Difference between revisions of "Aldebaran Fernanda Octavian"
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According to the equation above, the inner height of the tank is h = 1.000.000 / 3,14 x 50 x 50 = 127,32 mm | According to the equation above, the inner height of the tank is h = 1.000.000 / 3,14 x 50 x 50 = 127,32 mm | ||
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Revision as of 01:00, 29 May 2023
Introduction
Hello! my name is Alde, I'm in mechanical engineering major continuing my study from diploma 3 to bachelor's degree throughout University of Indonesia parallel program.
Life motto? Everybody has their own start and finish line, start creating yours.
Full name : Aldebaran Fernanda Octavian
NPM : 2206100180
Compressed Hydrogen Storage Tank Design
Customer requirement list :
1. Storage tank volume is approximately 1 liter.
2. Hydrogen is compressed to 8 bar of gauge pressure.
3. Normal operating condition (room temperature and humidity).
4. Output and input port for hydrogen filling and exerting.
5. Add pressure regulator for output port.
6. Maximum budget is 500.000 rupiah.
Determining hydrogen phase :
According to hydrogen phase diagram above, hydrogen at 8 bar of gauge pressure and 25 degree Celsius, is in gaseous phase.
Determining tank size :
First step is to determine the tank inner diameter : 100 mm
According to the equation above, the inner height of the tank is h = 1.000.000 / 3,14 x 50 x 50 = 127,32 mm
Tank design calculation :
