Case Study
Chemical intermediates plant 3D Scanning in Kenya
Sector
- Chemical Manufacturing
Service
- 3D Laser Scanning & As-built Modelling
Location
- Kenya, Nairobi
Client Profile
Process Industry
Tools & Technologies Used
- Cyclone
- AutoCAD
Project Impact
Construction-ready coordinated model
Integrated architectural, structural & MEP models
Reduced clashes, streamlined construction planning
Business Requirement
The client required a highly accurate LOD 300 3D BIM model developed from existing point cloud data to support planned facility expansion and modernization. The model needed to serve as a reliable as-built foundation for designing and coordinating complex piping systems and equipment integrations. Precise digital documentation was essential to minimize design conflicts and ensure seamless coordination between new and existing infrastructure systems.
Proposed Solution
We performed comprehensive 3D laser scanning of the active chemical facility using FARO Focus technology while maintaining rigorous safety protocols throughout all operations. Advanced data processing techniques were applied to eliminate noise and interference caused by continuous worker movement, resulting in exceptionally clean and precise point cloud data. The processed data was converted into a detailed LOD 300 BIM model using REVIT, providing engineers with reliable as-built geometry for expansion design and equipment coordination.
Challenges Faced
Continuous worker movement and active chemical plant operations during scanning required careful operational coordination and strict adherence to safety precautions and procedures. The dynamic facility environment necessitated advanced noise filtering algorithms to isolate structural and equipment data from transient movement interference. Despite these challenging conditions, we successfully delivered a high-precision BIM model meeting LOD 300 specifications with minimal data corruption or accuracy loss.
Outcome
High-accuracy LOD 300 BIM model providing reliable as-built documentation for efficient expansion design and precise piping and equipment coordination.