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Gold Science and Technology ›› 2022, Vol. 30 ›› Issue (6): 968-977.doi: 10.11872/j.issn.1005-2518.2022.06.087

• Mining Technology and Mine Management • Previous Articles    

Development and Application of Husab Mine Production Technology Collaboration Platform

Wenming DONG1(),Qiren TAN2()   

  1. 1.CGNPC Uranium Resources Co. , Ltd. , Beijing 100029, China
    2.Changsha Digital Mine Co. , Ltd. , Changsha 410083, Hunan China
  • Received:2022-07-12 Revised:2022-09-27 Online:2022-12-31 Published:2023-01-06
  • Contact: Qiren TAN E-mail:dongwenming@cgnpc.com.cn;kmhtqr@sina.cn

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Abstract:

In recent years，with the rapid development of computer technology，network technology and database technology，the mining industry is accelerating the construction of digitalization，informatization and intelligence.In the construction process，due to the lack of top-level design and overall planning in most mines，and the lack of standardized data processing，multi-source heterogeneous data generated by various systems in the construction process cannot be shared，and it is difficult to achieve the comprehensive utilization of data.In view of the current problems in data circulation，management，sharing and utilization in Husab mine，by sorting out the production business process specifications and data management standards of geology，mining and hydrometallurgy，a digital processing mode suitable for cross professional business processes was proposed，and a production technology collaboration platform for workflow standardization，business data standardization and data processing automation was developed.The professional business processes of geology，mining and hydrometallurgy were solidified into the system，and the business data of each specialty are stored in the central database according to the standards，and transferred on the same platform according to the process.The outcome data of the previous node in the process is the input data of the next node，and the outcome data of one process among processes is the input data of another process，so as to realize data collaboration and sharing among the professional production businesses in the mine site.The platform provides a unified digital work platform for mine production management，and realizes the integration，standardization and convenience of production business management.Through two-level deployment and database synchronization technology，data sharing and backup between foreign mine sites and domestic company headquarters are realized，ensuring the safety of enterprise data assets.The application results show that the platform connects the data generated by each business through the process and stores them uniformly through the central database according to the standard，realizing efficient data transfer among geological，mining and hydrometallurgical businesses and automatic processing of indicator report data，greatly reducing the data processing time and error rate，and greatly improving the efficiency of team cooperation.In addition，it has completely changed the situation of “waiting，relying，and demanding” data acquisition of domestic company headquarters.Through the distributed platform，all kinds of data needed can be queried at any time，so as to timely grasp the production situation of Husab mine，which is conducive to giving play to the technical advantages of the domestic expert team，helping the mine solve the technical management problems encountered in production，and effectively improving the economic benefits of the mine.The development and application of Husab mine production technology collaboration platform provides a reference for cross department and cross region data on collaboration and sharing.

Key words: Husab mine, production technology collaboration platform, central database, data sharing, data collaboration, digital mine

CLC Number: 

  • TD672

Fig.1

Overall architecture of the production technology collaboration platform"

Fig.2

System deployment architecture of production technology collaboration platform"

Fig.3

Data architecture of production technology collaboration platform"

Fig.4

Functional architecture of production technology collaboration platform"

Table 1

External properties of predictive bench model"

序号属性说明
1Zone记录模型属于的矿坑区域
2Period

记录模型属于的开采阶段

（如Z1S1、Z1S2、…）

3Bench记录模型所属的台阶
4Type

记录模型所属的类型

（如台阶预测模型、资源模型）

5Version记录模型的版本
6Upload time记录模型上传的时间
7Upload_by记录模型上传的人员
8Feature class记录文件所属的部门

Fig.5

Flow chart of block division business"

Fig.6

Flow definition of block design business"

Fig.7

Initiation interface of block division process"

Fig.8

Handling interface of block division process"

Fig.9

Daily production overview dashboard of Husab mine"

Fig.10

Mobile terminal indicator dashboard"

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