Our company uses centrifuge decanter to separate solid crystals from water, and current bottleneck is the tendency of crystal to block the water outlet passage after x number of days of continuous operation. I wonder if this equipment will do away with that problem?
+mtksbctk I guess particles will still get stuck, even if you're pushing a cleaning liquid through it. After some time you'll have to open it because too much has gathered.
cortster12 Purification is a catch-all term. There's thermophysical processes too. Like distillation, and absorption. Given Ur235's tendency to completely screw over most conventional methods with the tracings from decay, it's highly unlikely a method like centrifugation, which uses density as the basis for separation, will be useful for radioseparation. Unless there's some new knowledge gap about these technologies in the last few years that I've missed on in my studies, that is.
What happened the other original narrator? Bring him back please.
can it be used to filter both olive oil from water and big particles and also to filter seeds oil from all sorts of particles big and small
Our company uses centrifuge decanter to separate solid crystals from water, and current bottleneck is the tendency of crystal to block the water outlet passage after x number of days of continuous operation. I wonder if this equipment will do away with that problem?
+mtksbctk I guess particles will still get stuck, even if you're pushing a cleaning liquid through it. After some time you'll have to open it because too much has gathered.
+mtksbctk Is that possible to modify the pumping system so it will pump liquid in both directions in cycle, so it will clean itself with reverse flow?
I wonder if this sort of centrifuge could find an application in a uranium 235 purification process?
+FranBunnyFFXII
...wat
It's centrifugation we're talking about. A MECHANICAL process.
+Nisbah Mumtaz Purification is a mechanical process as well, so I don't know why you pointed that out.
cortster12
Purification is a catch-all term. There's thermophysical processes too. Like distillation, and absorption.
Given Ur235's tendency to completely screw over most conventional methods with the tracings from decay, it's highly unlikely a method like centrifugation, which uses density as the basis for separation, will be useful for radioseparation.
Unless there's some new knowledge gap about these technologies in the last few years that I've missed on in my studies, that is.
***** I'm only referring to your use of not calling it a mechanical process.
The real question is can I do my laundry with it?
+SoCalFreelance Yep. Once.
Of course! :)
Is that Huggbees narrating?