Skid & Package Modelling
Coordinated package models before fabrication or installation.
Coordinated package models before fabrication or installation.
Skid and package design brings equipment, piping, structure, supports and interfaces into a very compact space. Small layout errors can affect fabrication, access, operation or site installation.
Trainopedia can support development of coordinated package models that help project teams review geometry, interfaces, maintainability and engineering requirements before fabrication or installation.
Integrated Layout
Coordinate equipment, piping, structure and supports within one package model.
Interface Clarity
Define battery limits, nozzles, tie-in points and package connection locations.
Better Review
Use the 3D model for layout, access, clash and multidisciplinary coordination.
Fabrication Support
Support engineering review before skid fabrication, assembly or site installation.
Scope of services
Final scope depends on the software platform, project phase, client standards and available inputs.
Equipment Arrangement
Position vessels, pumps, exchangers and package equipment based on approved layout requirements.
Process Piping Modelling
Develop package piping with fittings, valves, flanges and required inline components.
Skid Structural Modelling
Model major skid frames, beams, columns, platforms and supporting structural elements.
Pipe Supports
Support modelling of visible or defined pipe-support arrangements and package supporting steel.
Interface & Battery Limit Control
Coordinate nozzles, piping terminations, battery limits and project tie-in interfaces.
Access & Maintainability Review
Consider maintenance zones, operating access, platforms and equipment-removal requirements.
Model Coordination & Clash Review
Review multidisciplinary interfaces and identify geometric conflicts before issue.
Review Model Generation
Prepare agreed review-model outputs for client coordination, comments and interdisciplinary checks.
Project execution workflow
Each stage can be adjusted to suit the client's project controls, review cycle and software environment.
Requirement Review
Confirm package scope, software, disciplines, inputs and required outputs.
Input Data Review
Review P&IDs, equipment drawings, vendor data, layouts and project standards.
Equipment Placement
Position package equipment according to approved coordinates and arrangement.
Piping Development
Model package piping and components according to design inputs and specifications.
Structure & Support Modelling
Add skid framing, platforms and support elements included in scope.
Interface & Access Check
Verify nozzles, battery limits, tie-ins, operating access and maintenance zones.
Clash & QA/QC Review
Perform model checks and resolve agreed geometric conflicts.
Client Review & Handover
Issue review model, incorporate agreed revisions and deliver approved outputs.
What we typically need from the client
- P&IDs and package process information
- Equipment / vendor GA drawings
- Piping specifications and line list
- Plot plan / package coordinate information
- Nozzle orientation and equipment details
- Structural / skid frame requirements
- Battery-limit and tie-in information
- Client modelling and naming standards
- Required software platform and version
Exact input requirements depend on the project scope and available site or project information.
Typical project deliverables
- Integrated skid / package 3D model
- Native modelling files
- Review / coordination model
- Equipment arrangement views
- Piping layout / model information
- Interface / battery-limit information
- Model snapshots and review records
- Clash / coordination observations
- Project-specific handover documentation
Final deliverables are confirmed during scope definition and aligned with the client's documentation standards.