After mastering the designpneumatic conveyingAfter analyzing the important parameters, determine the design scheme and main technical parameters of positive pressure pneumatic conveying based on comprehensive analysis.

1) The form and system composition of transportation.

2) The main structural formula and material selection of the device.

3) The determination of the main technical parameters of the conveying device: airflow velocity, design conveying capacity, mixing ratio, air volume for conveying, and calculation of resistance loss, in order to determine the pressure and capacity of the air source machinery and the power of the electric motor.

4) Determine the inner diameter of the conveying pipe, the length of the horizontal pipe and the vertical lifting height, the inclination angle, the angle and quantity of the bent pipe, as well as the material, route, and number of supports of the conveying pipe.

5) Types, structures, and quantities of crossroads.

6) The form and structure of the separator. Dust collector specifications and dust filtering methods.

7) Selection of electrical control equipment, operating procedures, interlocking relationships and safety devices, types and capacities of control panels.

8) Types of gas source machinery, sound insulation and silencing devices.

9) Water supply, drainage and sewage treatment methods.

10) Civil foundation and on-site installation requirements.

11) Debugging, trial operation, and main performance testing.

12) Determination of operating procedures.

13) Types and quantities of spare parts and vulnerable parts for pneumatic conveying devices.

    Generally speaking, the above design program is applicable to any type of compression typePneumatic conveying engineeringAll are applicable. To do a good job in design work, it is necessary to master the original conditions, conduct feasibility analysis, and ensure the smooth progress of the project.