Size - area of the buildings - 3000m2, territory - 20800m2
Client - owner
Year - 2017.
Stage - operational maintenance
Objectives - develop asset inventory using BIM for team training and future development
ITED's tasks - develop inventory BIM from laser surveys
Software used - Revit, Recap
The manufacturing complex consists of two joined buildings packed with timber processing equipment. One of the buildings was built during the Soviet era, the other - constructed fairly recently.
The main objectives stated by the client was to use the models for staff training and to plan future equipment additions to the building and also use in reconstruction design development. The manufacturing equipment was to be modelled in a low Level of Detail(LOD) and all visible structures had to be present and with correct geometry.
Laser survey of the manufacturing complex. Image courtesy of ITED.
First ITED's partners made a laser survey which proved to be challenging because of the density of the structures and difficulties to avoid"blank spots". Then the laser scans were brought into Revit for modelling. The shell of the building was modelled first, then the structural elements which was the most difficult task because of their vast numbers and various arrangements. Hundreds of sections of the point cloud were made to get better understanding especially of those places were scanning could not be done properly. The surrounding building and site objects were modelled last.
Scan to BIM. Image courtesy of ITED.
The result was a manageable, complex 3D model which contains far more information than the available 2D documentation. Having this Revit model allows more detailed and thorough interegation on the facility information for future design work such as being able to select and identify assets and the ability to cut sections through any part of the building. During the modelling a dangerous crane support offsetwas found which by clients words"was a very helpful find and may have avoided serious incident."
Exterior model of the complex. Image courtesy of ITED.