Interesting idea. The binding resins, if capable of resistance to attack by hydrocarbons, would make for reliable pipelines for transporting oil and natural gas, and would have “give” also.
>>American made, American invented and just in time for...
...Myth & Co. to sell it to sinopec / the Chinese popular front for Royal Eurotrash?
Ping
Pong
Ping
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Left 2, Right 2 - American middle class ZERO.
What about secondary containment pipe? You can’t move gasoline without it. Plus, I can’t imagine this saving much money using carbon and epoxy. Also, mandrel-wound composite pipe is structurally inferior to pipe centrifugally cast inside a hollow mandrel. When they can come up with a mobile centrifugal casting process then they’ll really have something. And they wont need expensive carbon fiber to overcome the strength compromise. But none of this could work in secondary containment applications.
Carbon fiber is NOT cheap and when it breaks, you need to replace the entire component. It shatters on failure.
Great for F1 car chassis as the shattering absorbs the impact. Then you throw it away and build a new one.
Sounds like a bit of oversell...
Reminds me of the village steel mills China tried to create in the 1960s.
Lastly, what NDT techniques does he propose to examine the pipeline material for wall thinning, possible erosion/corrosion, etc? I doubt ultrasound or xray imaging is going to work very well on such composite materials.
An endless pipe is a torus. Whattayagonnadowithat?