In the heart of West Africa’s mining sector, a leading gold mining company, one of the largest operators in the country, faced a familiar challenge. The company operates two world-class assets, including a historic underground operation undergoing a billion-dollar redevelopment and a massive open-pit mine. The company managed a fleet of hundreds of heavy-duty vehicles and machinery on a daily basis. However, while production targets were ambitious and safety standards high, the tools for managing fleet efficiency had failed to keep pace with the scale of their operations.
Driver behaviour was inconsistent, fuel costs were a moving target and maintenance schedules were reactive rather than predictive.
In an industry where margins are measured in millimetres and profitability hinges on operational precision, the West African company knew they needed more than just hard work, they needed intelligence. They turned to ATRAMS Limited for a solution that would not only plug the leaks but fundamentally redefine how they managed their assets
The Challenge
For any mining operation, the numbers are staggering. A single haul truck can burn up to 300 or more litres per hour depending on truck type, road conditions, haul weight etc. A fleet of hundreds including heavy duty vehicles and machinery operating across two sites, represents a fuel budget that rivals the GDP of a small town. But the company’s existing fuel management system relied on manual reconciliation and periodic dip-sticking – methods that were ripe for inaccuracies and, more critically, left the door open for unauthorized usage and theft.
Similarly, driver performance was an unknown variable. With hundreds of operators behind the wheels of expensive mining vehicles/trucks/machines, the company had no real-time insight into harsh braking, harsh cornering, excessive idling, or speeding. These behaviors weren’t just safety hazards; they were silent killers of fuel efficiency and engine longevity. A truck left idling for an hour might not seem like much, but multiplied across 100s of fleet over a year, it represented hundreds of thousands of dollars in wasted fuel and unnecessary carbon emissions
The maintenance department, meanwhile, operated in the dark. Without real-time diagnostics, they relied on scheduled service intervals. This meant they were either changing parts that still had life left (wasting money) or, worse, discovering a critical failure only after a machine broke down, halting production and incurring costly emergency repairs.
The company’s vision was clear: to become a benchmark for sustainable, safe, and profitable mining. But to achieve that, they needed to bring their fleet into the digital age.
Our Integrated Approach
ATRAMS stepped in with a comprehensive, three-pronged strategy designed to turn data into actionable intelligence. We didn’t just install hardware, we deployed an ecosystem of connected technologies built for the mine’s rugged environment, translating raw data into the operational intelligence needed to drive production goals.
Fuel Monitoring via CAN Bus Technology
We moved beyond traditional fuel sensors by implementing Controller Area Network (CAN) Bus fuel monitoring. This was a game-changer. By tapping directly into the vehicle’s electronic control unit (ECU), we gained access to the engine’s native data giving us the exact fuel injection rates, consumption per cycle, and engine load. Every liter of diesel consumed was now tracked in real-time, from the moment a truck started its morning warm-up to the final shift change. This gave the company an unassailable audit trail, eliminating fuel theft and providing precise cost allocation per vehicle, per shift, and per operator.
Driver Performance Monitoring
Working with one of our European technology partners, Teltonika, we deployed one of the FMB Series with built in accelerometer and CAN. We unlocked the ability to monitor driver behavior with surgical precision. Using the accelerometer system embedded in the IoT hardware we designed a solution to track and monitor harsh acceleration, sudden braking, excessive speeding, and idle time. These sensory data gave the mining company a better understanding of their drivers’ behaviour, allowing them to streamline their driver safety policies.
Suddenly, the company could see which operators were driving efficiently and which were costing the business money. The data allowed fleet managers and supervisors to provide targeted coaching, turning good drivers into great ones. Within weeks, idle times dropped dramatically, and the wear and tear on braking systems began to decline and near collision counts reduced by 90%.
Comprehensive Fleet Management System (FMS)
Finally, we unified everything under a centralized Fleet Management System. This dashboard became a major source for the entire fleet operation. It integrated asset monitoring and location, fuel and sensor data, driver behaviour, and maintenance diagnostics into one intuitive platform.
Predictive maintenance unlocks asset utilization, a critical component of mining productivity
Maintenance shifted from reactive to predictive. The system alerted workshop managers and supervisors to proactively replace and service vehicles before a sensor triggered a dashboard warning light. Service teams could now plan repairs during scheduled downtime rather than reacting to catastrophic failures. Mining productivity soared as asset utilization increased. The West African mining company could see exactly which machines were earning their keep and which were underperforming.
A Story of Tangible Transformation
The solutions implemented ensured that executive vision was the driving force behind every haul, every load, and every production milestone in the field. By turning a high-stakes capital investment into a measurable reality, ATRAMS sparked a transformation that redefined every facet of the company’s operational future.
Fuel Efficiency: Within the first quarter of implementation, the company recorded a double-digit percentage reduction in overall fuel consumption. The combination of eliminating theft, reducing idle time, and optimizing routes, paid for the technology investment many times over. For a mine of this scale, that saving translated into millions of dollars redirected toward core production activities.
Safety and Culture: The driver performance monitoring system fostered a new culture of accountability and safety. Speeding, harsh braking and other reckless driving incidents decreased significantly, reducing the risk of accidents on busy haul roads. The company reported a noticeable improvement in their safety KPIs, which reinforced their commitment to “zero harm” and protecting their most valuable asset, which is their people.
Operational Uptime: With predictive maintenance driven by real-time data, unplanned equipment downtime dropped by nearly 30%. The mining company’s operational sites saw their heavy mining fleets achieving record levels of availability and and double digit increase in asset utilization. This reliability was critical for meeting ambitious production targets, including the ramp-up toward the 400,000-ounce-per-year goal at their flagship underground operation.
Environmental Stewardship: By drastically cutting fuel waste, the company made significant strides toward its environmental goals. The reduction in diesel consumption directly lowered their carbon footprint, complementing their investments in solar power and other green initiatives. It was a powerful demonstration that operational efficiency and environmental responsibility are not opposing forces, but two sides of the same coin.
A Partnership for the Future
Today, the mining giant enjoys a level of visibility and control that was once unimaginable, thanks to its partnership with ATRAMS.
The integration of ATRAMS’ asset tracking, fuel monitoring, driver performance analytics, and fleet management systems has turned their fleet from a cost center into a strategic asset.
The success of this project did not happen by accident. It was the result of a true partnership. ATRAMS worked hand-in-hand with the company’s engineers, operators, and leadership to ensure seamless integration with existing workflows, providing training and ongoing support to ensure that the technology delivered value from day one.
As the mining industry in West Africa and across Africa faces increasing pressure to reduce costs, improve safety, and meet environmental standards, this success story stands as a beacon of light. It proves that with the right technology partner, even the most complex operations can achieve a step-change in performance.
