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A platform for research: civil engineering, architecture and urbanism
Systems and methods for manufacturing caustic-burned magnesia powder by utilizing magnesite powder
The invention discloses systems and methods for manufacturing caustic-burned magnesia powder by utilizing magnesite powder, and relates to the technical field of manufacturing of caustic-burned magnesia powder. The systems comprise a concentrate powder system, a raw ore powder system and a tailing powder system. The methods comprise a method for manufacturing the caustic-burned magnesia powder by using the concentrate powder, a method for manufacturing the caustic-burned magnesia powder by using the raw ore powder and a method for manufacturing the caustic-burned magnesia powder by using tailing powder. The three sets of systems independently exist and respectively treat different materials; the whole process is more environment-friendly, waste residues can be treated more timely, products with three quality levels can be produced at the same time, and users have more choices; and compared with conventional individual process, the formed large process is more complete, higher in utilization rate and more perfect.
本发明公开了一种利用菱镁石粉制造轻烧镁粉的系统和方法，涉及制造轻烧镁粉技术领域，系统包括精矿粉系统、原矿粉系统和尾矿粉系统，方法包括利用精矿粉制造轻烧镁粉的方法、利用原矿粉制造轻烧镁粉的方法和利用尾矿粉制造轻烧镁粉的方法。三套系统独立存在，分别处理不同物料；整个工艺更环保，能更及时处理废渣，同时生产三种品质产品，用户有更多选择；大工艺比之前单独工艺更完整，使用率更高，更加完善。
Systems and methods for manufacturing caustic-burned magnesia powder by utilizing magnesite powder
The invention discloses systems and methods for manufacturing caustic-burned magnesia powder by utilizing magnesite powder, and relates to the technical field of manufacturing of caustic-burned magnesia powder. The systems comprise a concentrate powder system, a raw ore powder system and a tailing powder system. The methods comprise a method for manufacturing the caustic-burned magnesia powder by using the concentrate powder, a method for manufacturing the caustic-burned magnesia powder by using the raw ore powder and a method for manufacturing the caustic-burned magnesia powder by using tailing powder. The three sets of systems independently exist and respectively treat different materials; the whole process is more environment-friendly, waste residues can be treated more timely, products with three quality levels can be produced at the same time, and users have more choices; and compared with conventional individual process, the formed large process is more complete, higher in utilization rate and more perfect.
本发明公开了一种利用菱镁石粉制造轻烧镁粉的系统和方法，涉及制造轻烧镁粉技术领域，系统包括精矿粉系统、原矿粉系统和尾矿粉系统，方法包括利用精矿粉制造轻烧镁粉的方法、利用原矿粉制造轻烧镁粉的方法和利用尾矿粉制造轻烧镁粉的方法。三套系统独立存在，分别处理不同物料；整个工艺更环保，能更及时处理废渣，同时生产三种品质产品，用户有更多选择；大工艺比之前单独工艺更完整，使用率更高，更加完善。
Systems and methods for manufacturing caustic-burned magnesia powder by utilizing magnesite powder
一种利用菱镁石粉制造轻烧镁粉的系统和方法
YU ZONGCHUN (author) / YIN LIANG (author) / WANG LI (author) / LI BO (author)
2022-01-04
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
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