Dense-Phase Pneumatic Conveying System

Efficient | Sealed | Wear-resistant | Long-distance transportation solution

AGICO Pneumatic Conveying System

Positive-Pressure Dense-Phase Pneumatic Conveying System is specially designed for high-concentration, long-distance, and low-speed transportation. It exhibits extreme adaptability and stability, becoming the preferred equipment for many powder material engineering applications. It is widely used in the transportation of powdery or granular materials such as grains, cement, fly ash, mineral powder, and lime powder.

Application:

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characteristic of Dense-Phase Pneumatic Conveying System

Low-speed conveying results in less damage to the materials
High-density materials are transported at a low speed (approximately 4 to 10 m/s), avoiding intense friction and fragmentation among the materials.
Long conveying distance
The single-line conveying distance can reach over 500 meters at maximum, with a conveying height of up to 40 meters. It supports multi-point feeding and multi-point discharging, and has high system flexibility.
Lower energy consumption
Compared with dilute-phase pneumatic conveying, the dense-phase system consumes less compressed air, with an average energy saving of over 20%. It is more economical for long-term operation.
Sealed and environmentally friendly
The fully sealed conveying structure effectively prevents dust from escaping, meeting the current global requirements for green production. It is widely used in industries with high hygiene and environmental protection standards.
Automated control
It can be equipped with the AGICO intelligent warehousing system to achieve remote control, fault monitoring, automatic pigging, remote start and stop, and other intelligent operations, significantly improving system management efficiency.
Simple equipment maintenance
The main components of the system are standardized, facilitating replacement and maintenance. The equipment has high stability and reduces labor maintenance costs.

Dense-Phase Pneumatic Conveying System display

Working Principle of Pneumatic Conveying System

The AGICO positive pressure dense-phase pneumatic conveying system is mainly composed of the feeding tank, compressed air system, pneumatic valve group, pipeline system, and intelligent control system, etc.

Workflow of material transportation:

  • The powder in the storage bin enters the sealed feeding tank.
  • The system introduces compressed air into the feeding tank, and the powder and air mix.
  • The gas-solid mixture is transported along the pressure direction through the conveying pipeline.
  • After reaching the destination (such as the top of the steel plate storage bin), it automatically discharges.
  • The pipeline is automatically emptied and enters the next round of feeding.

Investment Analysis of Dense-Phase Pneumatic Conveying System

The AGICO Positive-Pressure Dense-Phase Pneumatic Conveying System adopts a modular design. It can be flexibly configured according to factors such as the type of conveyed materials, conveying distance, flow rate, and on-site space.

Configuration TypeConveying Capacity (T/h)Conveying Distance (m)Estimated Investment Cost
Basic (Single-line conveying, manual control)10–20≤100$1*,*00–$*5,000
Standard (Medium-distance conveying + PLC control)20–40≤300$*5,000–$4*,000
High-end (Multi-point discharge + intelligent system)30–80≤500$4*,000–$*5,000

The above are the reference prices. The actual price will be determined based on various parameters such as specific working conditions, installation method, control system, and chain material.

AGICO service

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plan design

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arrangement

installation

operation

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after-sales service

Why choose AGICO

If you are seeking solutions for the environmentally friendly transportation of powder materials, long-distance transportation, or the intelligent upgrade of your system, please contact us. AGICO will provide you with a tailor-made positive-pressure dense-phase pneumatic conveying system, achieving a perfect balance of efficiency, environmental protection, and cost!

dense phase pneumatic conveying system agico onsite

An optional full set of automation control system integration

CLENTS

Support multilingual customer docking (English/Russian/Spanish, etc.)

agico dense phase pneumatic conveying system

Free design drawings and selection suggestions

dense phase pneumatic conveying system steel silo

On-site or remote installation guidance services

AGICO steel silo Solutions

Cement plant
High-density transportation of cement powder, clinker, and lime powder
Power plant
Recycled transportation of fly ash
Chemical plant
Transportation of limestone powder and calcium carbonate
Food storage
Transportation of corn powder, wheat powder, and feed powder into storage bins

AGICO Dense-Phase Pneumatic Conveying System cases

dense phase pneumatic conveying system agico cement

Grain Reserve Warehouse Project in an African Country

  • Project Challenges: Powdered grains need to be transported to the top of the steel silo, with a long distance and high elevation
  • AGICO Configuration: Utilizes an intelligent positive-pressure dense-phase transportation system with an automatic pigging system, enabling intelligent remote control to enhance operational efficiency
  • Customer Evaluation: The system operates stably, safely, and is environmentally friendly. They plan to continue collaborating with AGICO when building similar projects in the future.
agico cement dense phase pneumatic conveying system

Powder Transportation System of the Large Cement Plant in Vietnam

  • Project Background: The original spiral conveyor and bucket elevator solutions suffered from severe dust leakage, which affected the cleanliness of the production line.
  • AGICO Solution: Two sets of positive-pressure dense-phase pneumatic conveying systems were configured, with a 20T/h conveying capacity and a 250-meter distance, achieving stable material supply.
  • Customer Feedback:
    The dust problem has been completely resolved.
    Pipeline transportation replaces the traditional mechanical structure, reducing power consumption by 18%.
    The system has operated stably for 2 years without major repairs.

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