## 5 Case Study
### Project Implementation
#### 5.3.2 Implementation of the Orebody Modeling Business Process  
The 38 standardized business processes under the geology, surveying and mining of the Fujian Makeng Iron Mine have the same flow mode of business processes except for the types of businesses, business processes and business software. To further illustrate the high-speed flow and collaboration between businesses and the interoperability and high sharing of data among the 38 standardized business processes on the mining technology collaboration platform for Fujian Makeng Iron Mine, the following is an example of the operation and implementation of the orebody modeling business process. The details are as follows:  
1. Definition and configuration of orebody modeling business process According to the results of the requirement survey and analysis, including the standardized orebody modeling business process, the job duty of each process node and its input and output data, the business process of orebody modeling in Fujian Makeng Iron Mine is defined and the roles of each business process node, the users corresponding to the roles, the roles corresponding to the business software and its functions and business data are configured. The professional post duty and its input and output data tables and the business flow charts of the orebody modeling are shown in Table 1 and Figure 5, respectively. 2. Creation and initiation of the orebody modeling business process The creation of the orebody modeling business process is mainly to create business forms and determine the site and content of the work. This task is to complete the construction of the orebody model of the 100 m level, 200 m level and 300 m level of the E mine area of Fujian Makeng Iron Mine and submit the created orebody modeling business form and initiate the orebody modeling business process, as shown in Figure 11.  
3 Geological interpretation engineer conducts geological interpretation The geological interpretation engineer receives reminders of to-do items, signs the to-do items and starts the geological modeling software under his/her authority through the business software entrance on the business form and then automatically loads the input data under his/her authority from the database (see Table 1) for geological interpretation. Since the geological interpretation of the orebody modeling business process involves a total of 15 levels, including 100 m level, 200 m level and 300 m level and 12 sublevels between the three levels, the geological interpretation workload is large. Therefore, to increase the speed of the progress of geological interpretation work, the geological interpretation engineers, through the mining technology collaboration platform management side of the free collaboration module, set up a free collaboration group to work together to complete the geological interpretation work. The free collaboration group provides a unified and data-sharing digital working environment for all collaborators through the mining technology collaboration platform and the team members can communicate with each other through instant messaging tools integrated in the mining technology collaboration platform, which changes the traditional decentralized collaboration mode and data exchange based on paper or electronic documents and changes the problem that communication information in the traditional collaboration process cannot be effectively preserved. In the free collaboration group, the approvers and the follow-up users of the business achievement data can be added to enable the relevant personnel to timely understand and grasp the business work, business progress and achievement data and to give timely advice and guidance on the problems existing in the process of business collaboration to avoid rework due to noncompliance and to accelerate the completion of the business collaboration and review of the achievement data.