Ultrapure Water Distribution Systems

Client

Confidential Client

Farnsworth Group has extensive experience designing ultrapure water (UPW) systems for semiconductor manufacturing facilities, including projects supporting new large-scale fabrication plants.

Our team designed UPW and Hot UPW distribution systems for a new 240,000 SF FAB, performing full 3D design using Revit to integrate and coordinate with all building systems.

Our team provided full 3D design and coordination of UPW and hot UPW distribution systems using Revit, as well as schematic design engineering, hydraulic modeling, process flow diagrams, and P&ID development for complex fabrication water loops. Services included line sizing calculations, pressure control strategies, and conceptual sequences of operation to ensure reliable delivery of critical process water throughout these highly specialized facilities.

Project Highlights

  • UPW and Hot UPW distribution system design
  • Semiconductor fabrication facilities
  • Full 3D BIM modeling and coordination
  • Hydraulic modeling and line sizing calculations
  • Process flow diagrams (PFDs) and P&ID development
  • Pressure control and operational strategy development
  • Microelectronics and advanced manufacturing expertise

Farnsworth Group has extensive experience designing ultrapure water (UPW) systems for semiconductor manufacturing facilities, including projects supporting new large-scale fabrication plants.

Our team designed UPW and Hot UPW distribution systems for a new 240,000 SF FAB, performing full 3D design using Revit to integrate and coordinate with all building systems.

Our team provided full 3D design and coordination of UPW and hot UPW distribution systems using Revit, as well as schematic design engineering, hydraulic modeling, process flow diagrams, and P&ID development for complex fabrication water loops. Services included line sizing calculations, pressure control strategies, and conceptual sequences of operation to ensure reliable delivery of critical process water throughout these highly specialized facilities.

Project Highlights