Inline measurement and intelligent control for the sugar industry

Trusted in more than 100 sugar industry installations across five continents.

Zutora helps sugar factories improve crystallization performance, juice quality control, energy efficiency and process stability through inline measurement, application-specific software and advanced control systems.

From process measurement to real production improvement

Sugar production is a complex, highly interconnected process. Small changes in juice quality, evaporation, crystallization, pan operation or cooling crystallization can have a significant effect on energy consumption, crystal quality, throughput and sugar recovery.

Zutora combines sugar technology knowledge, industrial instrumentation, control engineering and software development to create solutions that help factories operate with better stability and higher confidence.

Our systems are designed not only to measure process values, but to turn them into actionable process information.

Zutora SeedMaster-4.

Key Challenges in Sugar Production

Sugar crystals.

Crystallization Stability

Maintaining stable supersaturation during batch or continuous crystallization is difficult when feed quality, purity, temperature and operating conditions change. Poor control can lead to false grain formation, long boiling times, poor crystal size distribution and reduced sugar recovery.

An industrial site with warehouses, storage tanks, and smokestacks emitting smoke or steam. There are trains and cars visible nearby, with a highway in the background extending into the horizon. The sky is overcast, and the image is in black and white.

Energy Consumption

Vacuum pans, evaporation and crystallization are major energy consumers in sugar factories. Better process control can reduce batch time, avoid unnecessary water addition and improve steam utilization.

Sugar juice samples.

Juice Quality Variation

Color, Brix, turbidity, purity and other quality parameters can change continuously. Laboratory measurements are essential, but they often arrive too late for real-time process optimization.

White sugar crystals scattered on a black fabric surface.

Product Quality

Crystal size, crystal uniformity, color and final product quality are strongly affected by upstream process stability and crystallization control.

Industrial pump system connected to pipes in a sugar factory.

Sugar Losses

Poor exhaustion, unstable crystallization and suboptimal massecuite handling can increase sugar losses, especially in molasses and intermediate streams.

Old metal panel with three gauges, labeled Delville Engineering and South Africa, attached to a wall with wiring and pipes.

Limited Process Visibility

Many factories have valuable process data, but not always in a form that supports fast decision-making, diagnostics or long-term optimization.

Solutions for critical sugar process areas

Zutora SeedMaster-4 sugar crystallization control system in action.

Crystallization control with SeedMaster

SeedMaster is Zutora’s advanced crystallization control system for sugar vacuum pans and cooling crystallizers. It controls the crystallization process based on supersaturation, helping operators keep the process in the optimal zone throughout the batch.

By combining inline measurements, sugar technology models and control algorithms, SeedMaster helps improve batch consistency, crystal quality, boiling time and process stability.

Key benefits:

  • More stable supersaturation control

  • Shorter and more consistent batch times

  • Improved crystal size distribution

  • Reduced risk of false grain formation

  • Better operator confidence

  • Potential energy savings through optimized pan operation

A Zutora Juice Tracker device mounted on a metal enclosure, displaying juice quality parameters including color, density, concentration, turbidity, and temperature.

Inline juice quality monitoring with JuiceTracker

JuiceTracker is designed to bring real-time visibility to sugar juice quality. By combining inline measurements such as Brix, color, turbidity and temperature, it helps factories monitor juice quality trends continuously instead of relying only on delayed laboratory values.

This allows process teams to detect changes earlier, understand the effect of purification and evaporation conditions, and make better process decisions.

Measured parameters:

  • Brix/Concentration

  • Color

  • Turbidity

  • Temperature

  • Density

Key benefits:

  • Real-time juice quality trends

  • Earlier detection of process deviations

  • Improved process transparency

  • Useful data foundation for optimization and reporting

Diagram illustrating the crystallization and centrifugation process in juice production, showing components like evaporator crystallizers, strike receivers, centrifuges, sugar drying units, and flow paths with labels.

Zutora Sugar360

Modern sugar factories generate large amounts of process data, but turning this data into useful operational insight requires sugar-specific knowledge.

Zutora Sugar360 connects process measurements, control system data and application knowledge to support better decision-making, troubleshooting and long-term optimization.

This can include dashboards, performance monitoring, remote diagnostics, trend analysis, reporting and expert support based on real production data.

Features:

  • Remote process monitoring

  • Pan performance analysis

  • Batch comparison

  • Crystallization diagnostics

  • Juice quality trend analysis

  • Sensor diagnostics

  • Factory-specific KPI dashboards

  • Support for optimization projects

Zutora JuiceTracker measurement cell.

Inline measurement for sugar process control

Reliable inline measurement is the foundation of advanced process control. Zutora supplies, integrates and supports industrial instruments for key sugar process applications, from concentration and dry solids to color, turbidity and moisture.

Because every sugar factory is different, we help select the right measurement principle, installation point, process connection and data integration method for each application.

Instrument Groups:

  • Process refractometers

  • Process photometers

  • Turbidity sensors

  • Microwave solids sensors

  • NIR moisture measurements

  • Color measurements

  • pH probes

  • Conductivity sensors

Proven results in sugar factories

Improved Crystal Quality

SeedMaster has helped factories produce more stable crystal size distribution and reduce operational variability in vacuum pan crystallization.

Shorter Batch Times

In cane sugar applications, SeedMaster has contributed to significantly shorter boiling times and improved pan floor performance.

Energy Savings

Optimized crystallization control can reduce unnecessary water addition, improve steam usage and support more efficient factory operation.

Higher Throughput

Better pan floor stability can help remove crystallization bottlenecks and support higher factory capacity.

Long-Term Support

Zutora does not only deliver systems. We support commissioning, operator training, diagnostics and process optimization.

Global Sugar Industry References

With more than 100 installations across five continents, Zutora has long-term experience in real sugar factory environments, including beet, cane and refinery applications.

Why Zutora

Sugar Process Knowledge

Own Control and Software Development

Industrial Instrumentation Experience

Commissioning and Remote Support

Real Installations in Sugar Factories

Let’s discuss your sugar process challenge

Whether your priority is crystallization, juice quality, energy efficiency or process visibility, we can help evaluate the right measurement and control concept.