The Sweet Taste of Control in Colombian Sugar Mills

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The sugarcane agroindustry is one of Colombia’s key economic pillars, with the Valle del Cauca region standing out as the country’s most important production hub. According to industry association records, approximately 80% of the 2.4 million tons of sugar produced annually in Colombia comes from this region.

Behind this high production level lies a major operational challenge: fuel control for fleets and heavy machinery, a critical resource for harvesting, transportation, and processing activities.

Fuel Control Challenges in Sugar Mills

The high level of mechanization in sugar mills requires the intensive use of:

• Harvesters

• Tractors

• Sugarcane transport trucks

• Field support equipment

Historically, this environment has led to uncontrolled fuel losses and inefficient fleet utilization.
“The industry as a whole suffers from significant fuel losses and non-optimal fleet operation,” explains William Sanclemente, an executive with extensive experience in the sugar industry of Valle del Cauca.

These inefficiencies directly impact operating costs, machine productivity, and overall mill profitability.

Technology Applied to Fuel Control and Productivity

Based on this operational reality, sugar mill operators have confirmed that automation and specialized technology are the most effective solutions.
“Control IMS solutions have enabled continuous improvements in operational cost control indicators for fleets used in sugarcane transportation,” states Sanclemente.

By implementing fuel monitoring and control systems, sugar mills gain access to accurate, reliable, and real-time data for each piece of equipment.

Proven Results in Valle del Cauca Sugar Mills

In February 2024, Control IMS visited one of the largest sugar mills in Valle del Cauca, where its technology is already deployed. The results were highly positive, particularly in terms of machine productivity.

“The results show productivity improvements of up to 20% per machine type operating within the mill,” said Carlos Aristizábal, Director of International Business Development at Control IMS, following the technical visit.

How Does Control IMS Achieve This Level of Efficiency?

This efficiency is achieved through Control IMS’s ability to perform detailed productivity tracking versus fuel consumption, using indicators such as:

• Fuel consumption per kilometer

• Fuel consumption per transported ton

• Effective operating time per activity

“This experience proves that any company in the sugar industry can implement Control IMS projects, deploy the technology, and achieve significant recoveries in operating costs,” emphasizes Aristizábal.

An Integrated Platform for Total Operational Control

One of Control IMS’s key differentiators is its integrated platform, which allows companies to:

• Monitor fuel consumption across vehicles and machinery

• Analyze how equipment operates in the field

• Identify how and where fuel is being consumed

• Measure operating times for each harvesting and transport activity

“Integrated means that, from a single platform, we can manage fuel consumption, vehicle operation, and the efficiency of every task performed during harvesting and field operations,” highlights the Control IMS team.

Technology That Strengthens the Sugarcane Agroindustry

The sugarcane agroindustry continues to grow stronger thanks to fuel and fleet automation technologies. This case clearly demonstrates how investments in fuel management automation generate cost savings, higher efficiency, and increased competitiveness in one of the most demanding industrial sectors.

Control IMS positions itself as a strategic partner for sugar mills seeking to optimize operations, protect fuel assets, and maximize productivity.