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Modular Construction
An Economics Overview
 of Completed Projects
Acknowledgments



Abelardo (Abe) Perez was assigned as the
Project Controls Manager for industry
leading life sciences companies with
modular construction projects from 2003 to
2006 in Puerto Rico.
Common Module Types

   Super Skid
   Process
   Architecture
Super Skid Modules

    Large pre-constructed equipment with
    associated process, utility, infrastructure
    support prefabricated and predominately
    qualified. Super skids are interconnected
    to plant systems with the utilization of
    prefabricated spool pieces.
Process Modules

    Large pre-constructed sequential modules
    equipped generally with large ballroom or
    ceiling/roof modules to encompass entire
    systems including large reactors, vessels,
    and tanks with associated process, utility,
    infrastructure support. Process modules
    are interconnected sequentially with full
    utilization of prefabricated spool pieces.
Architecture Modules

    Large pre-constructed non process
    sequential modules utilized generally for
    support areas like corridors, offices,
    restrooms, mechanical and other support
    requirements. Architecture modules are
    interconnected sequentially with spool
    pieces for utilities and welded base plates.
Modular Construction Benefits
   Schedule Health
    •   Ability to complete onsite construction faster due to
        simultaneous module fabrication, site works, and
        building foundations. This is an improvement to
        traditional stick built sequential construction.
    •   Improved labor productivity due to fabrication shop
        type environment for exceptional performance.
    •   Minimization of onsite risks due to labor market,
        construction delays, bidding process, poor
        productivity, and weather delays.
Modular Construction Concerns

•   Module layout changes due to design changes are
    difficult and expensive due to limited module space.
    Late changes generally require extensive rework.
•   Non traditional costs for module logistics,
    transportation, staging, and large crane requirements.
•   Risks associated with module interconnections and
    spool pieces not properly aligned due to fabrication
    and transportation inefficiencies.
•   Module fabrication late delivery
•   Shipments of incomplete modules requiring
    unforeseen onsite completion.
Puerto Rico Large
           Greenfield Biotech Project
                 (Engineering Qualification Prorated)

  60                      Modular
                           53%

  50

% 40
                               Non Modular
                                 Support
T 30                             Facilities
I                                  21%
        Existing Site                                       Owner
C
  20   Infrastructure
                                                Indirects
                                                            Costs
             8%                                              10%
                                                   8%
  10

   0
Puerto Rico Large
                Greenfield Biotech Project
            Offsite Module Fabrication Costs
  60
                      Module
                        Fab
  50                   56%


  40
         Owner
        Procured
% 30   Equipment
                                                    Modular
                                                  Engineering
          19%
                        Super Skid                   Costs
  20                     Vendors                     14%
                           10%        Module
                                      Offsite
  10                                 Validation
                                        1%

   0
Puerto Rico Large
                    Greenfield Biotech Project
                Onsite Module Construction Costs
    45       Module
              Prep
    40                                  Module
         Interconnects                Automation
    35        42%                        30%

    30
                                                Module
    25                                         Validation
%                                                Costs
    20                                           15%
                         Super Skid
    15    Owner           Vendors
          Module            8%                              Engineering
    10   Logistics                                            Support
            2%                                                  3%
    5
    0
U.S. Module Fabricator Dry Products Facility
                     CSI Cost Metrics
1. Steel
    •    Module Steel (Tubular Frames) Fabricate and Erect $5,196 Ton
    •    Metal Deck Installation $9.83 SF
    •    Fireproofing (Intrumescent) $30.91 SF
2. Architectural
    •    Roofing $31.78 SF
    •    Gypsum Partitions $33.30
    •    Gypsum Ceilings $52.51
    •    RAP Wall (Clean Rooms) $39.11
    •    Flooring (Stone Hard) $11.08
3. HVAC
    •    Duct (Galvanized), Accessories (Galvanized) $36.88 Lb
    •    Insulation $3.57 SF
4. Fire Protection
    •    Sprinkler System $9.02
5. Plumbing
    •    Sanitary Drains $229.00 LF
6. Piping (Fabricate and Install)
    •    Pipe, fittings, hangers, Spools (Purity/Non Purity) $355 LF
7. Electrical Instrumentation
    •    Cable Tray $103 LF
    •    Conduit (Composite) $59
    •    Power & Control Wire and Cable $1.76 LF
U.S. Module Fabricator Dry Products Facility
                         Metrics
1. Module Fabrication Duration
   •    10 Months Total (84 Total Modules)
   •    Module Average (Process/Non Process) 16 Weeks
2. Fabrication TIC Percentages
   •    Engineering 2.3%
   •    Direct Labor 30.3%
   •    Contracted Labor - Data Not Available
   •    Indirect Support 8.7%
   •    CM 8.6%
3. Module Costs
   •    Average Cost Per Module (Process/Non Process) $562,000
   •    Average Cost Per SF $1,124
4. Pipe Metrics
   •    Non Purity Average Pipe Diameter 2.13”
   •    Non Purity Pipe 29,000 LF - Welds per Module Data Not Available
   •    Purity Average Pipe Diameter 1.59”
   •    Purity Pipe 7,400 LF – Welds per Module Data Not Available
5. Automated Valves
   •    Data Not Available
6. Fabrication Shop Validation
   •    3.4% performed (IQ)
7. Other
   •    Surplus Material Generated - 5.6% of Bulk Materials
   •    Total Cost Growth from Original Vendor Estimate 21.5%
U.S. Module Fabricator Biotech Facility
                      CSI Cost Metrics
1. Steel
    •   Module Steel (Tubular Frames) Fabricate and Erect $4,950 Ton
    •   Metal Deck Installation $6.58 SF
    •   Fireproofing (Intumescent) $29.84 SF
2. Architectural
    •   Siding (Centria) $33.87 SF
    •   Gypsum Partitions $12.70 (Five Wall Types)
    •   Ceilings $73.87
    •   Flooring $5.33
3. HVAC
    •   Duct (Galvanized), Accessories (Galvanized) $37.31 Lb
    •   Insulation (Included above)
4. Fire Protection
    •   Sprinkler System $9.11
5. Plumbing
    •   Sanitary Drains $96.50
6. Piping (Fabricate and Install)
    •   Pipe, fittings, hangers, Spools (Non Purity) $111.94 LF
    •   Pipe, fittings, hangers, Spools (Purity - Subcontracted) $165.08 LF
7. Electrical Instrumentation
    •   Security, Telephone, Sound & Paging System $2.45 GSF
    •   Cable Tray $62.61 LF
    •   Conduit (Composite) $25.96
    •   Power & Control Wire and Cable $1.43 LF
U.S. Module Fabricator Biotech Facility
                          Metrics
1. Module Fabrication Duration
   •   16.6 Months Total
   •   Module Average (Process/Non Process) 16 Weeks
2. Fabrication TIC Percentages
   •   Engineering 5%
   •   Direct Labor 30.2%
   •   Contracted Labor 2.3%
   •   Indirect Support 5.5%
   •   CM 8.8%
3. Module Costs
   •   Average Cost Per Module (Process/Non Process) $464,000
   •   Average Cost Per SF $1,200
4. Pipe Metrics
   •   Average Pipe Diameter 2.39”
   •   Non Purity Pipe 29,000 LF - 107 Welds per Module
   •   Purity Pipe 24,000 LF – 35 Welds per Module
5. Automated Valves
   •   284 Installed
   •   Less 1% Fabrication Shop Installed
6. Fabrication Shop Validation
   •   2% performed (IQ)
7. Other
   •   Surplus Material Generated - 2.65% of Bulk Materials
   •   Total Cost Growth from Original Vendor Estimate 6.1%
Comparison

1. Total Module Cost $1,165 SF
    • Module Fabrication Cost 1,150 Per SF
    • Logistics Cost Per Module $54,336 Each or $15.00 SF
             Module Shipping / Transportation $26,776
             Module Port to Site Transport & Site Offload $27,560

2.   Traditional Building Construction
     • Non Class 30% $383 SF TIC                        $115.00
     • Class GMP 40% $630 SF TIC                        $189.00
     • Class 10,000 20% $1,235 SF TIC                   $247.00
     • Class 1,000 5% $2,500 SF TIC                     $125.00
     • Class 100 5% $3,360 SF TIC                       $168.00
     • Total Cost (Excludes Equipment)                  $844.00

3.   $1,165 SF Modules versus $844.00 SF

4. Schedule
     •   Module Average (Process/Non Process) 10 Months Fabrication + 1 Month
         shipment + 2 Months Interconnects = 13 Months.
     •   Traditional Stick built Average 19 Months

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Biotech Facility Modular Construction

  • 1. Modular Construction An Economics Overview of Completed Projects
  • 2. Acknowledgments Abelardo (Abe) Perez was assigned as the Project Controls Manager for industry leading life sciences companies with modular construction projects from 2003 to 2006 in Puerto Rico.
  • 3. Common Module Types  Super Skid  Process  Architecture
  • 4. Super Skid Modules  Large pre-constructed equipment with associated process, utility, infrastructure support prefabricated and predominately qualified. Super skids are interconnected to plant systems with the utilization of prefabricated spool pieces.
  • 5. Process Modules  Large pre-constructed sequential modules equipped generally with large ballroom or ceiling/roof modules to encompass entire systems including large reactors, vessels, and tanks with associated process, utility, infrastructure support. Process modules are interconnected sequentially with full utilization of prefabricated spool pieces.
  • 6. Architecture Modules  Large pre-constructed non process sequential modules utilized generally for support areas like corridors, offices, restrooms, mechanical and other support requirements. Architecture modules are interconnected sequentially with spool pieces for utilities and welded base plates.
  • 7. Modular Construction Benefits  Schedule Health • Ability to complete onsite construction faster due to simultaneous module fabrication, site works, and building foundations. This is an improvement to traditional stick built sequential construction. • Improved labor productivity due to fabrication shop type environment for exceptional performance. • Minimization of onsite risks due to labor market, construction delays, bidding process, poor productivity, and weather delays.
  • 8. Modular Construction Concerns • Module layout changes due to design changes are difficult and expensive due to limited module space. Late changes generally require extensive rework. • Non traditional costs for module logistics, transportation, staging, and large crane requirements. • Risks associated with module interconnections and spool pieces not properly aligned due to fabrication and transportation inefficiencies. • Module fabrication late delivery • Shipments of incomplete modules requiring unforeseen onsite completion.
  • 9. Puerto Rico Large Greenfield Biotech Project (Engineering Qualification Prorated) 60 Modular 53% 50 % 40 Non Modular Support T 30 Facilities I 21% Existing Site Owner C 20 Infrastructure Indirects Costs 8% 10% 8% 10 0
  • 10. Puerto Rico Large Greenfield Biotech Project Offsite Module Fabrication Costs 60 Module Fab 50 56% 40 Owner Procured % 30 Equipment Modular Engineering 19% Super Skid Costs 20 Vendors 14% 10% Module Offsite 10 Validation 1% 0
  • 11. Puerto Rico Large Greenfield Biotech Project Onsite Module Construction Costs 45 Module Prep 40 Module Interconnects Automation 35 42% 30% 30 Module 25 Validation % Costs 20 15% Super Skid 15 Owner Vendors Module 8% Engineering 10 Logistics Support 2% 3% 5 0
  • 12. U.S. Module Fabricator Dry Products Facility CSI Cost Metrics 1. Steel • Module Steel (Tubular Frames) Fabricate and Erect $5,196 Ton • Metal Deck Installation $9.83 SF • Fireproofing (Intrumescent) $30.91 SF 2. Architectural • Roofing $31.78 SF • Gypsum Partitions $33.30 • Gypsum Ceilings $52.51 • RAP Wall (Clean Rooms) $39.11 • Flooring (Stone Hard) $11.08 3. HVAC • Duct (Galvanized), Accessories (Galvanized) $36.88 Lb • Insulation $3.57 SF 4. Fire Protection • Sprinkler System $9.02 5. Plumbing • Sanitary Drains $229.00 LF 6. Piping (Fabricate and Install) • Pipe, fittings, hangers, Spools (Purity/Non Purity) $355 LF 7. Electrical Instrumentation • Cable Tray $103 LF • Conduit (Composite) $59 • Power & Control Wire and Cable $1.76 LF
  • 13. U.S. Module Fabricator Dry Products Facility Metrics 1. Module Fabrication Duration • 10 Months Total (84 Total Modules) • Module Average (Process/Non Process) 16 Weeks 2. Fabrication TIC Percentages • Engineering 2.3% • Direct Labor 30.3% • Contracted Labor - Data Not Available • Indirect Support 8.7% • CM 8.6% 3. Module Costs • Average Cost Per Module (Process/Non Process) $562,000 • Average Cost Per SF $1,124 4. Pipe Metrics • Non Purity Average Pipe Diameter 2.13” • Non Purity Pipe 29,000 LF - Welds per Module Data Not Available • Purity Average Pipe Diameter 1.59” • Purity Pipe 7,400 LF – Welds per Module Data Not Available 5. Automated Valves • Data Not Available 6. Fabrication Shop Validation • 3.4% performed (IQ) 7. Other • Surplus Material Generated - 5.6% of Bulk Materials • Total Cost Growth from Original Vendor Estimate 21.5%
  • 14. U.S. Module Fabricator Biotech Facility CSI Cost Metrics 1. Steel • Module Steel (Tubular Frames) Fabricate and Erect $4,950 Ton • Metal Deck Installation $6.58 SF • Fireproofing (Intumescent) $29.84 SF 2. Architectural • Siding (Centria) $33.87 SF • Gypsum Partitions $12.70 (Five Wall Types) • Ceilings $73.87 • Flooring $5.33 3. HVAC • Duct (Galvanized), Accessories (Galvanized) $37.31 Lb • Insulation (Included above) 4. Fire Protection • Sprinkler System $9.11 5. Plumbing • Sanitary Drains $96.50 6. Piping (Fabricate and Install) • Pipe, fittings, hangers, Spools (Non Purity) $111.94 LF • Pipe, fittings, hangers, Spools (Purity - Subcontracted) $165.08 LF 7. Electrical Instrumentation • Security, Telephone, Sound & Paging System $2.45 GSF • Cable Tray $62.61 LF • Conduit (Composite) $25.96 • Power & Control Wire and Cable $1.43 LF
  • 15. U.S. Module Fabricator Biotech Facility Metrics 1. Module Fabrication Duration • 16.6 Months Total • Module Average (Process/Non Process) 16 Weeks 2. Fabrication TIC Percentages • Engineering 5% • Direct Labor 30.2% • Contracted Labor 2.3% • Indirect Support 5.5% • CM 8.8% 3. Module Costs • Average Cost Per Module (Process/Non Process) $464,000 • Average Cost Per SF $1,200 4. Pipe Metrics • Average Pipe Diameter 2.39” • Non Purity Pipe 29,000 LF - 107 Welds per Module • Purity Pipe 24,000 LF – 35 Welds per Module 5. Automated Valves • 284 Installed • Less 1% Fabrication Shop Installed 6. Fabrication Shop Validation • 2% performed (IQ) 7. Other • Surplus Material Generated - 2.65% of Bulk Materials • Total Cost Growth from Original Vendor Estimate 6.1%
  • 16. Comparison 1. Total Module Cost $1,165 SF • Module Fabrication Cost 1,150 Per SF • Logistics Cost Per Module $54,336 Each or $15.00 SF  Module Shipping / Transportation $26,776  Module Port to Site Transport & Site Offload $27,560 2. Traditional Building Construction • Non Class 30% $383 SF TIC $115.00 • Class GMP 40% $630 SF TIC $189.00 • Class 10,000 20% $1,235 SF TIC $247.00 • Class 1,000 5% $2,500 SF TIC $125.00 • Class 100 5% $3,360 SF TIC $168.00 • Total Cost (Excludes Equipment) $844.00 3. $1,165 SF Modules versus $844.00 SF 4. Schedule • Module Average (Process/Non Process) 10 Months Fabrication + 1 Month shipment + 2 Months Interconnects = 13 Months. • Traditional Stick built Average 19 Months