Decentralized Final Process Layout, Integrated Vacuum Drum Filter Optimizes Whole Line Flow

A complete tuber starch production line consists of screening, desanding, concentration, dewatering and drying. The final filtration and dewatering section acts as an important link between upstream and downstream processes. Traditional separate filtering equipment features single function and disconnected procedure, unable to coordinate with adjacent working sections.

Unmatched material conveying rhythm causes slurry accumulation and unstable feeding speed, resulting in process idle and capacity waste. Loose final layout leads to fluctuating cake moisture, unbalanced drying load, high energy consumption and inconsistent batch quality. Old equipment has poor compatibility and cannot adapt to integrated production upgrading, becoming a major process bottleneck.

The integrated Vacuum Drum Filter integrates filtration, dewatering, discharging and self-cleaning into one unit, perfectly matching the whole final process of starch production.

Its feeding flow, drum speed and vacuum suction can be coordinated with upstream screening and downstream drying parameters, balancing material circulation and eliminating process bottlenecks and slurry retention. The compact integrated structure simplifies pipeline layout, reduces intermediate conveying links and lowers material loss and secondary pollution risks.

With reliable vacuum separation performance, it maintains high throughput and stable low moisture content, providing uniform filter cake for subsequent drying and packaging. It is suitable for both new intelligent production lines and old plant renovation, optimizing overall line coordination and standardized production level.

1. Adopt multi-function integrated Vacuum Drum Filter for seamless final process connection.
2. Choose adjustable frequency and vacuum pressure to realize linkage with upstream and downstream sections.
3. Select compact integrated structure to save space and simplify pipeline layout.
4. Balance high throughput and low residue design to ensure capacity, dryness and raw material recovery.
5. Prioritize models compatible with PLC central control for full-line automatic management.