Ionic Liquid Piston Based Gas Compressor: Difference between revisions
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=Basics= | =Basics= | ||
*A Pump Designed for Toxic/Explosive Gasses with low part count and high reliability | *A Pump Designed for Toxic/Explosive Gasses with low part count and high reliability | ||
*Can this be done with a durable [[Gasholder]] / [[Gasometer]] (perhaps with extra depth to prevent a pressure based leak/allow more travel distance and thus more pressure), | |||
and some sort of actuator, a hydraulic piston etc, to push the top down while it is sealed, then use some sort of valve to take the pressurized gas out, rinse and repeat? Wouldn't requre lubrication of the piston, and perhaps could be staged? | |||
*Main issues may be: | |||
* "dome" section strength | |||
* pressure gained per travel distance centimeter down (ie will some huge tower be needed (anyone know the math?) | |||
**Granted this may be solved via larger diameter "pistons", and multiple compression pistons in series? | |||
=Used For= | =Used For= | ||
Revision as of 02:13, 22 April 2020
Basics
- A Pump Designed for Toxic/Explosive Gasses with low part count and high reliability
- Can this be done with a durable Gasholder / Gasometer (perhaps with extra depth to prevent a pressure based leak/allow more travel distance and thus more pressure),
and some sort of actuator, a hydraulic piston etc, to push the top down while it is sealed, then use some sort of valve to take the pressurized gas out, rinse and repeat? Wouldn't requre lubrication of the piston, and perhaps could be staged?
- Main issues may be:
- "dome" section strength
- pressure gained per travel distance centimeter down (ie will some huge tower be needed (anyone know the math?)
- Granted this may be solved via larger diameter "pistons", and multiple compression pistons in series?