Regarding the filtering calculations for filters
Thread Content
I would like to ask the experts: is there a formula to calculate the capacity of a filter? Water quality: Chemical condensate water ； Flow rate: 60 cubic meters per hour ； Pressure: Approximately 1 MPa ； Temperature: less than 100 degrees ； Inlet water: Suspended solids 5 mg/L ； Oil content: 30ppm ； Required effluent quality: suspended solids 1 mg/L ； Ignoring the oil content ； Precision of 10 to 70 microns. Use 0.8mm–1mm ceramic as the filter element: hug:. Could an expert please calculate the required filtration area and the amount of filter elements needed? You can also give me suggestions. Thank you all for participating! :hug: :lol
It seems that you’ll need a lot of filter elements; otherwise, the speed will be very slow after filtering for some time. You can consult the manufacturers of pure water production equipment! ! !
Thanks, I guess so. If possible, I plan to use polar filtering: lol
Each type of ceramic has different properties; its pressure drop, filtration efficiency, and processing capacity vary. It is necessary to first select the type of filtering ceramic before conducting specific calculations. Many of these values are provided in the form of empirical charts. This post was last edited by Albertlu on 2009-2-24 at 12:10
A 3-bag filter will solve the problem for you
Why use ceramic filter elements? A bag filter can meet your requirements, with much lower costs for replacement parts!!
Ask the manufacturer whose products you are using; they should have specific calculation formulas
The estimation problem should have been solved long ago, right? I’m not sure what process you ended up using? This water quality issue can be resolved using a filter combined with a coagulator, achieving a water purity of less than 5 microns