JDB Dense Flow, Inc.
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JDBBaghouse Unloading System

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When it comes to conveying solutions for Baghouse Unloading, a Dense Phase Pneumatic System offers a reliable, low maintenance, low cost answer. Virtually all industrial facilities have some form of dust collection, and often times it comes in the form of a Baghouse. Baghouse style dust collection systems operate with a powerful fan used to create suction through a series of ductwork. Dust laden air is pulled through the ductwork into a large dust collector or baghouse.

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The baghouse typically contains several cloth or fabric filters that capture and remove the dust from the air being pulled through the baghouse. Once enough dust has accumulated on the filters to no longer allow air to pass through, a filter cleaning process begins. The filter cleaning process varies, but commonly the filters are either shaken and or pulsed with blasts of air which knocks the captured dust off where it then falls into discharge hoppers on the bottom of the baghouse. A Dense Phase Pneumatic Conveying system is often used to remove the collected dust from the baghouse discharge hoppersJDB Baghouse Unloading Solutions

JDB Dense Flow Baghouse Unloading Solutions are custom tailored to work with a variety of different baghouse manufactures and configurations. Our systems guarantee that the desired material conveying rate is met, and material is conveyed at low velocities with minimal wasted energy. Low material velocity in a pneumatic conveying system can dramatically increase the lifespan of the systems components. The Dense Flow Advanced Air Delivery System insures low material velocity by closely monitoring system operations and adding air only when necessary to maintain an optimal conveying pressure. At JDB Dense Flow our Dense Phase systems do not require air boosters along the convey pipeline. Air boosters have been known to waste energy and cause increased material velocities in pneumatic conveying systems, this can correlate to increased wear on the convey pipeline and components.