Milk reception and transfer control upgrade
Replacement of legacy intake controls with automated route checks, unloading sequences, CIP interlocks and digital reconciliation reports for operations and quality teams.

Metromotion Controls delivers dairy automation Australia work from Melbourne, covering milk reception, pasteurisation, separation, CIP and packaging control for yoghurt and cheese production.
Dairy automation Australia projects need steady control from milk reception through pasteurisation, separation, CIP and packaging. Metromotion Controls designs automation for yoghurt and cheese plants and broader dairy processing, protecting hygiene logic, product integrity and batch records while leaving room for future expansion at Australian dairy operations.
Pasteurisation and separation steps require tightly controlled temperature, pressure and flow envelopes. Variability can impact product quality, shelf life and compliance outcomes.
Milk reception systems need dependable tanker unloading control, sampling alignment and volume reconciliation. Disconnected systems make mass balance and supplier traceability harder.
Shared lines, tanks and valves create scheduling conflicts between production and cleaning activities. Plants need enforceable state control to avoid cross-contamination risks.
Temperature excursions in silos, buffer tanks or finished goods areas can create significant risk. Sites require alarm management that supports rapid intervention and documented response.
We build dairy processing automation around deterministic sequence control, validated permissives and complete state visibility for operators. Control modules are structured by equipment class, which improves troubleshooting and keeps future expansion manageable.
For milk reception and pasteurisation, we implement dependable transfer logic, custody event capture, thermal hold verification and automated reporting for quality teams. Integrated historians store key process values to support compliance checks, incident investigations and continuous improvement.
Our batch and routing logic for separation and standardisation supports recipe targets, fat-content control and line allocation rules. We design valve matrix control with route validation and clean/dirty segregation to reduce operator burden and improve safety around product path selection.
Cold chain reliability is addressed by linking refrigeration plant signals, tank temperatures, utility alarms and escalation workflows into one supervisory layer. Notifications and acknowledgement pathways are designed for shift-based operations, with actionable alarm rationalisation rather than alarm overload.
Replacement of legacy intake controls with automated route checks, unloading sequences, CIP interlocks and digital reconciliation reports for operations and quality teams.
Coordinated PLC and HMI strategy for thermal process units, including hold-time verification, trend diagnostics and event capture for regulatory documentation.
Development of reusable CIP phases, central scheduling logic and sanitation reporting integrated with production planning and maintenance teams.
Unified dashboard for refrigeration, silo and finished goods areas with alarm tiers, mobile notifications and historical analysis for root-cause investigations.
Dairy sites commonly blend legacy infrastructure with modern process skids and high-speed packaging. We select technology stacks that keep vendor support practical and give operators clear diagnostics.
Control platforms: Siemens PCS 7/TIA, Rockwell PlantPAx, Schneider systems and distributed I/O for hygienic process areas.
Field devices: hygienic flowmeters, temperature transmitters, pressure instruments and valve manifolds from major process vendors.
Communications: Profinet, EtherNet/IP, Modbus TCP and OPC UA for cross-system integration.
Operations data: historian platforms, secure remote access tooling and SCADA redundancy for high-availability areas.
We enforce hold-time, flow-diversion and permissive checks in PLC logic with tamper-resistant parameter controls. Event logs and trends are retained for quality review and audit evidence, supporting both routine verification and exception investigations.
Yes. We configure CIP and production as coordinated states so tank and line availability are visible in one schedule. This reduces clashes, supports faster turnarounds and gives planners confidence about asset readiness.
Yes. We can define reusable control modules, naming conventions, alarm classes and reporting models so multiple facilities operate with consistent engineering standards while still accommodating site-specific process requirements.
Yes. Metromotion Controls has dairy project experience across yoghurt and cheese production, including process controls, CIP, pasteurisation support, packaging integration and commissioning.
Yes. Metromotion Controls delivers dairy automation Australia projects from Melbourne, with public project proof including Chobani, La Casa del Formaggio and Lactalis work already shown on this site.
PLC programming, troubleshooting, commissioning and legacy migration across Rockwell, Siemens and mixed sites.
OEE, downtime, historian and production reporting systems built from reliable plant signals.
Greenfield dairy facility automation with process controls and commissioning support.
Programming and commissioning support for dairy production controls and site delivery teams.
Large capital project delivery across process automation, electrical engineering and commissioning.
HTST pasteurisation and divert interlocks, separation, CIP, ISA-88 batch control for cultured products and traceability for Australian dairy plants.
Tell us the site change, upgrade or support requirement. We'll review the scope, timing and technical constraints and respond with a clear next step.