IMO, something like TLF phosban reactor might be too tight for us to achive the fluidization we want without it binding and clogging. In a larger reactor, you will definately be able to turn up the flow and super charge the pellets in a way that I think it is meant to be. I have a huge recirculating reactor powered by an 500gph pump that I think will keep the pellets nicely suspended to do the job. With this level of flow within the reactor, the pellets shouldn't encounter the binding problem, especially if it's composed of light weight polymers, and the mulm should not be noticable as it sheds. For the throughput I am considering a 200-300gph pump, or might even consider gravity feed.
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02-10-2010, 06:00 PM
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