The storage of grain and agricultural raw materials is a critical phase in the agro-industrial value chain. Problems such as grain compaction, moisture variations, temperature increases or blockages in unloading systems can occur during storage.

In many agricultural facilities, silos continue to operate with limited control systems or periodic manual inspections, making it difficult to detect problems in time and potentially leading to product losses or operational incidents.

Continuous monitoring of silos improves storage safety, optimises inventory management and reduces risks associated with product deterioration.

The challenge

Agricultural silos often present several operational challenges:

  • Lack of accurate visibility of stored material levels
  • Risk of grain compaction or blockage
  • Temperature and humidity variations that affect quality
  • Difficulty in detecting incidents before they affect operations

Many facilities have basic sensors or control systems, but this data is not always integrated into a platform that allows for continuous analysis.

The Nasatech solution

Nasatech implements an industrial monitoring architecture designed specifically for agricultural silos and raw material storage processes.

The solution integrates industrial radar level, temperature and humidity sensors to capture key information about the condition of the silo and the stored product.

This data is captured in the field and integrated into a digital architecture that allows the condition of the silos to be monitored in real time.

Material level monitoring

Industrial radar sensors enable accurate measurement of the level of grain or raw material inside the silo.

This allows:

  • Know the actual volume stored
  • Manage inventories with greater precision
  • Avoid overfilling
  • Optimise loading and unloading logistics

Environmental control of the silo

The environmental conditions inside the silo are essential for preserving the quality of the stored product.

The solution includes sensors that monitor variables such as:

  • Grain temperature
  • Relative humidity
  • Internal environmental conditions of the silo

This allows for the detection of changes that could cause fermentation, grain deterioration, or loss of quality.

Detection of blockages and compaction

Storage processes can cause material compaction or blockages in unloading areas.

The system detects abnormal patterns in material behaviour and generates early warnings to prevent interruptions in operation.

Operational monitoring

All information captured from the silos is transformed into operational panels accessible from a centralised platform.

This includes:

  • Real-time visualisation of silo status
  • Configurable alerts for incidents
  • Dashboards adapted for operation and maintenance
  • Continuous 24/7 supervision of monitored assets

This allows operators to quickly detect any deviations in storage behaviour.

Data-driven optimisation

The platform allows operational data to be converted into indicators that help improve agricultural storage management.

It includes:

  • Temperature and humidity trend analysis
  • Automatic operation reports
  • Comparisons between silos or storage periods
  • Early detection of anomalies in grain behaviour

This improves operational efficiency and reduces product losses.

Benefits

Intelligent silo monitoring enables agricultural organisations to significantly improve the management of their storage processes:

  • Real-time visibility of the condition of stored grain
  • Reduction of losses due to deterioration or compaction
  • Improved logistics planning
  • Greater operational safety at facilities
  • Technological basis for the digitisation of agro-industrial processes

Conclusion

The digitisation of agricultural storage allows silos to be transformed into monitored assets capable of providing continuous information on product status and operating conditions.

Nasatech implements industrial monitoring solutions that integrate field sensors, data platforms and analysis tools to improve the efficiency, safety and sustainability of agro-industrial operations.