Complex MEP/Industrial Elements
What is BIMIT Complex MEPF?
BIMIT Complex MEPF is a highly specialized product that accurately depicts the mechanical, electrical, piping, and equipment within a Complex MEPF space.
The BIM Complex MEPF Product is LOD 200 and is standardized with specifications clearly outlining the standard space type, scope, tiers, detail, processing times, final deliverables, quality control checks, and rates. It’s a simple, standardized, and cost-effective solution to the complex engineering work required to satisfy the specialized engineering requirements of a mechanical room or floor.
Who is BIMIT Complex MEPF for?
BIMIT Complex MEPF allows engineers to document the general sizing, elevations, locations, configurations of mechanical equipment and piping in highly specialized environments where MEP systems represent the primary use of the space.
Key Applications
Mechanical Rooms - Dedicated spaces housing building mechanical systems
Data Centers - High-density computing environments with specialized cooling and power
Laboratories - Research facilities with complex ventilation and utility requirements
Manufacturing Facilities - Industrial spaces with process equipment and specialized systems
Power Plants - Energy generation facilities with complex mechanical and electrical systems
Fulfillment Centers - Warehouse facilities with automated systems and material handling
This extended scope builds upon standard MEPF and includes specialized or high-density systems commonly found in industrial, laboratory, or mechanical environments. Elements include substations, transformers, fuel tanks, valves, hangers, meters, and distribution assemblies.
Models retain generic geometry at LOD 200+, tailored for operational documentation—not fabrication.
Scope Overview
Complex MEP/Industrial scope includes all elements within Section 3.0 MEPF plus additional specialized components for industrial and high-density mechanical environments.
Enhanced Electrical Systems
| Element Name | Interior/Exterior | Modeling Description | LOD | Unit | OmniClass | On-Demand | Enterprise | Engine |
|---|---|---|---|---|---|---|---|---|
| Battery Equipment | Both | Modeled as a relevant generic family, showing the general geometry, shape, size and location as captured in the scan. | 200 | Count | 23-27 13 26 | ☑︎ | ☑︎ | ☐ |
| Facility Power Generation | Both | Modeled as a relevant generic family, showing the general geometry, shape, size and location as captured in the scan. | 200 | Count | 23-27 13 27 | ☑︎ | ☑︎ | ☐ |
| Packaged Generator Assemblies | Both | Modeled as a relevant generic family, showing the general geometry, shape, size and location as captured in the scan. | 200 | Count | 23-27 13 28 | ☑︎ | ☑︎ | ☐ |
| Conduit Hangers | Interior | Excluded unless specially requested. Under 1” not reliable. No fixing details. | 200 | Count | 23-27 13 29 | ☐ | ☑︎ | ☐ |
Site Electrical Infrastructure
| Element Name | Interior/Exterior | Modeling Description | LOD | Unit | OmniClass | On-Demand | Enterprise | Engine |
|---|---|---|---|---|---|---|---|---|
| Electric Transmission/ Distribution | Exterior | Structures and wiring modeled as relevant generic families. | 200 | Count | 23-27 13 31 | ☑︎ | ☑︎ | ☐ |
| Electrical Substations | Exterior | Assemblies of breakers, transformers, switches etc., modeled generically. | 200 | Count | 23-27 13 32 | ☑︎ | ☑︎ | ☐ |
| Electrical Transformers | Exterior | Generic family: geometry, shape, size, and location. | 200 | Count | 23-27 13 33 | ☑︎ | ☑︎ | ☐ |
| Site Comm. Structures | Exterior | Antenna towers, utility poles and equipment modeled as relevant generic families. | 200 | Count | 23-27 13 34 | ☑︎ | ☑︎ | ☐ |
Enhanced Plumbing Systems
| Element Name | Interior/Exterior | Modeling Description | LOD | Unit | OmniClass | On-Demand | Enterprise | Engine |
|---|---|---|---|---|---|---|---|---|
| Plumbing Supplementary Components | Both | Valves, meters and gauges modeled as relevant generic families, showing the general geometry, shape, size and location as captured in the scan. | 200 | Count | 23-21 13 27 | ☑︎ | ☑︎ | ☐ |
| Valves | Both | Generic pipe accessories, with size and location as captured in the scan. | 200 | Count | 23-21 13 31 | ☑︎ | ☑︎ | ☐ |
| Pipe Fittings | Both | Generic Revit pipe fittings. Size and location per scan. Default materials. | 200 | Linear Feet, Diameter | 23-21 13 32 | ☑︎ | ☑︎ | ☐ |
| Pipe Accessories | Both | Modeled as generic Revit family. Size and location from scan. | 200 | Count | 23-21 13 33 | ☐ | ☑︎ | ☐ |
| Pipe Hangers | Both | Excluded unless specially requested. Under 1” not reliable. No fixing details. | 200 | Count | 23-21 13 34 | ☐ | ☑︎ | ☐ |
Enhanced Mechanical Systems
| Element Name | Interior/Exterior | Modeling Description | LOD | Unit | OmniClass | On-Demand | Enterprise | Engine |
|---|---|---|---|---|---|---|---|---|
| Facility Distribution Supplementary Components | Both | Valves, meters and gauges included. Hangers and supports excluded unless requested. | 200 | Count | 23-21 13 30 | ☑︎ | ☑︎ | ☐ |
| Duct Hangers | Interior | Excluded unless specially requested. Under 1” not reliable. No fixing details. | 200 | Count | 23-27 21 19 | ☐ | ☑︎ | ☐ |
| Ventilation Supplementary Components | Both | Duct insulation excluded. Hangers included by request if visible and >1”. | 200 | Count | 23-27 21 20 | ☐ | ☑︎ | ☐ |
Fuel Systems
| Element Name | Interior/Exterior | Modeling Description | LOD | Unit | OmniClass | On-Demand | Enterprise | Engine |
|---|---|---|---|---|---|---|---|---|
| Fuel Piping | Both | Fuel piping and valves included when visible. | 200 | Linear Feet | 23-21 13 28 | ☐ | ☑︎ | ☐ |
| Fuel Pumps | Both | Fuel pumps modeled as relevant generic Revit family. | 200 | Count | 23-21 13 29 | ☐ | ☑︎ | ☐ |
| Fuel Storage Tanks | Both | Above ground tanks modeled with generic geometry, shape, size and location. | 200 | Count | 23-21 13 30 | ☐ | ☑︎ | ☐ |
Site Fuel Distribution Systems
| Element Name | Interior/Exterior | Modeling Description | LOD | Unit | OmniClass | On-Demand | Enterprise | Engine |
|---|---|---|---|---|---|---|---|---|
| Site Diesel Fuel Distribution | Exterior | Equipment and piping modeled as relevant generic families, showing the general geometry, shape, size and location as captured in the scan. | 200 | Count | 23-21 13 35 | ☑︎ | ☑︎ | ☐ |
| Site Fuel-Oil Distribution | Exterior | Equipment and piping modeled as relevant generic families, showing the general geometry, shape, size and location as captured in the scan. | 200 | Count | 23-21 13 36 | ☑︎ | ☑︎ | ☐ |
| Site Gas Distribution | Exterior | Equipment and piping modeled as relevant generic families, showing the general geometry, shape, size and location as captured in the scan. | 200 | Count | 23-21 13 37 | ☑︎ | ☑︎ | ☐ |
| Site Gasoline Distribution | Both | Equipment and piping modeled as relevant generic families. | 200 | Count | 23-21 13 38 | ☑︎ | ☑︎ | ☐ |
Service Tier Legend
- ☑︎ Available - Element is included in this service tier
- ☐ Not Available - Element is not included in this service tier
Key Modeling Standards
Industrial Equipment Standards
- Generic geometry only: Complex industrial equipment modeled as basic geometric shapes
- Operational focus: Models tailored for operational documentation rather than fabrication
- No internal detail: Internal mechanisms, wiring, and piping connections excluded
- Visible elements: Only equipment and components visible in point cloud included
Electrical Infrastructure
- Power generation: Generators, battery systems, and power distribution equipment
- Site infrastructure: Transmission lines, substations, and communication towers
- Safety systems: Emergency power and backup systems included where visible
- No electrical detail: Internal electrical connections and circuitry excluded
Enhanced Piping Systems
- Supplementary components: Valves, meters, gauges, and accessories included
- Industrial applications: Specialized piping for fuel, chemicals, and process systems
- Support systems: Hangers and supports available by request only
- Generic representation: All components modeled as generic families
Fuel Distribution
- Above-ground only: Only visible fuel systems and equipment modeled
- Storage tanks: Large storage vessels modeled as basic geometric shapes
- Distribution networks: Piping and pumping equipment included where visible
- Safety equipment: Associated safety and monitoring equipment excluded
Industrial Applications
Manufacturing Facilities
- Heavy equipment: Large industrial machinery and process equipment
- Material handling: Conveyors, cranes, and material transport systems
- Utility systems: Compressed air, steam, and process water systems
- Safety systems: Emergency equipment and safety installations
Laboratory Environments
- Fume hoods: Specialized ventilation equipment
- Laboratory utilities: Gas, vacuum, and specialized piping systems
- Safety equipment: Emergency showers, eyewash stations, and safety systems
- Precision equipment: Specialized laboratory and research equipment
Power Generation Facilities
- Generator systems: Diesel, gas, and alternative energy generation
- Electrical infrastructure: Switchgear, transformers, and distribution systems
- Fuel systems: Storage, delivery, and management systems
- Control systems: Monitoring and control equipment (exterior only)
Technical Considerations
Complexity Management
- Simplified representation: Complex systems reduced to essential geometric forms
- System coordination: Focus on spatial relationships rather than detailed design
- Generic families: Standard families used to maintain consistency across projects
- Operational documentation: Models intended for facility management, not construction
Industrial Challenges
- High-density systems: Multiple overlapping systems in constrained spaces
- Specialized equipment: Unique industrial equipment requiring custom families
- Safety considerations: Hazardous systems require careful documentation approach
- Maintenance access: Equipment positioning considers operational requirements
Quality Standards
- LOD 200+ compliance: All elements maintain consistent level of development
- Generic materials: Standard material assignments for all industrial elements
- Dimensional accuracy: Size and location based on point cloud measurements
- System integration: Coordination between multiple complex systems
Notes
- Complete MEPF inclusion: All Section 3.0 MEPF elements included in Complex MEP scope
- Industrial focus: Additional elements specifically for industrial and laboratory environments
- Operational documentation: Models intended for facility operations, not detailed design
- Enterprise emphasis: Many specialized elements available only in Enterprise tier
- Request-based elements: Some support components available by special request only
- Generic approach: All complex equipment modeled using generic families for consistency
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