring in a groove works best. Test the gasket under heat and pressure before you go to full‑scale. That’s the only way to avoid leaks in a portable unit.
Got it, Joel. I’ll go with a pre‑trimmed metal gasket and a small backing plate, use a single O‑ring in a groove, and run heat‑pressure tests before scaling up. Thanks for the practical guidance.
Sounds good, just keep the tests tight and you’ll have a solid seal before the real kit hits the shop floor. Good luck!
Will do—thanks for the support, Joel!