The membranes are used in various purposes in the industrial processes. They are usually attached to the machines or machine elements as a part of process, where particles are being removed using the membranes with adequate dimensions and density. In this case, membranes are a part of the industrial process and as such, their application is inseparable part of this process.
It is natural that this kind of procedure leaves some fouling behind, which may significantly reduce the function and the efficiency of the membrane used in the process. Due to impurities that are held on to the membranes, the operation can be seriously harmed which reduces or even eliminates the possibility of a successful production cycle. Furthermore, this improper function of the membrane can harm the rest of the elements in the machine used in the process, which can lead up to great costs and losses for the production, as well as to imminent delay of the production cycle.
This is why the usage of membrane cleaning process has to be applied as an essential part of the production and operation of the machine. Mbr cleaner offers a possibility to remove the impurities caught up at the membrane, on either of its ends, in order to maintain the efficiency of the membrane for the next production cycle.
The process of cleaning has to be professionally conducted in order to make sure that it was successfully, which will ensure the proper and effective usage of the membrane in the future. The frequency of the cleaning process depends on many factors.
First of all, the scale of production will have a great influence on the frequency of membrane cleaning. If a lot of production processes are completed within a short time period, membranes are more likely to accumulate impurities, so the cleaning has to be more frequent.
The composition of the substances used in the process and going through the membrane will also affect the frequency at which membranes need cleaning. Some chemicals and solutions might leave hardly any impurities which will naturally increase the time period one membrane can be used without the need to be cleaned. On the other hand, if there are a lot of particles to be removed from the particular solution in the process of production, membranes will become foul much sooner, which will demand thorough removal of those particles.
Another factor that will influence the frequency of cleaning is the type of membrane. Membranes are usually made for a specific purpose, to be used on the specific machine and in the certain processes. As a result, membranes are adapted to that process and machine, so there are different types of membrane that can be used, depending on the type of machine and production. Different types of membranes have different features, such as size, density, etc. which all affect the time interval during which they can function normally and efficiently, after which they have to be treated in the cleaning process in order to maximize their efficiency.