Pneumatic conveying solution for potato starch

In the traditional potato starch transportation process, enterprises often face issues such as dust flying, high material loss, and frequent manual intervention. The open conveying method not only leads to a harsh production environment but also increases the risk of moisture and caking, seriously affecting subsequent processing efficiency and finished product quality. At the same time, equipment maintenance costs remain high, capacity bottlenecks are becoming increasingly prominent, and there is an urgent need for a stable, clean, and automated conveying solution to reverse the current situation.

Material characteristics

Potato starch is a fine, lightweight, and easily airborne powdered material, with particle sizes typically between 10-100 microns and moisture content of about 12%-18%. It features strong moisture absorption, easy agglomeration between particles, and large fluctuations in flowability, requiring high sealing, moisture resistance, and speed control during conveying. If not properly handled, it can easily lead to bridge-building, blockage, or dust explosion hazards, so customized system design is needed according to their unique characteristics.

Product Introduction

The potato starch pneumatic conveying system launched by Head Powder uses sealed pipeline positive or negative pressure conveying technology to steadily and continuously transfer starch from the feed end to storage warehouses or processing equipment. The core components of the system include rotary feeders, Roots blowers, dust collectors, control valves, and intelligent electronic control systems, which can be modularly combined according to users' site layout and capacity requirements. The entire system features excellent sealing, a high degree of automation, and a small footprint, effectively addressing the dust and moisture absorption challenges of starch materials.

Product advantages

To address customers' pain points in dust control, labor costs, and material loss, Head Powder provides effective support through the following solutions:

• Fully enclosed conveying routes prevent dust leakage, supporting workshop air cleanliness and employee health;
• Intelligent PLC control system enables automatic start-stop, variable frequency speed regulation, and fault alarms, reducing manual operation steps; li>
• The inner walls of the pipes are smooth and equipped with anti-static and moisture-proof treatments to reduce the risk of material residue and caking;
• The system's energy consumption is optimized and designed, with electricity consumption per ton of starch conveyed lower than conventional equipment, making long-term operating costs controllable.