This is particularly important when staff are new to an operation or the industry.”
Surpac 03 software#
“Surpac is the most widely used geology and mine planning software in the world today in part because it is well known for offering powerful capabilities that are easy to use, allowing new users to become proficient quickly.
Surpac 03 professional#
With professional skills in ever shorter supply, and with geologists and engineers tasked to do more in shorter periods of time, software ease-of-use and functionality that saves time is more important than ever,” said Eli Alston, Gemcom’s Product Line Manager. “The enhancements made in Surpac 6.2 are the direct result of our discussions with users and the industry. Further release features include improvements to the drill hole database, greater block modelling functionality, and enhancements made to the interoperability of data between systems used in conjunction with Surpac. Surpac addresses all of the requirements of geologists, surveyors, and mining engineers, delivering efficiency and accuracy through ease-of-use, powerful 3D graphics, and workflow automation that can be aligned to company-specific processes and data flows.”Considerable time-savings can be achieved in Surpac 6.2 thanks to a new, powerful algorithm for digital terrain model (DTM) creation, saving users hours per day when working with complex calculations. Below is an example of a folder structure to work from and a brief description of each.Gemcom Software International has released Gemcom Surpac TM 6.2, the latest version of what it says is “the world’s most popular geology and mine planning software. It is important that you must already have a folder structure for your design setup already usually in a common network drive. (b) A good folder structure to store data That sequence aims to achieve budgeted ore tons and grades together with the associated stripping.īlast master design has a separate procedure on its own and won’t be discussed in detail but will be included in the appendix of this course book. It sets out individual blast patterns on a bench and indicates the optimal sequence of drilling and blasting. This is usually designed in advance of any pattern design. The blast master contains polygons (closed strings) of pattern outlines showing the shapes, drilling and firing sequence. It is advisable that any one new to Surpac should at least go through the “Introduction to Surpac tutorial” and the “Drilling and Blasting tutorial”.įor any blast design in Surpac, the following are the main requirements one would use to successfully design a pattern The main objective of this course book is not to discuss in detail the theory behind drilling and blasting, but to get one up to speed quickly in utilizing the software tools available to design blast patterns. Not only do these provide evidence of the quality of his work, but they also provide a wealth of information upon which he can draw as future blasting situations develop (Source: Partha Das Sharma, Rock Breakage and Blast Design Considerations in Open Pit). Thus, for a blaster, valuable tool is the file of blast reports that he builds as he gains experience. Good drilling practice include carefully monitoring drill-rig operating parameters, taking careful notes of the changes in geology during drilling, and effectively communicating to the blasting crew any unusual conditions encountered during drilling that may affect blasting results or require changes in hole loading practices.īlast designing is not a science, but knowledge, experience, studying and analyzing past practices in relation to rock strata & geology etc., makes blaster to achieve perfection. In surface mining operations, the purpose of drilling into rock is to provide a “blast hole” into which explosives can be loaded (Source: Blast Hole Drilling Module-4). The degree and the efficiency through which drilling and blasting is done actually determines the quality of the broken material for eventual downstream processing.
Surpac 03 free#
Drilling and Blasting in any hard rock mine is the first process to free the ore from the in situ or host rocks.
0 kommentar(er)
