Introduction:
Traditional pneumatic conveying equipment frequently experiences pipe blockages, high energy consumption, severe material damage, and high maintenance costs, seriously affecting production efficiency. The multi-chamber pump-type dense phase positive pressure pneumatic conveying system uses a low-velocity, high-concentration conveying method to solve pipeline blockages and material wear problems at the source, achieving stable, energy-saving, and low-damage material transportation.
Traditional pneumatic conveying equipment frequently experiences pipe blockages, high energy consumption, severe material damage, and high maintenance costs, seriously affecting production efficiency. The multi-chamber pump-type dense phase positive pressure pneumatic conveying system uses a low-velocity, high-concentration conveying method to solve pipeline blockages and material wear problems at the source, achieving stable, energy-saving, and low-damage material transportation.
Multi-chamber pump-type dense phase positive pressure pneumatic conveying is a system that uses compressed air as the power source, operating alternately in series with multiple silos to achieve continuous conveying of materials at high concentration and low flow rate in sealed pipelines. Adopts the dense phase conveying principle, with a high material-to-gas mixing ratio and low conveying speed, effectively reducing pipeline wear and material crushing. The system uses multiple silo pumps rotating feeding, pressurization, and conveying to ensure uninterrupted conveying processes, suitable for long-distance, multi-path transport of powdery, granular, and small bulk materials.
Low-flow dense phase conveying: Material conveying speed is usually 2-8 m/s, which is more than 50% lower than dilute phase systems, reducing pipeline wear and material breakage.
Alternating multi-chamber operation: Multiple silo pumps take turns completing feeding, pressurization, conveying, and exhaust cycles, achieving continuous and stable delivery without intervals.
High gas-solid mixing ratio: can transport concentrations of 10-40kg of material/kg gas, with low gas consumption and energy consumption reduced by 30%-50%.
Fully enclosed pipeline system: No dust leakage, meets environmental protection requirements, and prevents moisture or contamination of materials.
Intelligent control: PLC automatically controls the actions of each warehouse, supports remote monitoring and fault diagnosis, and is easy to operate.
The multi-chamber pump-type dense phase positive pressure pneumatic conveying system is a non-standard customized product, and its price is greatly influenced by factors such as material characteristics, conveying distance, conveying volume, pipeline layout, and degree of automation. Each system must be designed and configured according to actual working conditions. We offer free technical consultation and preliminary solution evaluation, with specific quotations tailored to project requirements. Feel free to contact us for exclusive quotation plans.
From requirements analysis, solution design, equipment manufacturing to installation and commissioning, we provide full-process technical support. All equipment undergoes rigorous testing before leaving the factory, helping to maintain performance standards. On-site installation guidance, operational training, and 12-month warranty service are provided. During the warranty period, free repairs or replacements for non-human faults; after the warranty expires, long-term paid repairs and spare parts supply are provided. Upon receiving a service request, we respond within 24 hours, and if necessary, arrive on site within 48 hours.
| Parameter items | Reference range |
|---|---|
| Conveying capacity | 1 ~ 80 t/h (customized according to material and distance) |
| Conveying distance | Horizontally≤ 500m, vertically ≤ 60m |
| Particle size of the conveyed material | ≤ 20mm (powder, granular, small chunk) |
| Work pressure | 0.2 ~ 0.6 MPa |
| Specifications of the silo pump | 0.1 ~ 10 m³ (configured according to conveying volume) |
| Control methods | PLC fully automatic control |
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