W912QR25BA007_FIO_HPSBScoresheet-0002.pdf
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- Attached to
- IFB - Beale Aircrew Readiness Facility
- Solicitation number
- W912QR25BA007
About this file
This document is an Air Force Sustainability Requirements Scoresheet for a renovation and addition project at the Aircrew Readiness Facility at Beale AFB, California. The project, with solicitation number W912QR25BA007, is a Design-Bid-Build construction opportunity managed by the US Army Corps of Engineers Louisville District. The scoresheet indicates the project is 89% High Performance Sustainable Building (HPSB) compliant, with 57% energy efficiency achieved below the ANSI/ASHRAE/IESNA Standard 90.1-2013. The facility is 7,261 square feet, with design started on 09/29/23 and a projected Board of Directors date of 01/19/24. The project demonstrates compliance across multiple sustainability categories including integrated design principles, energy performance, water conservation, indoor environmental quality, environmental impact of materials, and climate change risk mitigation.
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Text version
Solicitation For Renovate/Add to Aircrew Readiness Facility Beale AFB, CA
P2: 513180/513182
Design-Bid-Build
Scoresheet - For Information Only Certified Final Design
29 April 2025
W912QR25BA007-0002
ARIMS: 200A
Disposition: Maintain for 15yrs after construction
W912QR25BA007_FIO_HPSBScoresheet-0002
Air Force Sustainability Requirements Scoresheet HPSB COMPLIANCE (Updated Jan 2017) * required entry
General Information INCOMPLETE
BAEY234305CA & BAEY234305CB Project ID (e.g. ABCD12345)
000000000001522189 Real Property Unique ID (RPUID)
B1232 Facility Number
Aircrew Readiness Facility Building Name
Beale AFB Installation
Yuba City City
CA State
Yes CONUS
ACC MAJCOM
USACE Construction Agent
N/A AFCEC DM/CM (Last Name, First Name)
PA *
7,261 Building Size (SF)
2024 Program Year (FY####)
Design Complete Project Phase
09/29/23 Design Started (MM/DD/YY)
01/19/24 BOD (MM/DD/YY)
Not Certifying Guiding Principles Compliance Certification Method
89% HPSB Compliant
57% Energy Efficiency Achieved (% below ANSI/ASHRAE/IESNA
Standard 90.1-2013)
2017V1 Scoresheet version
Color Coding: See Instructions Tab for more detail
Yes or N/A
No
Recommended not Required
90.1-2013
HPSB I: Employ Integrated Design Principles (UFC 1-200-02 para 2-2)
Total Points 2 Possible Points 2
Yes HPSB I.1 Integrated Design 1
Yes HPSB I.2 Commissioning 1
HPSB II: Optimize Energy Performance (UFC 1-200-02 para 2-3)
Total Points 3 Possible Points 5
Yes HPSB II.1 Energy Efficiency 1
Yes
Reduce energy use 30% below ANSI/ASHRAE/IESNA Standard 90.1-
2013 or IECC, or if not - achieve maximum energy efficiency that is lifecycle cost effective
56.7% Insert percentage below ANSI/ASHRAE/IESNA Standard 90.1-2013 or IECC, in terms of energy use (e.g. 32)
73.5 Insert building energy intensity (kBtu/yr-sqft) calculated IAW 10 CFR
No Roof Attributes (Recommended)
Select roof types (Check below)
Energy Efficient Products 1
Yes
No HPSB II.2 On-site Renewable Energy 1
No Installed renewable energy elements or projects were not lifecycle cost effective
Renewable energy types (check below)
0.0 Insert generation capacity (kW)
0.0% Insert percentage of total building
No HPSB II.3 On-site Renewable Energy - Solar Hot Water Heater System 1
No Installed solar hot water heater system or found installation not lifecycle cost effective
0.0 Insert generation capacity (MMBtu/yr)
0.0% Insert percentage of demand
Yes HPSB II.4 Metering 1
Yes Electric Metering: Select N/A if no service
N/A Natural Gas Metering: Select N/A if no service
N/A Steam Metering: Select N/A if no service
Drop-Down Box
SURVEY
INCOMPLETE
No Entry Required Custom Entry
Solar PV
Solar CP
Solar Thermal Electric
Geothermal
GSHP Wind
Hydro Waste to Energy
Renewables were not lifecycle cost effective
Date Project Registered (MM/DD/YY)
Date Project Certified (MM/DD/YY)
Cool roof
Green roof
Solar electric
Solar thermal
Solar Passive
4/3/2025
AMENDMENT 0002
FOR INFORMATION ONLY
AMENDMENT 0002
FOR INFORMATION ONLY
Air Force Sustainability Requirements Scoresheet HPSB COMPLIANCE (Updated Jan 2017) * required entry
HPSB III: Protect and Conserve Water (UFC 1-200-02 para 2-4)
Total Points 5 Possible Points 6
Yes HPSB III.1 Indoor Water 1
Yes Indoor Water Metering 1
Yes HPSB III.2 Outdoor Water 1
N/A Outdoor Water Metering 1
No HPSB III.3 Alternative Water 1
Yes HPSB III.4 Stormwater Management (LID Documentation per UFC 3-210-10) 1
13900.0 Change in Impervious Area (SF)
Pre-Award Cost Estimate ($) *
Yes Project addressed EISA 438
0 EISA Technical Constraints
0.0%
Percent Increase in Stormwater Runoff for 95 Percentile Storm (%) -or- Percent Increase in Stormwater Runoff from continuous simulation model, published data, studies, or other established tools
(Reference UFC 3-210-10 Figure 2-1 Implementation of EISA Section
438)
On-Site LID Features Locations
4 Integrated Management Practices Employed
Final LID Construction Cost ($)
Post Construction Analysis (Name of DOR)
HPSB IV: Enhance Indoor Environmental Quality (UFC 1-200-02 para 2-5)
Total Points 8 Possible Points 8
Yes HPSB IV.1 Thermal Comfort 1
Yes HPSB IV.2 Ventilation 1
N/A HPSB IV.3 Daylighting 1
Yes HPSB IV.4 1
Yes HPSB IV.5 Low Emitting Materials 1
Yes HPSB IV.6 Protect Indoor Air Quality during Construction 1
Yes HPSB IV.7 Environmental Tobacco Smoke Control 1
Yes HPSB IV.8 Occupant Health and Wellness 1
HPSB V: Reduce Environmental Impact of Materials (UFC 1-200-02 para 2-6)
Total Points 5 INCOMPLETE Possible Points 5
Yes HPSB V.1 Recycled Content 1
Yes HPSB V.2 Biologically-based Products 1
Yes HPSB V.3 Ozone Depleting Substances 1
Yes HPSB V.4 Waste and Materials Management - Recycling 1
Yes HPSB V.5 Waste and Materials Management - Divert 60% from Disposal 1
Yes 60% or greater diverted
Insert percentage diverted from landfill *
HPSB VI: Address Climate Change Risk (UFC 1-200-02 para 2-7)
Total Points 1 Possible Points 1
Yes HPSB VI.1 Address Climate Change Risk 1
Possible Points 27
24 Federal Requirements - Yes or N/A
4 Federal Requirements - No
89% Percentage of Federal Requirements Met
Moisture Control
Retaining stormwater impact receving water flow
Site too small to infiltrate significant volume
State or local restrict water harvesting
Shallow bedrock, contaminated soil, high ground water table, underground utilities
Non-potable water demand to small Structural, plumbing, and other mods not feasible
Soil infiltration capacity limited
State or local restrict use of green infrastructure or LID Other
Bio-Retention
Infiltration Trench
Soil Amendments
Dry Wells
Inlet Pollution
Removal Device
Permeable
Pavement/Pavers
Filter Strips Grassed Swells
Rain Barrels/Cisterns
Tree Box Filters Vegetated Buffers Vegetated Roof
Other
4/3/2025
AMENDMENT 0002
FOR INFORMATION ONLY
AMENDMENT 0002
FOR INFORMATION ONLY
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