IT in Manufacturing


Mines and the local economy – excellence in the making

March 2025 IT in Manufacturing

Localisation is a broad term used to describe a myriad of products, services and operations, all developed to meet the needs of a particular market or community. While it sounds quite dry, it’s anything but. The ability to marry cultural, linguistic, economic, regulatory and environmental factors is no mean feat, and the benefits are numerous.

In the mining, minerals and metals sector, localisation benefits both the mine and the local economy. It is symbiosis at its finest, as both parties stand to gain tremendously. However, to understand localisation it is important to ‘drill down’ to what localisation truly means to mining and how the sector can benefit local communities and the economy.


Hennie Colyn, strategic account executive at Schneider Electric.

It’s a win-win scenario

Localisation initiatives prioritise the hiring of local talent, sourcing from local suppliers and fostering community-led development. This creates jobs and stimulates economic growth by increasing domestic demand for goods and services. Furthermore, for communities near mining operations, this translates to improved livelihoods and more robust local economies. Countries across the globe boast local mining towns.

Equally, mines benefit from local supply chain stability and the subsequent risks associated with global disruptions, currency fluctuations and logistical delays, making operations more resilient. Additionally, by generating legitimate employment opportunities, localisation diminishes the appeal of illegal mining, addressing a significant socio-economic challenge in many mining regions.

Looking at the bigger picture, localisation also enables organisations to meet their broader sustainable development goals. Through investment in infrastructure, education and healthcare, mining companies enhance community welfare and long-term economic viability. These efforts echo global sustainability priorities, including poverty alleviation, education and gender equality.

Digital technologies drive localisation

For localisation to truly take effect, the mining, minerals and metals sector must partner with technology companies. Across the globe, the sector is moving towards a digital posture, and localisation is part of this transition. In short, the new era of digital mining allows mines to gain the most from local expertise and operations.

People are at the heart of any mining operation, and their safety is paramount. Here, automated and remote-controlled equipment reduces risks in hazardous environments, allowing machines to shine while people stay safe. Furthermore, real-time data systems enhance mineral exploration and processing, allowing companies to identify and extract valuable resources with precision.

Advanced technologies like precision mining and sensor-based systems minimise waste and also optimise resource utilisation, thus reducing reliance on traditional energy sources while contributing to lower carbon emissions. This is particularly beneficial in countries that struggle with unstable grid infrastructure.

Real-time monitoring and data analytics also help mining companies identify inefficiencies and optimise operations, again saving on OPEX. Furthermore, the integration of geographic information systems and cellular technologies ensures streamlined operations in challenging terrains.

Skills development for localisation

Importantly, upskilling local workers to operate advanced technologies ensures the long-term viability of digital innovations in mining. It also creates a digital-savvy workforce, which allows for important skills development in the following areas:

• Proficiency in operating and maintaining automated and AI-driven systems.

• Data analytics capabilities for interpreting sensor and equipment data.

• Knowledge of sustainability practices to align with environmentally responsible mining initiatives.

Lastly, one would be remiss not to talk about the importance of AI and automation in local mining operations. AI-powered tools such as predictive maintenance systems, autonomous vehicles and drones reduce operational costs, enhance safety and optimise resource extraction. By leveraging AI, companies can predict potential issues, reduce downtime and streamline ore processing, further boosting productivity.


Credit(s)



Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

Project and industry
Schneider Electric South Africa System Integration & Control Systems Design
Transforming crushing plant operations through integrated automation.    Controlgear Instramac was engaged to deliver the electrical control and automation systems for a new crushing plant within the ...

Read more...
Overcoming the bottling industry’s fragmented visibility
Schneider Electric South Africa IT in Manufacturing Electrical Power & Protection
Beverage bottling facilities are among manufacturing’s most energy-intensive environments, yet many still operate without granular insight into where that energy goes. Rezolia Muller-Potluri of Schneider Electric explains how tiered metering architecture and advanced

Read more...
Advancing intelligent apparel manufacturing with industrial AI and humanoid robotics
IT in Manufacturing
Jack Technology, a global maker of industrial sewing equipment, has chosen Siemens software and engineering tools to bring artificial intelligence and humanoid robots into apparel production, aiming to shorten development cycles and lift manufacturing efficiency.

Read more...
What you need is a nerve centre for your building
Schneider Electric South Africa SCADA/HMI
Schneider Electric’s Anoop Hariparsad explains how a building management system acts as a single nerve centre, cutting energy use and improving safety and guest experience.

Read more...
New chiller line for high-density AI data centres
Schneider Electric South Africa IT in Manufacturing
Schneider Electric has launched the Uniflair XCA, a new series of air-cooled and free-cooling chillers designed for artificial intelligence-driven, high-density liquid-cooled data centres.

Read more...
Turning system integrators into trusted technology partners
Schneider Electric South Africa IT in Manufacturing System Integration & Control Systems Design
Schneider Electric’s Alliance Partner Programme is repositioning system integrators from hardware suppliers into lifecycle-value partners. Oriel Soupen explains the competency framework, certification model and real-world results that are already helping African system integrators win higher-value, longer-term engagements.

Read more...
Schneider Electric introduces next-generation BlokSeT switchboard
Schneider Electric South Africa Electrical Power & Protection
Schneider Electric has launched its next-generation BlokSeT low-voltage switchboard in West Africa, offering high reliability, predictive maintenance capability and digital integration for critical infrastructure and industrial applications.

Read more...
Why renewable projects need integrated protection and control
IT in Manufacturing
Fragmented secondary plant integration in renewable energy projects causes costly delays during commissioning. ACTOM Protection and Control’s Secondary Plant Integration solution consolidates all secondary systems under a single engineering framework, reducing risk and accelerating grid

Read more...
When digital twins move from concept to critical tool
IT in Manufacturing System Integration & Control Systems Design Maintenance, Test & Measurement, Calibration
Digital twins are moving out of the lab and onto the mine, the factory floor and the transport network where they predict failures before they happen. Amritesh Anand looks at where they earn their keep, the data and integration work behind them, and the security questions every organisation should ask before switching one on.

Read more...
How a digital foundation can overcome the LNG trilemma
Schneider Electric South Africa IT in Manufacturing SCADA/HMI
The LNG sector is racing to add capacity, but without a digital backbone, growth creates complexity rather than capability. Christophe Begat of Schneider Electric explains how connecting data, systems and analytics across the LNG value chain can resolve the trilemma of secure supply, lower emissions and tighter costs.

Read more...









While every effort has been made to ensure the accuracy of the information contained herein, the publisher and its agents cannot be held responsible for any errors contained, or any loss incurred as a result. Articles published do not necessarily reflect the views of the publishers. The editor reserves the right to alter or cut copy. Articles submitted are deemed to have been cleared for publication. Advertisements and company contact details are published as provided by the advertiser. Technews Publishing (Pty) Ltd cannot be held responsible for the accuracy or veracity of supplied material.




© Technews Publishing (Pty) Ltd | All Rights Reserved