Mining Engineering

Latest Technological Innovations in Mining Industry


Workforces and their advances in technology are continually evolving enterprises far and wide. Innovations can affect a business being more fruitful than fellow contenders that are slower to embrace and execute new advancements. 

Although the mining industry has been a little steady to embrace innovations, progressions offer more noteworthy metal recuperation, adaptability in mining tasks, expanded profitability, more prominent security, and bringing down expenses.

Given the competitive landscape related to the mining business, alongside the expanding need for digging to greater depths, picking up a preferred financial position to guarantee the economic feasibility of mining activities is more significant in the 21st century. 

For mining organizations to overcome the competition, it will require further innovative plans and technologies that improve the capacity, proficiency, and dependability of digging frameworks responsible for detecting, dissecting, extraction, and refinement.

The capacity to rapidly react and scale creation, lessen long lead times, and limit the cash outflow related to mining with new advances will help mining and exploration organizations as well as for the recovery of the whole mining industry.

Also, the recent trends in the mining industry show a convincing industry move towards sustainability. Advanced innovation works more enthusiastically to convey a genuinely safe and beneficial mine that tends to expand interest for mined materials while simultaneously surpassing client expectations and global sustainability initiatives.

The latest technological innovations used in the mining industry are listed under the following heads.

  • Spatial Data Visualization:

The mining industry is currently facing an upward shift after the introduction of spatial data. Spatial data has become more detailed and accurate with time. By using new technologies such as spatial data effectively, the mining industry is gaining positive insights into the mine systems at a significantly reduced cost and environmental impact. The industry is moving towards a tech-oriented future. It’s possible to virtually construct and deconstruct plants, buildings, mines, and all the other associated infrastructure before even breaking ground to create an intelligent mine.

  • Geographic Information Systems:

Geographic Information Systems are integral tools that allow a more comprehensive look at how geographic relationships influence the world around us. With the introduction of GIS, miners can overcome real-life challenges where location and accessibility are critical. Geospatial data represents the location, size, and shape of an object. By visualizing it, miners gain practical insight into the designated system or mine environment. While performing mining activities, this software allows miners to train managers and employees through innovative ways and improve the long-term understanding of mining with virtual interpretations of a real-life environment.

  • Artificial Intelligence:

Artificial intelligence, or commonly known as AI, leads the decision making process at insight-driven firms. AI uses smart data and machine learning to improve operational efficiency, mine safety, and production workflow. Implementing Artificial Intelligence can generate routine data in comparatively lesser time than before. The mining industry is rapidly evolving, so AI and machine learning impact how mines make future choices. As the mining industry makes innovative efforts to reduce costs and lessen its environmental impact, using equipment like AI helps ensure better safety and reliability for miners and the land used by mines.

  • Automated Drones:

In the last decade, drones, also called Unmanned Aerial Systems (UAS), made headway across the mining industry. UAS now produces the same amount of results or outcomes as a helicopter at a lower cost. Drones, which are set to perform operational tasks, improve the industry by providing multiple services like time-lapse photography, measuring stockpile inventory, site mapping, etc. 

  • Modern Mechanization:

With the upgradation and improved innovation, automating the cycle of excavation is an undeniable region of progress. The involvement in SBR innovation is an illustration of present-day automation of mining activities. Mechanized excavation has numerous benefits over drill and impact techniques, mostly by being more secure, making less unsettling influence encompassing developments, and empowering ceaseless advances. A long way from being extraordinary to shaft sinking, Mechanized excavation measures are being explored for lateral expansion.

  • Automation and Digitization:

The pattern of automating mining processes and applying the information to streamline them has not passed by the mining area. Automation and data technology are being executed in all shapes and sizes. One significant change is in ventilation, one of the most fundamental parts of underground mining activity. There is a growing trend towards the automatic monitoring of air quality, checking, which used to be finished by laborers going down the mine to assess conditions firsthand. Automated sensor networks will guarantee the cycle is significantly more secure and give mine administrators much better, timely and centralized visibility.

The mentioned technological innovations, along with some more, assure a bright and positive impact on the mining industry. So, the mining industry is expected to grow and develop at an increased rate, leading to the rise in demand for qualified and skilled man force to work and deliver quality outcomes. Aspirants who wish to make a career in the mining industry can do so by learning the theories, concepts, application of tools and techniques, along with a bachelor or master’s degree based on their career goals.

Students can apply for a B. Tech or M. Tech degree in Mining Engineering with Sir Padampat Singhania University, established by JK Cement Ltd. SPSU is one of the best private engineering colleges of Udaipur, offering quality education, training, and development to the engineering students through paid internships and final placements at high salary packages in top companies of India and abroad.

The University also organizes various seminars, live training sessions, role plays, workshops, industry visits, etc., to provide a complete learning ecosystem to the management students. The University helps the students gain overall development through regular industry exposure and a perfect blend of practical and theoretical aspects being followed in the curriculum, making itself stand among one of the Top Engineering Colleges in Udaipur.

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