Sichuan Guangyuan XXXX New Materials Co., Ltd. 5t/h pulverized coal preparation system Qingchuan Huana lime kiln project
Release date：2025-02-11 Views：81
Brief statement of engineering projects
|
Engineering project name |
Sichuan Guangyuan XXXX New Materials Co., Ltd. 5t/h pulverized coal preparation system Qingchuan Huana lime kiln project |
|
Project address |
Sichuan Province, Guangyuan City |
|
Contract signing time |
November 27, 2023 |
|
Project production launch time |
January 11, 2025 |
|
Supply contents of the project |
Complete sets of equipment for pulverized coal preparation system |
|
Type of the materials processed |
Bituminous coal |
|
Main performance index |
Capacity: ≥5t/h |
|
Product fineness: 85% pass of 200 mesh |
|
|
Main features of the project |
The bituminous coal processed in this project has high volatile content, high moisture and high product fineness requirements, and has strict requirements for the drying capacity and safety of the system, and requires scientific treatment of the relationship between drying and product fineness and system safety, so as to optimize the operation of the system. |
Brief statement of engineering projects
|
Engineering project name |
Sichuan Guangyuan XXXX New Materials Co., Ltd. 5t/h pulverized coal preparation system Qingchuan Huana lime kiln project |
|
Project address |
Sichuan Province, Guangyuan City |
|
Contract signing time |
November 27, 2023 |
|
Project production launch time |
January 11, 2025 |
|
Supply contents of the project |
Complete sets of equipment for pulverized coal preparation system |
|
Type of the materials processed |
Bituminous coal |
|
Main performance index |
Capacity: ≥5t/h |
|
Product fineness: 85% pass of 200 mesh |
|
|
Main features of the project |
The bituminous coal processed in this project has high volatile content, high moisture and high product fineness requirements, and has strict requirements for the drying capacity and safety of the system, and requires scientific treatment of the relationship between drying and product fineness and system safety, so as to optimize the operation of the system. |
