Industrial steel piping with flanges, valves and pipe supports

Piping and civil works

Industrial piping and civil works

Process networks, supports and the associated concrete works. Two trades that meet on the same site.

An industrial installation is not limited to its structure. It has networks, their supports, and the concrete works that carry them. We handle these packages together, on the same site.

It is first of all a question of dimensions. A foundation block receives holding down bolts positioned to the millimetre against a skid; a trench follows the real route of a network, not a schematic. When those packages sit with two different contractors, those dimensions get lost — and the rework costs more than the saving expected at tender.

Piping

  • Industrial fluid networks — process water, compressed air, technical circuits
  • Spool prefabrication in the workshop, erection on site
  • Supports — cradles, clamps, brackets, support steelwork
  • Headers and drains
  • Maintenance — section replacement, support renewal

Associated civil works

  • Foundation blocks and plinths — equipment bases, anchors
  • Trenches and technical pits
  • Industrial slabs and floor repairs
  • Ground beams and pad foundations for steel frames
  • Reinforced concrete works — directly linked to our rebar workshop

Our process

  1. Site survey — actual route, tie-in points, space constraints
  2. Isometrics — piping drawings and spool schedule
  3. Workshop prefabrication — cutting, bevelling, welding of spools
  4. Support fabrication — cradles, clamps, brackets, support steelwork
  5. Civil works — blocks, trenches, plinths, holding down bolts set to template
  6. Site erection — installation, connection, alignment
  7. Testing and handover — tests appropriate to the network, as-built documentation

Thermal movement: the point that gets forgotten

A network that heats up expands. Over a long run that expansion is measured in centimetres. If it is restrained by supports that are too rigid, the load transfers into the flanges, the branches and the foundation blocks.

That is why support layout distinguishes anchor points, which lock, from guides and sliding supports, which let the pipe move. A support of the wrong type cracks a concrete block within a few cycles.

Materials and joints

Piping materials and jointing methods
MaterialUsual jointUse
Carbon steelWelded, flangedProcess networks, compressed air
Galvanised steelThreaded, flangedWater networks, fire mains
Stainless steelTIG welded, clampedFood processing, corrosive fluids
Steel supportsWelded, boltedCradles, clamps, brackets

Sectors

  • Process industry — food, chemicals, materials
  • Water treatment — plants, internal distribution networks
  • Energy and utilities — compressed air, steam, technical circuits
  • Industrial buildings — fire mains, equipment supply

Framework applicable to the trade. Certifications provided on request.

Frequently asked questions

Piping and civil works: your questions

Which networks do you install?
Industrial fluid networks: process water, compressed air, technical circuits, together with the associated headers and drains. We prefabricate spools in the workshop then erect and connect on site.
Do you make the pipe supports?
Yes, and that is often where the reliability of a network is decided. Cradles, clamps, brackets, cable trays and support steelwork are designed to the same standard as the building frame, allowing for thermal movement.
Why combine piping with civil works?
Because an industrial network sits on foundation blocks, trenches, slabs and pits. Handling both packages together avoids rework and badly coordinated interfaces between the concrete contractor and the pipefitter.
Do you carry out maintenance?
Yes: replacing sections, renewing corroded supports, rerouting when an installation is extended.

Tell us about your project

Send us your drawings or simply describe what you need. We will come back to you with a costed quotation and a firm lead time.