What is membrane filtration?
membrane filtration is a technique used to separate particles from liquid for cleaning. This method of filtration has a number of applications, from wastewater treatment to milk filtering used for cheese production, and there are several different approaches to membrane filtration. The aim is to create a filtered solvent in all cases. For companies that specialize in filter products, along with spare membranes and other parts and equipment.
In membrane filtration, a number of different types of systems pass through a semi -transparent membrane. The permeability of the membrane is determined by the pore size in the membrane and will act as a barrier for particles that are larger than the pores, while the rest of the solvent can freely pass through the membrane. The result is a cleaned and filtered liquid on one side of the membrane, with the solutated on the other side.
Nanofiltration, ultrafiltration, microfiltration and reverse osmosis are all membrane filtration techniques. There must be a large in all casesT pores carefully calculated to eliminate undesirable particles, and the size of the membrane must be designed for optimal operational efficiency. The membranes are also susceptible to clogging, as the pores are slowly filled with captured particles, which means that the system must provide accommodation for easy cleaning and maintenance in order to maintain in good operation.
Many membrane filter systems are designed for industrial use. One of the great advantages of such a system is that it does not require the use of chemicals or additives that reduce operating costs. In addition, the membrane filtration requires minimal energy and can actually be designed to run almost no energy, with a pressure system that uses gravity and forces the membrane of the membrane at a stable speed.
The subsequent filtration of the membrane in which the solvent passes through a series of membranes is very popular. In this approach withThe pores gradually reduce and remove more and more liquid dirt. This technique reduces system clogging because the solvent is slowly filtered and brings another advantage of assembly into the compact space, as the membranes can be very small and still efficiently.
waste management, handling of industrial food, medicine and laboratory science are used for membrane filter systems. These systems are generally easy to use, although they must be properly maintained to be effective.