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Advanced Material Handling and Process Control Optimize Dairy Powder Production

2026-11-04

Ultime notizie aziendali su Advanced Material Handling and Process Control Optimize Dairy Powder Production

Industrial spray drying is a central step in converting liquids into powders for dairy and infant-food production. A data-led review of high-capacity lines shows that efficiency depends not only on dryer-tower throughput but also on the stability of material handling, hygiene standards and the precision of inertisation. The following analysis examines the material-handling logic of a high-output spray-drying line using technical parameters from AZO systems.

Capacity and material-handling logic

In dairy plants with large annual output, twin-tower spray-drying lines are a common configuration, with design throughput typically exceeding 6 t/h. The key process challenge is moving dried agglomerated powder to buffer silos efficiently and without compromising its physical characteristics.

The AZO®MULTIAIR dense-phase conveying system plays a central role at this stage. By using serially connected pressure vessels to achieve continuous conveying over distances of up to 60 m, the system operates at low speed and low impact. From an engineering-data perspective, dense-phase conveying helps prevent powder breakage and demixing, which is critical for maintaining the agglomerated structure of milk powder.

Technical stage Key equipment/solution Performance indicator/feature
Material conveying AZO®MULTIAIR Dense-phase conveying, 60 m distance, low impact
Storage management Buffer silo with load cells Pneumatic arch breaking, nitrogen/compressed air filling
Packaging conveying AZO®VacuumPlus Non-demixing conveying, low impact
Surface treatment ViwateQ process High hygiene standard, easy wet cleaning
Process control and quality assurance

Quality control in production centers on two priorities: preventing oxidation and meeting hygiene-compliance requirements.

Inertisation

To extend the shelf life of milk powder, the BIG BAG filling system incorporates nitrogen replacement. The system monitors oxygen content and triggers filling only when nitrogen flushing has reduced oxygen concentration below a set threshold. This automated control, based on real-time data feedback, supports batch-to-batch consistency during packaging.

Hygiene standards and cleaning maintenance

Equipment surfaces use the ViwateQ process. From a maintenance-cost perspective, the treatment provides a very smooth surface that significantly reduces residue adhesion. During wet cleaning in particular, it can shorten downtime for maintenance and improve equipment utilization.

System integration and traceability

The AZO process control and instrumentation system is central to digital management across the line. Through this system, plants can achieve:

  • Full-process documentation: material flow and status can be checked for each batch.
  • Tracking and tracing: when quality fluctuations occur, parameters in production stages can be located quickly.
Frequently Asked Questions
What advantage does dense-phase conveying offer over dilute-phase conveying in milk-powder handling?
Dense-phase conveying, such as the AZO®MULTIAIR system, runs at lower flow velocities. This significantly reduces collisions and friction among powder particles in the conveying pipeline, helping avoid the breakage of agglomerated powder and material demixing. As a result, the physical characteristics of the final product are more likely to meet quality requirements.
How is nitrogen or compressed air selected for aeration and arch breaking in the buffer silo?
The choice depends on process requirements. Nitrogen is mainly used for materials that require oxidation protection or longer shelf life and provides an inerting effect. Compressed air is mainly used for routine arch-breaking assistance. The specific choice should be assessed according to the product's sensitivity to oxygen.
What concrete effects does ViwateQ surface treatment have on routine production maintenance?
The ViwateQ process provides a very high surface finish. Its main advantage is reduced material residue, making wet cleaning more thorough and efficient, which shortens production-line downtime during cleaning.

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