Plumbing System Modeling
Modeled plumbing systems with LOD 350 precision across four floors within the industrial office context.
Industrial Facility
MEPF BIM Coordination for Industrial Office Building, Florida, USA
LOD 350 BIM modeling for Plumbing, HVAC, and Fire Protection systems delivered in 7 days for seamless coordination and efficient space use.
Overview
Project Overview
An MEP consulting firm required precise BIM modeling support for a 30,000 sq. ft., 4-storey office building in Florida, USA. The facility was integrated within a factory and warehouse setup, adding coordination complexity.
The project required LOD 350 Revit models covering Plumbing, HVAC, and Fire Protection systems. Our team of four delivered accurate, fully coordinated models within a 7-day turnaround.
Project Type Industrial Facility
Level of Development LOD 350Project Area 30,000 Sq.Ft.
Manpower Used 4 Resources
Location Florida, USA
Tools We Use
Inside the Tools You Already Use
MEPF modeling and clash detection ran in Autodesk Revit and Navisworks for a fast-turnaround industrial office delivery.
Autodesk Revit
NavisworksProject Deliverables
Input vs Output
From architectural and structural references to LOD 350 coordinated Plumbing, HVAC, and Fire Protection models in seven days.
What We Received
- Architectural Revit model
- Structural Revit model
- Plumbing, HVAC, and fire protection layouts
- Industrial facility spatial constraints
- 7-day delivery schedule
What We Delivered
- Plumbing system model
- HVAC system model
- Fire protection system model
- Clash-free coordinated MEPF model
- LOD 350 validated deliverable
Client Challenges
Pain Points of the Client
Multi-trade modeling, industrial spatial constraints, and a seven-day deadline left no room for late-stage coordination rework.
01
Multi-Trade Coordination Complexity
Simultaneous modeling of Plumbing, HVAC, and Fire Protection across four floors required tight inter-discipline coordination to avoid costly conflicts.
02
Tight Delivery Timeline
A 7-day turnaround demanded a structured workflow with no room for rework caused by late-stage clashes or miscommunication.
03
Compliance Requirements
Models required precise spatial geometry and connection detailing to meet LOD 350 standards, going well beyond basic representation.
04
Industrial Context Integration
The office building was located within a factory and warehouse facility, introducing unique spatial constraints that directly affected MEP routing decisions.
05
Architecture and Structure Alignment
Coordinating MEP services against the provided Architectural and Structural Revit models required careful reference management and consistent modeling standards throughout.
06
Limited Ceiling Space
Tight clearances made routing Plumbing, HVAC, and Fire Protection services difficult.
07
Steel Beam Interference
Structural steel beams created significant obstructions across MEPF service routing paths.
08
Unresolvable Clash Zones
Certain clash areas required RFIs to be raised directly with the client.
09
Multi-Disciplinary Coordination
Complex clashes needed active input from structural and site engineers to resolve.
Our Approach
How We Solved It
Four BIM specialists followed a parallel yet coordinated modeling approach in a shared model environment to meet the 7-day deadline.
HVAC System Modeling
Routed HVAC services through tight ceiling zones while maintaining compliance with clearance requirements.
Fire Protection System Modeling
Developed fire protection layouts coordinated with plumbing and HVAC routing paths.
Clash Detection and Resolution
Ran intra- and cross-trade clash detection cycles, escalating unresolvable zones through RFIs.
Multi-trade MEP Coordination
Maintained shared-model coordination across four specialists to deliver clash-resolved models on schedule.
Execution Strategy
Parallel MEPF Modeling Within a 7-Day Window
Our team of four BIM specialists followed a parallel yet coordinated modeling approach. Trades were divided while maintaining a shared model environment. This ensured every system was clash-resolved and LOD 350 compliant within the project deadline.
Model Setup and Standards Alignment
Model Setup and Standards Alignment
0101Model Setup and Standards Alignment
Model Setup and Standards Alignment
- 02
Architectural and Structural Model Referencing
Architectural and Structural Model Referencing
02Architectural and Structural Model Referencing
Architectural and Structural Model Referencing
Plumbing System Modeling
Plumbing System Modeling
0303Plumbing System Modeling
Plumbing System Modeling
- 04
HVAC System Modeling
HVAC System Modeling
04HVAC System Modeling
HVAC System Modeling
Fire Protection System Modeling
Fire Protection System Modeling
0505Fire Protection System Modeling
Fire Protection System Modeling
- 06
Intra and Cross Trade Clash Detection
Intra and Cross Trade Clash Detection
06Intra and Cross Trade Clash Detection
Intra and Cross Trade Clash Detection
Coordination Review and Issue Tracking
Coordination Review and Issue Tracking
0707Coordination Review and Issue Tracking
Coordination Review and Issue Tracking
- 08
Iterative Clash Resolution
Iterative Clash Resolution
08Iterative Clash Resolution
Iterative Clash Resolution
Final Model Validation and Delivery
Final Model Validation and Delivery
0909Final Model Validation and Delivery
Final Model Validation and Delivery
Project Outcomes
Coordinated. Approved. Delivered.
Quantifiable outcomes delivered through precision BIM coordination and proactive pre-construction clash resolution.
4x Cost Saving
Offshore MEPF coordination reduced delivery cost while meeting a demanding seven-day turnaround.
99% On-time Delivery
LOD 350 coordinated models were delivered within the 7-day project window.
85% Project Efficiency
Parallel trade modeling in a shared environment kept four specialists productive without rework loops.
99% Quality Assurance
Every system was clash-resolved and LOD 350 compliant before final submission.