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Filter Device of Filter Press
Filter press open flow discharge refers to the way in which the liquid passes through the filter cloth and flows out directly from the surface of the filter plate during the filtration process of the filter press.
This approach is contrasted with closed flow drainage, where the liquid passes inside the filter cake and then flows out the other side of the filter plate.
In an open flow drainage system, each filter plate has one or more outlets for direct drainage of the filtered liquid. Advantages of this approach include:
1. Ease of monitoring: Since the liquid flows directly from the surface of the filter plate, the operator can more easily observe the clarity of the liquid and the effectiveness of the filtration.
2. Reduced clogging: Open-flow drainage reduces channel clogging within the filter cake because the liquid does not have to travel through the entire cake.
3. Ease of maintenance: If the filter cloth needs to be cleaned or replaced, an open-flow system is often easier to operate than a concealed-flow system.
4. Improved safety: For liquids containing hazardous substances, open-flow drainage reduces the risk of operator exposure to hazardous substances.
Open-flow drainage is often used where the quality of the filtrate is critical, or when handling materials that tend to clog filter cloths.
Filter Device of Filter Press
Filter press open flow discharge refers to the way in which the liquid passes through the filter cloth and flows out directly from the surface of the filter plate during the filtration process of the filter press.
This approach is contrasted with closed flow drainage, where the liquid passes inside the filter cake and then flows out the other side of the filter plate.
In an open flow drainage system, each filter plate has one or more outlets for direct drainage of the filtered liquid. Advantages of this approach include:
1. Ease of monitoring: Since the liquid flows directly from the surface of the filter plate, the operator can more easily observe the clarity of the liquid and the effectiveness of the filtration.
2. Reduced clogging: Open-flow drainage reduces channel clogging within the filter cake because the liquid does not have to travel through the entire cake.
3. Ease of maintenance: If the filter cloth needs to be cleaned or replaced, an open-flow system is often easier to operate than a concealed-flow system.
4. Improved safety: For liquids containing hazardous substances, open-flow drainage reduces the risk of operator exposure to hazardous substances.
Open-flow drainage is often used where the quality of the filtrate is critical, or when handling materials that tend to clog filter cloths.
