Case Studies

BRIEF

Project
Glass Condenser Replacement

Organization
PROjEN

BE Awards category
Plant: New Technology Adoption

Project objectives
Replace 40 aging glass condensers without disrupting production, in a complex and challenging environment.

Fast facts

  • Lacking as-built information, PROjEN used digital photogrammetry and AutoPLANT to create a 3D model.
  • Suppliers and construction management were involved in front-end development and model reviews, shortening the design phase and minimizing risk.

Bentley products used

  • AutoPLANT
Projen’s GlaxoSmithKline condenser project involved the replacement of forty 12-year-old glass condensers tightly housed in nine chemistry pilot plant (CPP) modules at the R&D center in Stevenage, Hertfordshire. The replacements are made of a safer, more robust metal design to ensure the continued production of new chemicals. The CPP modules represent more than half of the worldwide pilot plant capacity used to supply drugs for clinical trials.

The existing piping and layout arrangement in the modules is complex, space is at a premium, and a lot of equipment and piping had to be temporarily moved. Critical success factors included:

  • Minimal interruption of operations
  • Implementation in 2005
  • Delivery within the budget

A photogrammetric approach was employed to develop 3D models of the modules using dedicated software and AutoPLANT. This aided visualization of the phased demolition and construction, and assisted stakeholder communication. The software has also been used to generate detailed isometric drawings of the pipe routes. The model has been shown to be accurate to within a few millimeters, minimizing rework of pipe spools and components.

Suppliers and construction management were involved in the front-end development and model reviews, which shortened the design phase, minimized risk, and maximized opportunities.


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