Easy Damage to Pumps in Starch Production Lines, Front-End Desander Reduces Equipment Failure Rate

In cassava starch production lines, frequent pump wear, leakage and failures are common operation and maintenance problems, and fine sand and hard particles remaining in the slurry are the core causes of this issue. Sand particles flow through the pump body, impeller and seals at high speed with the slurry, continuously causing erosion and wear, leading to impeller deformation, seal failure and slurry leakage. This not only requires frequent replacement of parts and high maintenance costs, but also causes shutdowns due to pump failures, resulting in section congestion, material waste, and serious impact on the continuous operation and economic benefits of the production line, becoming an important factor restricting enterprises from reducing costs and increasing efficiency.

The front-end cyclone Desander is a special front-end equipment for pump protection in starch production lines. Installed at the front end of the slurry delivery pump, it relies on centrifugal cyclone principle to separate sand, stone chips and other heavy impurities from the slurry in advance, reducing wear from the source, greatly lowering the pump failure rate and extending the service life of the equipment.

The machine adopts a filter-free, continuous operation structure, requiring no manual cleaning and no clogging, and can stably connect to the starch production line 24 hours a day. It intercepts and discharges abrasive impurities such as sand in advance, avoiding impurities from entering the pump body and causing erosion damage. The overall design is adapted to the working conditions of cassava starch slurry, with wear resistance and corrosion resistance, and runs without additional power consumption and low noise, ensuring long-term stable operation.

The front-end installation design is simple and convenient, and can be directly connected in series in the pipeline at the front end of the pump body without modifying the original production line layout. By removing sand in advance, it can not only protect the pump body, but also protect the downstream grinder, screen and other equipment, reduce the wear of equipment in the whole production line, lower the operation and maintenance costs, and ensure the continuous and smooth operation of the production line.

1. Choose front-end cyclone Desander to install at the front of the pump, intercept sand in advance and protect the pump.
2. Focus on filter-free, continuous operation design to avoid clogging and shutdown, adapting to continuous production.
3. Select wear-resistant and corrosion-resistant materials to adapt to cassava starch slurry and extend the service life of the equipment itself.
4. Confirm flow rate matching with the pump to ensure sand removal effect without affecting slurry delivery efficiency.
5. Prefer pipeline direct connection, easy installation models to quickly complete front-end protection transformation and reduce construction costs.