Guangdong Huizhou Pharmaceutical Starch Pipeline Conveying Project

In the pharmaceutical industry, the safe and efficient handling of starch powder is critical to both production quality and workplace safety. headpowder recently completed a starch pipeline conveying project for a pharmaceutical facility in Huizhou, Guangdong, addressing key operational challenges through a customized pneumatic conveying system.

Project Background

A pharmaceutical company in Huizhou required a reliable solution for transporting starch powder from storage to production lines. The existing manual handling process led to dust dispersion, inconsistent feed rates, and high labor costs. headpowder was engaged to design and install an enclosed pipeline conveying system that would improve hygiene, reduce waste, and maintain material integrity.

Customer Pain Points

The client faced several challenges: airborne starch dust posed health risks and required frequent cleaning; manual transfer caused batch-to-batch variability in powder flow; equipment downtime due to clogging reduced overall efficiency; and the open handling system risked contamination of the pharmaceutical-grade material. Additionally, the existing setup consumed excessive energy and floor space.

headpowder Solution

headpowder deployed a dense-phase pneumatic conveying system with a closed pipeline loop. The system uses controlled air pressure to move starch powder gently, preventing degradation and minimizing dust generation. Key components include a wear-resistant manifold, automated filter receiver, and a centralized control unit that adjusts flow rate based on real-time demand. The entire line is constructed from stainless steel with smooth internal surfaces, ensuring easy cleaning and compliance with pharmaceutical hygiene standards.

Outcome and Benefits

After installation, the client achieved a 40% reduction in material loss, zero dust leakage, and a 30% increase in throughput. The enclosed system eliminated contamination risks and reduced maintenance intervals by half. Operators now manage the conveying process from a single touchscreen interface, improving workflow consistency and safety.