![surpac application on limestone mine surpac application on limestone mine](https://2.bp.blogspot.com/-t1n1JblRcgU/VisGzK7v9LI/AAAAAAAAGGQ/n4sKqsn3yhs/s1600/view.png)
Now that you have imported your haul route names, you can proceed to define the routes in the material movement grid for scheduling. This is the same for route 2, TO_HG which is made up of roads INPIT_1_1 and HG-2_2_1. For instance, haulage route 1, TO_DUMP, consists of 2 haul roads: INPIT_1_1 and DUMP-4_4_1 which is the pathway to reach the dump.
![surpac application on limestone mine surpac application on limestone mine](https://www.fuminco.com/images/referenzen/surpac_Blockmodell.jpg)
This way, road names become intuitive to the destination as seen below. For instance, if “Full velocity” is in the d1 field, select d1. Map the appropriate description field to the column “Road name”, “Full velocity” and “Empty velocity”. Once the desired string file is selected, the Import Haulage Roads dialog box will appear.Navigate to the string file that you previously saved in Surpac.In MineSched, click on the green plus sign next to Roads to import your roads.Furthermore, approaches for applying rock mass characteristics in blast. Importing your haulage network into MineSched In a hard-rock mine, blasting is an important rock-breakage process that impacts. Now that you have saved your string file, they are ready to be imported into MineSched. The white line represents the in-pit common road, while the other coloured lines represent other routes.
![surpac application on limestone mine surpac application on limestone mine](https://i.ytimg.com/vi/evWkqajupzw/maxresdefault.jpg)
The below images illustrates only three haul routes for the purpose of simplicity, but you can add as many routes as you want. d3, and enter a unique route name into the Expression field that accurately describes your haul route, e.g. Select the description field of your choice, e.g.
#SURPAC APPLICATION ON LIMESTONE MINE ANDROID#
See the complete profile on LinkedIn and discover. PDS Mining Asset Management Software is an asset management and condition monitoring system for web, android and iOS applications that eliminates the need. SURPAC software is used for solid ore modelling as well as block modelling in this work. The statistical data of limestone ore shows the frequency of population in the data set for initial knowhow about the deposit. Edwin (Ted) has 10 jobs listed on their profile. Finally, estimation is done by using both linear geo-statistical techniques for getting the mean assay value of the deposit. Access the Layer Maths Function in Surpac View Edwin (Ted) Lord, MBA’S profile on LinkedIn, the world’s largest professional community.
#SURPAC APPLICATION ON LIMESTONE MINE HOW TO#
The below steps demonstrate how this can be done and how to import your route names into MineSched. Once you have designed your road network in GEOVIA Surpac, you can populate the haul route name into your choice of description field. This is now possible in the latest version of MineSched. By identifying each route by a unique name, it makes it easier for users to map road networks to their destinations. For mine planning engineers, it may often be confusing to keep track of haul routes at a mine site, particularly when there are numerous destinations such as various dumps, Run of Mill and Tailings Storage Facilities (TSF).