Xinjiang XXXX Group Nitrogen Circulation Pneumatic Conveying System and Nitrogen Recovery System

Release date:2025-04-25 Views:27

 

Project Information Summary Table

Project

Xinjiang XXXX Group Nitrogen Circulation Pneumatic Conveying System and Nitrogen Recovery System

Location

Xinjiang, Shihezi

Signing Date

May 20, 2024

Commissioning Date

April 19, 2025

Supply Scope

3 PJP-1D-DN150 type jet pumps

Design, equipment manufacturing, and supply of 2 sets of nitrogen circulation pneumatic conveying systems

Material

Crushed dust (calcium carbide)

Performance

Conveying capacity: ≥3 t/h

Horizontal distance: 40 m
Vertical height: 13 m

Highlights

The challenge of this project lies in the characteristics of the conveyed material, which has average flowability and a certain degree of stickiness. The conveying process requires absolute airtightness, placing high demands on valve selection. The design of the nitrogen circulation system effectively prevents dust from coming into contact with moisture, ensuring the continuity and stability of material conveying while meeting safety and environmental requirements.

 


Project Information Summary Table

Project

Xinjiang XXXX Group Nitrogen Circulation Pneumatic Conveying System and Nitrogen Recovery System

Location

Xinjiang, Shihezi

Signing Date

May 20, 2024

Commissioning Date

April 19, 2025

Supply Scope

3 PJP-1D-DN150 type jet pumps

Design, equipment manufacturing, and supply of 2 sets of nitrogen circulation pneumatic conveying systems

Material

Crushed dust (calcium carbide)

Performance

Conveying capacity: ≥3 t/h

Horizontal distance: 40 m
Vertical height: 13 m

Highlights

The challenge of this project lies in the characteristics of the conveyed material, which has average flowability and a certain degree of stickiness. The conveying process requires absolute airtightness, placing high demands on valve selection. The design of the nitrogen circulation system effectively prevents dust from coming into contact with moisture, ensuring the continuity and stability of material conveying while meeting safety and environmental requirements.


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