oxyhacker
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No need to go too crazy on filtration on a setup that won't be used commercially. I had a tall tower on my 3.2 cfm Utilis and swapped it out for a short one since the tall one took so long to pressurize.
You don't need extra/hyper filtration just because you are continuous mixing since the event that could cause trouble - pumping the oxygen/air mix through an oil-lubed compressor - happens upstream (before) the filter stack so the filter stack can't have any effect on it.
In PP mixing filtration is important, to keep the high pressure, almost pure O2 from coming in contact with dirty oily air. In continuous mixing we KNOW the O2 will come in contact with oil once it enters the compressor so we try to reduce the risk by thoroughly diluting the oxygen with air before it goes into the compressor so as to keep the mix below the danger point.
You don't need extra/hyper filtration just because you are continuous mixing since the event that could cause trouble - pumping the oxygen/air mix through an oil-lubed compressor - happens upstream (before) the filter stack so the filter stack can't have any effect on it.
In PP mixing filtration is important, to keep the high pressure, almost pure O2 from coming in contact with dirty oily air. In continuous mixing we KNOW the O2 will come in contact with oil once it enters the compressor so we try to reduce the risk by thoroughly diluting the oxygen with air before it goes into the compressor so as to keep the mix below the danger point.
Thanks for the info guys.
I am not using the original filter system that came with the compressor. I have a filter system that is rated for 5000 psi and will filter 84,000 cf of air. It is from another compressor that I have. It has 4 towers, 2 tall and 2 short. It uses lawrence factor filters.