Prosperity to All with Harm to No One
FAQ's : Filtration Pretreatment
Newest Question
Q:How does the In-Line Processor enhance the filtration process?
A:The performance and efficiency of any filtration system is increased when an In-Line Processor is used to pretreat the fluid being filtered. The bonds between both the fluid and contaminates are broken reducing one of the functions of a filter. Stripping the electrons from the fluid causes it to temporarily loss its ability to bond to itself and to anything else including the filter media or membrane. Filters that remove particulate down to the micron sizes have extended filter life do to the elimination of biofouling and reduction of back pressure on the filter surface caused by the typical bond breaking process.
All Questions
Q: How does the In-Line Processor enhance the filtration process?
A: The performance and efficiency of any filtration system is increased when an In-Line Processor is used to pretreat the fluid being filtered. The bonds between both the fluid and contaminates are broken reducing one of the functions of a filter. Stripping the electrons from the fluid causes it to temporarily loss its ability to bond to itself and to anything else including the filter media or membrane. Filters that remove particulate down to the micron sizes have extended filter life do to the elimination of biofouling and reduction of back pressure on the filter surface caused by the typical bond breaking process.
A: The performance and efficiency of any filtration system is increased when an In-Line Processor is used to pretreat the fluid being filtered. The bonds between both the fluid and contaminates are broken reducing one of the functions of a filter. Stripping the electrons from the fluid causes it to temporarily loss its ability to bond to itself and to anything else including the filter media or membrane. Filters that remove particulate down to the micron sizes have extended filter life do to the elimination of biofouling and reduction of back pressure on the filter surface caused by the typical bond breaking process.
