Customized Pneumatic Conveying Downdraft Silo Pump Fly Ash Particle Conveying Tank

Customized Bin Pump Pneumatic Conveying Pump Downdraft Silo Pump Fly Ash Particle Conveying Tank

Description

Product Description:
PCD type positive pressure dense phase pneumatic conveying silo pump
The PCD type positive pressure dense phase pneumatic conveying silo pump determines the pump volume based on the properties, particle size, conveying distance, and conveying capacity of the conveyed materials, which is designed as a single unit. This can minimize conveying energy consumption while meeting process requirements. Based on the specifications and performance of powder materials provided by customers, conveying distance, conveying volume, and geographical conditions, we have developed the best plan for pneumatic conveying, including calculation of air volume, proportion of pipelines, dust collection treatment in the receiving warehouse, and after-sales plan. Our company has developed pneumatic conveying equipment and process systems with independent intellectual property rights through years of research and rich practical experience, and its main indicators have reached international advanced levels.

Application Area
PCD pneumatic conveying equipment and systems have been widely used in industries such as building materials, chemicals, mining, power, and metallurgy. The conveying materials include cement, raw materials, fly ash, hydrated lime, dry discharged calcium carbide slag, slag powder, steel slag powder, coal powder, aluminum oxide powder, bauxite powder, phosphorus powder, pyrophyllite powder, and organic silicon powder.

Main features of the product
① Large conveying capacity: ＞ 300t/h;
② Long distance: ＞ 2000m;
③ Low power consumption: ＜ 3.8kWh/t · km;
④ Low wear and tear: pipeline life>10 years;
⑤ Low speed: initial speed 6-10m/s;
⑥ High mixing ratio: ＞ 30kg/kg;
⑦ Flexible process layout, dust-free, high operation rate, lower investment compared to mechanical conveying, and lower maintenance costs

Large Capacity Pneumatic Conveying Bin Pump Parameter Table

Long-distance Pneumatic Conveying Bin Pump Parameter Table

Conventional Grid Pneumatic Conveying Bin Pump Parameter Table

Parameter Table Of Small Size Pneumatic Conveying Bunker Pump

Packaging and delivery
1. Standard packaging.
2. A well-trained and disciplined packaging team.
3. After sales service. After receiving the product, if you have any questions or questions, please feel free to contact us at any time. The problem will be resolved immediately for you.
4. Experienced and professional logistics agents.

What are the practical advantages of pneumatic conveying with silo pumps?
1. The configuration of the warehouse pump pneumatic conveying production line is simple and reliable
The configuration of the warehouse pump is simple, and different warehouse pumps are selected based on the parameters and conveying capacity of different materials. There are few rotating parts in the system, only the inlet and outlet valves are rotating parts, and there are no other auxiliary equipment; The operation mode is flexible and variable, and can run continuously or regularly.
2. The conveying ash to gas ratio of the dense phase pneumatic conveying production line is high
The warehouse pump adopts high-density high-pressure plug flow transportation, which consumes less compressed air and can transport more materials. The conveying material to gas ratio can be as high as 60-70. Taking the conveying of fly ash at a distance of 100m as an example, the ash to air ratio can be as high as 70kg/kg, and its air consumption is only 1/2 to 2/3 of that of other forms of pneumatic conveying systems.
3. Low energy consumption for warehouse pump transportation
Due to the small amount of compressed air required to transport the same amount of material and the low conveying pressure, the conveying energy consumption of the warehouse pump is much lower than that of other forms of pneumatic conveying systems.
4. Low conveying speed of dense phase pneumatic conveying production line
The conveying speed of the system is low, with an initial velocity of 5m/s at the outlet and a final velocity of 15m/s (depending on distance).
Due to the low conveying speed, the ratio of pipeline wear to conveying speed is established. Reducing pipeline flow rate will greatly reduce pipeline wear, increase service life, and reduce operating costs.