IND-06Regulated environments
Food & Beverage Instrumentation & Automation
Hygienic measurement, batch and CIP control, and utility monitoring for processing, filling and the plant systems that support them.
Capability area · no project records published yet
01Receiving & storage
- LT-101, level transmitter
- TT-102, temperature transmitter
- FT-103, flow transmitter
02Mixing & batching
- FT-201, flow transmitter
- WT-202, weight transmitter
- TT-203, temperature transmitter
03Heat treatment
- TT-301, temperature transmitter
- FT-302, flow transmitter
- PDT-303, differential pressure transmitter
04Clean-in-place
- TT-401, temperature transmitter
- FT-402, flow transmitter
- AT-403, analyzer transmitter (Cond)
05Filling & packaging
- FT-501, flow transmitter
- LT-502, level transmitter
- ST-503, speed transmitter
06Utilities & effluent
- FT-601, flow transmitter
- MT-602, moisture / humidity transmitter
- AT-603, analyzer transmitter (pH)
01Process context
The process environment
Food and beverage plants run batch and continuous processes — receiving, mixing, heat treatment, fermentation, filling — where temperature, flow, level and time decide product safety and consistency. Pasteurization depends on demonstrating that product reached a defined temperature for a defined time.
Equipment is cleaned often, usually by automated clean-in-place with hot caustic and acid solutions, so instruments must be hygienic, cleanable and tolerant of thermal shock. Frequent product changes, utilities such as steam, refrigeration and compressed air, and effluent treatment complete the picture.
02Measurement & control points
Typical measurement and control points
General practice across food & beverage facilities, in process order: what is measured, the technology commonly used and how it reaches control. Illustrative — every plant differs.
| Process area | Parameters | Typical technology | Integration |
|---|---|---|---|
01Receiving & storage
|
|
| Tank and silo inventory to SCADA. |
02Mixing & batching
|
|
| Recipe and batch control with dosing totals recorded per batch. |
03Heat treatment
|
|
| Temperature–time records and flow-diversion logic. |
04Clean-in-place
|
|
| CIP sequences with cycle parameters recorded for each run. |
05Filling & packaging
|
|
| Machine PLCs integrated with line supervision. |
06Utilities & effluent
|
|
| Utility monitoring and effluent neutralization control. |
01
Receiving & storage
- LT-101
- TT-102
- FT-103
- Parameters
- Tank and silo level
- Product temperature
- Intake flow
- Typical technology
- Hydrostatic or radar level with hygienic connections
- Sanitary RTDs
- Flowmeters
- Integration
- Tank and silo inventory to SCADA.
02
Mixing & batching
- FT-201
- WT-202
- TT-203
- Parameters
- Ingredient flow or mass
- Batch weight
- Temperature
- Typical technology
- Coriolis or electromagnetic flowmeters
- Load cells
- RTDs
- Integration
- Recipe and batch control with dosing totals recorded per batch.
03
Heat treatment
- TT-301
- FT-302
- PDT-303
- Parameters
- Holding-tube temperature
- Product flow
- Pressure differential across the regenerator
- Typical technology
- Sanitary RTDs
- Electromagnetic flowmeters
- Pressure transmitters
- Flow-diversion valve
- Integration
- Temperature–time records and flow-diversion logic.
04
Clean-in-place
- TT-401
- FT-402
- AT-403Cond
- Parameters
- Supply temperature
- Supply flow
- Return conductivity
- Tank levels
- Typical technology
- RTDs
- Flowmeters
- Inductive conductivity sensors
- Level switches
- Integration
- CIP sequences with cycle parameters recorded for each run.
05
Filling & packaging
- FT-501
- LT-502
- ST-503
- Parameters
- Fill volume
- Buffer-tank level
- Line speed
- Typical technology
- Flowmeters for volumetric filling
- Level sensors
- Machine sensors
- Integration
- Machine PLCs integrated with line supervision.
06
Utilities & effluent
- FT-601
- MT-602
- AT-603pH
- Parameters
- Steam flow
- Compressed-air dew point
- Effluent pH and flow
- Typical technology
- Vortex flowmeters
- Dew-point transmitters
- pH sensors
- Integration
- Utility monitoring and effluent neutralization control.
Tag key · ISA 5.1
- LT
- Level transmitter
- TT
- Temperature transmitter
- FT
- Flow transmitter
- WT
- Weight transmitter
- PDT
- Differential pressure transmitter
- AT
- Analyzer transmitter
- ST
- Speed transmitter
- MT
- Moisture / humidity transmitter
Loop numbers follow the process area — 1xx for area 01, 2xx for area 02 — as on a plant P&ID. The points are typical of the industry, not taken from a specific plant.
03Engineering considerations
What makes food & beverage facilities demanding
The conditions that shape instrument selection, installation and control design in this environment.
Hygienic design
Sanitary process connections, cleanable wetted surfaces and drainable installations; hygienic design guidance such as EHEDG or 3-A is commonly specified.
Cleaning and thermal shock
Sensors must tolerate hot caustic and acid cleaning and rapid temperature changes without drift or seal failure.
Food-safety records
Critical control points such as pasteurization temperature need reliable measurement, scheduled calibration and records that support the plant's HACCP-based food-safety system.
Frequent changeovers
Recipe and format changes favour well-structured PLC logic, clear operator screens and managed recipe parameters.
04Capabilities
How Spaaronn's capabilities apply
Spaaronn's capability scope, read for food & beverage facilities — from individual measurements to integrated, supported systems.
- 01InstrumentationHygienic temperature, flow, level and pressure instruments selected for cleaning regimes; installed, calibrated and loop-checked.
- 02Industrial AutomationPLC, HMI and SCADA for batching, heat treatment, CIP and filling lines, with recipe and changeover management.
- 03Analytical SystemsConductivity for CIP phase detection and pH for process and effluent, installed for hygienic service.
- 04System IntegrationMachine, process and utility controls brought into one supervisory view with consistent batch records.
- 06AMC & Lifecycle SupportCalibration of critical control points, preventive maintenance and troubleshooting for process and line controls.
Typical applications
Arrangements where these capabilities commonly come together in food & beverage plants.
All applications- Compressed Air MonitoringPressure, dew point, flow and temperature across compressors, dryers and distribution.
- Boiler & Steam SystemsDrum level, steam flow, pressure, temperature and flue-gas oxygen measurement and control.
- Tank Level & InventoryContinuous level, point level, temperature and pressure for storage and process tanks.
- Water Quality MonitoringpH, conductivity, dissolved oxygen, turbidity and chlorine with flow and level context.
Next steps
Where to go next
Technical guides that apply to food & beverage requirements — then the conversation.
- 01Application guidesFlow Measurement Technology SelectionElectromagnetic, vortex, Coriolis, ultrasonic, DP and thermal mass — matched to the fluid.
- 02Application guidesLevel Measurement Methods for TanksHydrostatic, DP, radar, ultrasonic, guided-wave and point-level methods compared.
- 03IntegrationPLC–SCADA Integration ArchitectureLayers, protocols, tag design and network considerations for a maintainable system.
- 04ActionDiscuss a Food & Beverage RequirementShare the process, the conditions and the existing control system.
Food & Beverage enquiry
Improving control or records on a food or beverage line?
Share the process step, the cleaning regime and the existing controls. An engineer can help translate it into a hygienic measurement and automation approach.