Open Source Continuous Charcoal Production Device: Difference between revisions
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(Minor usability improvments) |
(Added some more information.) |
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| Line 4: | Line 4: | ||
- May be slightly more refined though | - May be slightly more refined though | ||
- Use the [[D3D Ceramic Printer]] instead of metal barrels to increase core temperature, as well as prevent degredation due to rust. | |||
- Add automation to the auger vi a control circuit, a servo motor, and some sort of sensor | |||
- Add temperature probes for checking everything is going smoothly + troubleshooting issues | |||
- Add a feedstock auger system | |||
Revision as of 05:43, 23 December 2017
Basics
- Something like this essentially:
- May be slightly more refined though
- Use the D3D Ceramic Printer instead of metal barrels to increase core temperature, as well as prevent degredation due to rust.
- Add automation to the auger vi a control circuit, a servo motor, and some sort of sensor
- Add temperature probes for checking everything is going smoothly + troubleshooting issues
- Add a feedstock auger system