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Industrial & Manufacturing BIM Coordination & Clash Detection

IKO Industries Insulation Facility

Alconbury, UK

Project Overview

The IKO Industries Ltd facility in Alconbury, UK, is a large-scale insulation manufacturing facility covering approximately 272,000 sq ft (25,300 m²).

For an industrial manufacturing facility of this scale, accurate representation of structural, piping, mechanical, and plant systems is critical for technical coordination and reliable project documentation.

OneClick BIM was engaged by DMD to develop a detailed Stage 500 Plant 3D BIM model incorporating P&ID information. The resulting model provided a coordinated digital representation of the facility's core plant systems and supported model-based drawing production.

OneClick BIM's Scope

OneClick BIM was responsible for developing the Stage 500 Plant 3D BIM model and extracting coordinated drawings from the completed model.

The project scope included:

  • Stage 500 BIM Modelling

  • Plant 3D Modelling

  • P&ID Integration

  • Structural Modelling

  • Piping System Development

  • Mechanical Unit Modelling

  • Plant System Coordination

  • Coordinated Drawing Extraction

  • Model-Based Documentation

The model was developed to maintain consistency between the P&ID information, 3D plant model, and project documentation.

Key Challenge

The primary challenge was managing the technical complexity of a large industrial manufacturing facility where structural, piping, and mechanical systems needed to be accurately represented and coordinated.

The integration of detailed P&ID information also required consistency between system data, the 3D model, and the resulting drawings.

OneClick BIM addressed this through a structured Plant 3D modelling workflow, developing the facility's systems within a coordinated digital environment and maintaining clear relationships between the plant model, P&ID information, and project documentation.

OneClick BIM's Workflow

Project Information & P&ID Review

Available P&ID information, system inputs and discipline-specific references were reviewed to establish the modelling requirements and project structure.

Plant 3D Model Development

The facility's structural elements, piping networks, mechanical units and related plant systems were developed within Plant 3D.

System Coordination

Model elements were coordinated to maintain consistency between the P&ID information, plant systems and 3D representation.

Model Quality Review

The developed model was reviewed for consistency, system relationships and documentation requirements.

Drawing Extraction

Coordinated drawings were extracted directly from the BIM model, providing the project team with model-based technical documentation.

Final BIM Delivery

OneClick BIM delivered a detailed Stage 500 Plant 3D BIM model for the IKO Industries manufacturing facility, incorporating P&ID information alongside structural, piping, mechanical and plant system modelling.

Coordinated drawings were extracted directly from the completed model, providing the project team with a consistent set of model-based documentation for review, coordination and planning.

Key Project Highlights

  • Detailed Stage 500 Plant 3D BIM model
  • P&ID-integrated plant modelling
  • Coordinated structural, piping and mechanical information
  • Detailed representation of plant systems
  • Model-based drawing extraction
  • Improved consistency between model and documentation
  • Structured digital reference for the facility
  • Better coordination and technical review

PROJECT DETAILS & WORKFLOW

Frequently Asked Questions

What is BIM for industrial plants? +

BIM for industrial plants is a 3D digital model of the whole facility: structure, piping, mechanical units and process equipment, with engineering data attached to every element. For the IKO insulation factory, OneClick BIM built a detailed Plant 3D model covering the full manufacturing process.

What is P&ID and how does it connect to a 3D BIM model? +

A P&ID (Piping and Instrumentation Diagram) is the schematic that shows how process equipment, pipes and instruments connect. On this project, the P&ID information was integrated directly into the Plant 3D model, so the schematics, the 3D geometry and the drawings all stayed consistent.

What is clash detection in BIM? +

Clash detection is the process of finding places where building systems collide in the 3D model, like a pipe running through a steel beam. On this project, structural, piping and mechanical systems were coordinated in one model, clashes were resolved digitally, and the results were documented in a clash matrix before construction.

What does LOD 350 mean? +

LOD 350 means model elements are detailed enough for coordination and construction documentation, with accurate geometry and connections. The IKO plant model was delivered at LOD 350, ready for coordinated drawing extraction.

What is 4D BIM? +

4D BIM adds the construction schedule to the 3D model, so you can watch the build sequence play out over time. OneClick BIM delivered a 4D construction video for this facility, which helps with planning and communicating the sequence to site teams.

Why use BIM for a manufacturing facility instead of 2D drawings? +

A factory has dense, interdependent systems: structure, piping, mechanical units and process equipment all sharing tight space. 2D drawings cannot show how these interact. A coordinated BIM model catches conflicts before they reach site, and drawings extracted from the model always match what was coordinated.

What software is used for industrial BIM projects like this? +

Plant 3D for process plant modeling, Revit for structural and building elements, and Navisworks for coordination, clash detection and review. The coordinated deliverables on this project included a Navisworks NWD file alongside the models.

Working on an industrial manufacturing plant, PIR insulation facility, or heavy process building?

Our team can be set up and working within 48 hours of project kickoff to support BIM coordination, clash detection, MEP coordination, and construction-ready model documentation.

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