Rapid Learning Facility Engine Lab: Difference between revisions
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(Created page with "*3D printed air engines, pumps. Pushing the limits to highest pressure - plastic pump limits with 3d printed o-rings. With commercial o-rings and ceramic liner, 10ksi should b...") |
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*Alcohol lab - distillation and wood to ethanol | *Alcohol lab - distillation and wood to ethanol | ||
*[[Fischer-Tropf Fluid]] with iron catalyst at 300C and 25 bar | *[[Fischer-Tropf Fluid]] with iron catalyst at 300C and 25 bar | ||
*Hydrogen production | |||
*Oxygen production | |||
*Cutting oxygen compression | |||
*Other industrial gas production - argon and nitrogen | |||
*Pistons | |||
*Rotary engines - turbines and rotary piston | |||
*Gearing and chains | |||
*Rockets | |||
*Jet engines | |||
*Electric motors | |||
Revision as of 18:05, 1 May 2024
- 3D printed air engines, pumps. Pushing the limits to highest pressure - plastic pump limits with 3d printed o-rings. With commercial o-rings and ceramic liner, 10ksi should be easy.
- High pressure testing - 5000 psi small pump - to modify for hydrogen pumping
- Spark chamber + gasoline or alcohol
- Alcohol lab - distillation and wood to ethanol
- Fischer-Tropf Fluid with iron catalyst at 300C and 25 bar
- Hydrogen production
- Oxygen production
- Cutting oxygen compression
- Other industrial gas production - argon and nitrogen
- Pistons
- Rotary engines - turbines and rotary piston
- Gearing and chains
- Rockets
- Jet engines
- Electric motors