Pneumatic Conveying System
Dense Phase Pneumatic Conveying System
Pneumatic conveying is nothing more than creating a pressure differential along a pipeline and moving a bulk material along with the air as the air moves towards the area of lower pressure. This can be done with a vacuum inducer, or with compressed air being injected into one end of or along the pipeline.
Dense Phase Pneumatic Conveying System is the best technology to convey a Bulk Solid Material which can convey most of the Bulk Material available in different sizes and different specification and in different atmospheres also.
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The features and benefits of Dense Phase Pneumatic Conveying system is simply endless. Following are the key feature & benefits.
Key Features of Phase Pneumatic Conveying system:
- Full Automatic control system
- Long distance conveying capability-System can be designed to convey up to 1-1.5km.
- Low to high capacity conveying capability.
- Materials from fine dust to lump of approx 50 mm.
- High temperature capability (Up-to 450º C)
- Capable to convey highly abrasive to corrosive chemicals.
Key Benefits of Dense Phase Pneumatic Conveying System:
- Environmental Protection. As conveying material is transported through enclosed pipeline, negates all chances of environmental pollution.
- Economic- low energy requirement. Materials to air ratio is below 25: 1.
- Easy to install. Economy in space requirements and can be easily routed through difficult area.
- Easy to overhaul. Low maintenance cost.
- Fully automatic.
- Flexibility of routing in existing or new plant.
- Dome valve is the only moving part, resulting in zero down time.
Merits of The Dense Phase Technology Over Other
- Dense Phase operation (with its relatively low velocities) is preferable as the conveyed material do not degrades easily or is highly abrasive.
- Dense phase conveying system can handle high through puts over long distances while requiring smaller line sizes than either dilute-phase or vacuum conveying.
- Operating, labor and maintenance requirements are lower, because there are virtually no moving parts.
- Easily fluidized products, the power consumption is lower when operating in the dense phase.
- Applications range from food to poison, from light fumed silica to heavy powdered metals.