In the powder processing industry, the transportation of activated carbon often faces issues such as dust pollution, material loss, pipeline blockages, and health risks to personnel. Traditional manual handling or open transmission methods are not only inefficient but also prone to secondary environmental pollution, increasing enterprise operation costs and compliance pressure. Customers urgently need a safe, efficient, and low-loss sealed conveying solution.

Material characteristics

Activated carbon is a porous, highly adsorbent powder or granular material. Its particles are fine, lightweight, easy to lift, and possess hygroscopicity and typical frictional static properties. During transportation, improper handling can easily cause dust explosion hazards or material deterioration, placing high demands on equipment and process environments.

Product Introduction

The pneumatic conveying system provided by Head Powder is a complete set of equipment that uses compressed air or inert gas as power to accurately transport activated carbon from the storage point to the point of use through sealed pipelines. The system consists of a feeding device, delivery pipeline, air source equipment, dust separation and removal device, and intelligent control unit. It can flexibly configure multiple process paths according to customer site conditions, making it suitable for industrial scenarios such as activated carbon desulfurization, denitrification, and water purification treatment.

Product advantages

To address customer pain points, Head Powder has strengthened the following solutions in its system design: using fully sealed pipelines and negative/positive pressure conveying technology to prevent dust leakage at the source and improve the workshop environment; Equipped with efficient separation and dust removal units, high recovery rates, reducing material loss; By accurately controlling air volume and speed, it effectively alleviates pipeline wear and blockage issues; The system supports automated interlock control, allowing remote monitoring of operating status and reducing the intensity of manual intervention. Additionally, equipment materials are specially optimized based on the corrosiveness and abrasiveness of activated carbon, extending service life and supporting continuous production.