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CHRIS丨Brief introduction to the structural characteristics of pneumatic conveying

CHRIS丨Brief introduction to the structural characteristics of pneumatic conveying

  • Categories:News Center
  • Time of issue:2022-05-06 11:17

(Summary description)Introduction to Pneumatic Conveying System Pneumatic conveying refers to a conveying method that continuously conveys granular materials through the air energy (kinetic energy or static pressure energy) in the pipeline according to the specified path. There are many types of pneumatic conveying systems, and different types of pneumatic conveying systems have different structures. Pneumatic conveying system generally consists of four basic parts: feeding device, conveying pipeline, separation mechanism and air power source. Different assemblies and different combined structures of each basic component constitute different types of pneumatic conveying systems.   The structure of the pneumatic conveying system Features of Pneumatic Conveying System advantage: The duct area is minimal. The pipeline is flexible and the equipment investment is low. The best solution can be selected according to local conditions, such as long-distance operation from multiple points to one place or from one place to several points. Clean and low pollution. The sealing system can prevent the transported materials from polluting the environment; through reasonable design, the pneumatic conveying system can be truly dust-free, which is especially obvious in negative pressure conveying.   The conveying efficiency is high, and the conveying process can be combined with the technological process to simplify the technological equipment and process. The operator is not affected by the transportation volume, which can minimize personnel allocation and facilitate management. Can be used for long distance transportation. For chemically unstable materials, inert gas can be used for transportation. shortcoming: Compared with other conveying methods, the disadvantage of pneumatic conveying is that it consumes a lot of electricity. The energy consumption of dilute phase pneumatic conveying is 2-4 times that of bucket elevator, and the energy consumption of belt conveyor is 15-40 times. Also, the closer the conveying distance is, the more pronounced this phenomenon is. Comparison of pneumatic conveying and mechanical conveying In addition, in high-speed and energy-intensive operations, pneumatic conveying also has problems with equipment wear and damage to transported goods. Small changes in material properties (such as bulk density, particle size, hardness, angle of repose, grindability, etc.) can cause operational difficulties. And the transportation distance and application are limited.

CHRIS丨Brief introduction to the structural characteristics of pneumatic conveying

(Summary description)Introduction to Pneumatic Conveying System

Pneumatic conveying refers to a conveying method that continuously conveys granular materials through the air energy (kinetic energy or static pressure energy) in the pipeline according to the specified path. There are many types of pneumatic conveying systems, and different types of pneumatic conveying systems have different structures. Pneumatic conveying system generally consists of four basic parts: feeding device, conveying pipeline, separation mechanism and air power source. Different assemblies and different combined structures of each basic component constitute different types of pneumatic conveying systems.



 

The structure of the pneumatic conveying system

Features of Pneumatic Conveying System

advantage:

The duct area is minimal.

The pipeline is flexible and the equipment investment is low. The best solution can be selected according to local conditions, such as long-distance operation from multiple points to one place or from one place to several points.

Clean and low pollution. The sealing system can prevent the transported materials from polluting the environment; through reasonable design, the pneumatic conveying system can be truly dust-free, which is especially obvious in negative pressure conveying.



 

The conveying efficiency is high, and the conveying process can be combined with the technological process to simplify the technological equipment and process.

The operator is not affected by the transportation volume, which can minimize personnel allocation and facilitate management.

Can be used for long distance transportation.

For chemically unstable materials, inert gas can be used for transportation.

shortcoming:

Compared with other conveying methods, the disadvantage of pneumatic conveying is that it consumes a lot of electricity. The energy consumption of dilute phase pneumatic conveying is 2-4 times that of bucket elevator, and the energy consumption of belt conveyor is 15-40 times. Also, the closer the conveying distance is, the more pronounced this phenomenon is.

Comparison of pneumatic conveying and mechanical conveying

In addition, in high-speed and energy-intensive operations, pneumatic conveying also has problems with equipment wear and damage to transported goods. Small changes in material properties (such as bulk density, particle size, hardness, angle of repose, grindability, etc.) can cause operational difficulties. And the transportation distance and application are limited.


  • Categories:News Center
  • Time of issue:2022-05-06 11:17
  • Views:
Information

Introduction to Pneumatic Conveying System

Pneumatic conveying refers to a conveying method that continuously conveys granular materials through the air energy (kinetic energy or static pressure energy) in the pipeline according to the specified path. There are many types of pneumatic conveying systems, and different types of pneumatic conveying systems have different structures. Pneumatic conveying system generally consists of four basic parts: feeding device, conveying pipeline, separation mechanism and air power source. Different assemblies and different combined structures of each basic component constitute different types of pneumatic conveying systems.

科里时丨气力输送结构特点简介

 

The structure of the pneumatic conveying system

Features of Pneumatic Conveying System

advantage:

The duct area is minimal.

The pipeline is flexible and the equipment investment is low. The best solution can be selected according to local conditions, such as long-distance operation from multiple points to one place or from one place to several points.

Clean and low pollution. The sealing system can prevent the transported materials from polluting the environment; through reasonable design, the pneumatic conveying system can be truly dust-free, which is especially obvious in negative pressure conveying.

科里时丨气力输送结构特点简介

 

The conveying efficiency is high, and the conveying process can be combined with the technological process to simplify the technological equipment and process.

The operator is not affected by the transportation volume, which can minimize personnel allocation and facilitate management.

Can be used for long distance transportation.

For chemically unstable materials, inert gas can be used for transportation.

shortcoming:

Compared with other conveying methods, the disadvantage of pneumatic conveying is that it consumes a lot of electricity. The energy consumption of dilute phase pneumatic conveying is 2-4 times that of bucket elevator, and the energy consumption of belt conveyor is 15-40 times. Also, the closer the conveying distance is, the more pronounced this phenomenon is.

Comparison of pneumatic conveying and mechanical conveying

In addition, in high-speed and energy-intensive operations, pneumatic conveying also has problems with equipment wear and damage to transported goods. Small changes in material properties (such as bulk density, particle size, hardness, angle of repose, grindability, etc.) can cause operational difficulties. And the transportation distance and application are limited.

科里时丨气力输送结构特点简介

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