There will be a distribution of cell sizes and you have no idea what that will be. If the distribution is weighted so that smaller particle sizes dominate then having a 10micron filter may not give you the filtration efficiency you are looking for
OK, I think I get that bit, but am I correct in saying particles smaller than 10 microns (such as some yeast cells) will still pass through the filter (which is fine) but bigger particles (unwanted sediment) won't? Or is it a case of all the smaller particles clumping together and still not passing through?
if the filter medium gets blinded (clogged) by small particles you may need to be able to back flush to properly clean it out.
So reversing the flow of fluid to clean it out? Shouldn't be
too much of a problem, I plan on using stop taps and tapered quick connects to stop things quickly if needed and more than one pump if I have to change things on the fly. And if its
really bad having another filter to hot swap out is always an option I suppose
I would have thought you might need a large filtration surface area to stop the filter getting regularly blocked unless you are going to accept you need to clean it on the run.
It's a 10 inch filter housing so fingers crossed that's enough, seen a few similar setups on youtube using either Co2, fluid transfer pumps or just good old gravity. And fully accept cleaning on the run is a likelyhood but I'm trying to build that into my system as mentioned. I use similar-ish things at work so hoping experience is going to work in my favor (famous last words)
Is it worth it
It'll be an interesting learning experience at the very least but yeah, I think so. If I hadn't have nearly all the bits just fall into my lap and had to go buy them then maybe not. But for practically free and to try and get even marginally better results why not?