From what I have been able to find drmiller100 has shown the only continuous still for small scale fuel production, since like 30+ years ago with Charles803, and it seems to have many improvements over it: performance, simplicity, not needing a specific temperature control valve, etc.
Its very interesting to me and I would like to understand deeper how it works, to know: what are the important and unimportant parts of this design? what materials could be substituted without changing performance? could this design work with 3" and 2" column with less power and slower output? Are there magic ratios between feedrates, power input, and still dimensions, and more.
IMO science and engineering should be a tool to better understand your observations and make predictions about how to build other things so they work how you want.
use the wrong tool for the job, you know the rest. the graphs and equations aren't wrong they could be accurate to describe certain types of distilling apparatus, but like if yuo take some equation or rule of thumb about how all 4 stroke gas engine works and you think that equations universal but it may not apply to 2 strokes or diesels
I also realize studying theory and what has been done in the past and is done today at industrial scale requires a significant effort and can be valuable knowledge to help people understand operate and design their stills. so come on everyone lets be a TEAM



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