Shaanxi Yulin Lime Powder Automated Dosing Project

In the lime powder production sector, precise dosing is critical to product consistency and operational efficiency. The Shaanxi Yulin Lime Powder Automated Dosing Project represents a tailored approach to addressing common challenges in bulk material handling, delivering reliable automation for a major lime processing facility in Shaanxi.

Project Overview

A leading lime powder manufacturer in Yulin, Shaanxi, faced significant difficulties in manual dosing operations. The facility required a system that could automate the feeding of lime powder into multiple production lines while maintaining accuracy and minimizing dust emissions. The company collaborated with headpowder to design and implement an automated dosing solution.

Client Pain Points

The client encountered several operational issues prior to the project:

• Inconsistent dosing accuracy due to manual weighing and feeding processes, leading to variations in final product quality.
• High labor costs and reliance on skilled operators for continuous dosing adjustments.
• Severe dust generation during manual handling, posing health risks to workers and increasing maintenance costs for equipment.
• Limited scalability of manual processes, making it difficult to increase production throughput without adding more personnel.

Solution and Advantages

headpowder provided an integrated automated dosing system designed specifically for lime powder applications. The solution includes:

• A closed-loop control system with load cells and variable-speed feeders to maintain exact dosing targets without human intervention.
• Sealed conveying components and dust collection attachments to reduce airborne particles to safe levels.
• Intuitive HMI interface allowing operators to monitor and adjust dosing parameters in real time.
• Modular design enabling future capacity expansion without major reconfiguration.

The automated dosing system has consistently delivered dosing accuracy within ±0.5% of the set point, reduced labor requirements by 60%, and lowered dust exposure to meet local environmental standards. The client now operates with improved product uniformity and lower total cost of ownership.