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Flow Control Valve Chamber
Water Infrastructure | Mechanical Works

Flow Control Valve Chamber

Mechanical Design & BIM Modeling

A dedicated Flow Control Valve Chamber designed to accommodate major pipeline and valve assemblies within a coordinated mechanical and BIM environment. The layout integrates parallel flow-control arrangements, access provisions, ventilation, drainage, and maintenance considerations within a compact underground chamber.

Project Type Water Infrastructure | Mechanical Works
Discipline Mechanical Design & BIM Modeling
Role Mechanical Design | BIM Modeler | Coordinator
Location Confidential
Project Scope

What was delivered

Mechanical design and BIM modeling of a Flow Control Valve Chamber, including pipeline and valve arrangement, mechanical equipment layout, access provisions, drainage and ventilation coordination, and multidisciplinary BIM coordination.

Key Design Data

Selected Technical Parameters

Main Pipeline
DN1000 Inlet / DN1000 Outlet
Flow Control Lines
2 × DN800 Parallel Lines
Chamber Length
14,000 mm
Chamber Width
8,000 mm
Pipeline Centreline Level
-1.90 m
Chamber Floor Level
-3.50 m
Vent Pipe
Ø150 mm
Drain Sump
500 × 500 mm
Access
Galvanized Steel Access Ladder
Valve Arrangement
Parallel Flow Control Valve Trains
Design Intent
Flow control, operational isolation, inspection, and maintenance within a dedicated valve chamber arrangement
Design & Calculations

Engineering Verification

Mechanical design verification focused on the hydraulic and physical arrangement of the valve chamber, including pipeline alignment, valve and fitting coordination, access and maintenance provisions, ventilation, drainage, and level relationships. The BIM model was developed to verify spatial coordination, constructability, and clear access to the mechanical assemblies within the chamber.