Food facilities / utility separation

Food & Beverage
piping solutions.

Coordinate non-product-contact compressed air, cooling water and facility services with production equipment and washdown access.

Application guide · design inputs
Equipment in a food-processing facility

Application analysis

Separate plant utilities from product-contact systems.

Map the boundary between facility utilities and any service that contacts ingredients, packaging or food-contact surfaces. Identify the fluid, quality requirements and equipment connection for each route. Keep product-contact and non-product-contact services separately scheduled.

Coordinate treatment outlets, isolation and utility drops with the production layout. Record cleaning chemicals, washdown exposure and maintenance access. Product-contact pipework follows the plant’s hygienic design and acceptance specification, including internal geometry, surface finish, seals and cleanability.

Packaging utilities

Review machine air and cooling interfaces with defined contact status.

Food plant services

Keep general water and utility routes identifiable and maintainable.

Equipment expansion

Document the added load, cleaning environment and utility boundary.

Concept arrangement / 07

Make the interfaces visible.

Select a review point to inspect the source, controls and distribution of a representative utility module.

Food & Beverage · utility conceptNot to scale
UTILITY
Concept schematic showing source, isolation and branch interfaces. Not to scale. Use project drawings for dimensions, operating conditions and equipment selection.
Download concept figure (SVG)

Utility treatment — Air preparation or water treatment is selected for the defined duty.

Engineering review

The inputs that change the design.

Design inputWhat it changesEvidence to request
Contact classificationDistinguish non-contact, incidental and direct product exposure.Process owner’s hygiene and air/water quality specification.
Cleaning conditionsConsider washdown and chemical exposure.Cleaning media, concentrations and operating envelope.
Connection designSeparate utility joints from hygienic process requirements.Equipment interfaces and documented suitability.
VerificationAgree cleanliness, testing and handover evidence.Plant quality plan and installation acceptance criteria.

Part-number starting points

Components to review.

Review catalogue dimensions, materials and connection types alongside the service schedule. Add selected part numbers to your enquiry.

Specify the size, pipe outside diameter, material, seal, joining system and tool. Include the intended duty and required product acceptance documents with the enquiry.

Prepare the next conversation

A focused application brief.

  1. Contact status for each utility
  2. Required air/water quality
  3. Cleaning and washdown conditions
  4. Equipment connection schedule
  5. Plant quality and documentation requirements

Questions worth resolving

Before the specification is fixed.

How should utility and process routes be separated?

Identify the contact boundary on the service schedule and drawings, and specify the fluid quality and connection requirements for each side.

What should be recorded for air near the product?

Document the contact classification, required air quality and the treatment/distribution verification specified by the plant’s food-safety and process team.

Which site conditions affect component selection?

Include cleaning agents, washdown exposure, external conditions, access and the intended fluid in the selection brief.