- #1
Yofish
- 3
- 0
Hello, new here looking for some help on a project I'm working on. First off, I am not an engineer, have no degree in anything and am a math moron.
This is what I'm trying to achieve: deliver a proprietary substance overtime in 300' of water. The fantasy is to use Co2 gas to propel the substance. I realize that as chamber 'B' volume increases pressure will drop but that (I hope) does not matter as long as the propelling pressure stays (somewhere?) above the ambient pressure.
I'm asking for what the volume and initial charge pressure should be for chamber 'B' in order to achieve this. The dimensions shown are from what material I've chosen to use to prototype and are otherwise meaningless and can be changed easily.
I'd like to avoid discussing friction, viscosity and other obvious variables and assume whatever challenges they might represent can be more or less obviated.
R/Mark
This is what I'm trying to achieve: deliver a proprietary substance overtime in 300' of water. The fantasy is to use Co2 gas to propel the substance. I realize that as chamber 'B' volume increases pressure will drop but that (I hope) does not matter as long as the propelling pressure stays (somewhere?) above the ambient pressure.
I'm asking for what the volume and initial charge pressure should be for chamber 'B' in order to achieve this. The dimensions shown are from what material I've chosen to use to prototype and are otherwise meaningless and can be changed easily.
I'd like to avoid discussing friction, viscosity and other obvious variables and assume whatever challenges they might represent can be more or less obviated.
R/Mark