Pneumatic diatomaceous conveying solution

During the processing and utilization of diatomite, many enterprises face issues such as high material loss, severe dust pollution, and frequent equipment blockages caused by traditional mechanical conveying methods. Diatomaceous earth is lightweight and fine-grained, making it difficult for conventional hoists or screw conveyors to operate normally, resulting in low production line efficiency and high maintenance costs. At the same time, dust is widespread in the working environment, posing health risks to operators.

Material characteristics

Diatomite is a porous, lightweight, and highly adsorptive non-metallic mineral with a low true density (about 0.4~0.7 g/cm³), a small natural accumulation angle, good fluidity, but it is highly prone to dust generation. At the same time, the material has moderate wear resistance to equipment. Improper conveying methods can easily cause pipeline blockages and material compaction, affecting continuous production.

Product Introduction

Provided by Head PowderCustomized diatomite pneumatic conveying solution Diatomite conveying system equipment, a fully sealed pneumatic conveying system designed for the physical properties of diatomaceous earth materials. This system uses the principle of pneumatic conveying under positive or negative pressure, using compressed air or vacuum to deliver diatomite to its position within a sealed pipeline, effectively preventing material leakage and dust dispersion. Head Powder has extensive engineering experience and can provide customized solutions from single-point unloading to multi-point distribution based on customer site conditions, conveying distances, and production requirements.

Product advantages

To address these customer pain points, the Head powder diatomaceous earth pneumatic conveying system offers the following solution advantages:

• Sealed conveying: Fully enclosed piping system with no dust leakage, improves workshop environment, and meets environmental protection requirements.
• Low energy consumption operation: Reasonable gas-solid ratio design and optimized pipeline layout reduce compressed air consumption and lower operating costs.
• Anti-clogging design: Utilizes fluidized boosting and automatic blockage removal technology to improve diatomite compaction and bridging issues, supporting smooth conveying.
• Modular customization: Based on material characteristics and production line layout, flexibly select components such as sending tanks, rotary valves, fans, and control systems to achieve highly automated and unattended operations.