AI advises that laminar flow created by spiraling pipelines is a great idea! They identify a few problems: No problem! We have worked successfully around these problems.

Water molecules of a Laminar flow never touch the inside of the spiraling pipe. This happens using small diameter hoses. The Corellas Effect works on larger diameter pipelines, but it needs to be calmed.
A new way of understanding!
Large pipes usually have turbulence. AI only knows what exists; it doesn't know about any Scientific Revolution!

Notice the high velocity of Laminar flow illustrated by the red zone -- travelling three times faster in smaller hoses.
The higher the velocity, the greater the Kinetic Energy, but to a factor of 3 x 3 x 3 or 27 times.
Kinetic Energy = 0.5 x Area of pipe x Velocity
(to the power of 3) x 70% efficiency

AI identifies Laminar flow energy as excellent innovation. AI also identifies a problem:
the Reynolds number indicates turbulent flow in large diameter pipes.
Turbulent flow enters the spiraling pipeline. It needs to be calmed!
A shift in world view: a Scientific Revolution!
This may be the one idea that will make all the difference.
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Your talent will enable us to meet your goals and create a new future for yourself.
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