During industrial desulfurization, the conveying stage of sodium bicarbonate desulfurization powder often faces issues such as dust swirling, material blockages, limited conveying distances, and high system energy consumption. Traditional mechanical conveying methods not only have high maintenance costs but are also prone to shutdowns caused by material moisture absorption and caking, seriously affecting production continuity. The customer urgently needed a stable, sealed, and low-energy pneumatic conveying solution to replace the process.

Material characteristics

Sodium bicarbonate desulfurization powder is a fine, light-specific powdered material characterized by strong hygroscopicity, easy agglomeration, and the ability to generate static electricity. During conveying, if the system design is improper, issues such as pipe blockage, bridging, and dust generation are very likely to occur, placing high demands on equipment sealing and air source stability.

Product Introduction

The sodium bicarbonate desulfurization powder pneumatic conveying system provided by Head Powder uses positive pressure dense phase or dilute phase conveying methods, equipped with dedicated pipelines and feeding devices for moisture and static resistance. The system can be customized according to customer site conditions (such as conveying distance, height difference, output, etc.) to achieve fully sealed conveying from the silo to the point of use, with no leakage or dust leakage throughout the process.

Product advantages

To address customer pain points, this solution offers the following advantages:
1. Fully enclosed pipeline conveying to fully eliminate dust pollution and improve the working environment;
2. Intelligent control of air supply volume reduces energy consumption, saving about 30% energy compared to traditional mechanical conveying;
3. Uses anti-adhesion inner wall treatment and auxiliary fluidization devices to improve moisture absorption and pipe blockage issues;
4. Modular structure for easy installation and maintenance, adaptable to various factory layouts.