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Table of Contents

LEGAL NOTICE ............................................................................................... Page 7Green Globes® for New Construction Overview................................Page 9

Introduction.....................................................................................................................Page 9Green Globes for New Construction Process .....................................................Page 12Green Globes Program Features ............................................................................ Page 15Environmental Assessment Areas & Point Allocation.................................... Page 19Additional Information and Footnotes ..................................................................1

1 Project Management ............................................................................ Page 231.1 Team & Owner Planning............................................................................Page 23

1.1.1 Performance & Green Design Goals.......................................Page 231.1.2 Integrated Design Process .......................................................Page 291.1.3 Site and Building Resilience ....................................................Page 37

1.2 Environmental Management During Construction .......................... Page 401.2.1 Environmental Management System (EMS)...................... Page 40

1.3 Life Cycle Cost Analysis or Building Service Life Planning.............Page 431.3.1 LCCA or Building Service Life Planning: Path A or B........Page 43

1.4 Moisture Control Analysis........................................................................Page 491.4.1 Moisture Control Design Analysis ..........................................Page 49

1.5 Commissioning or Systems Manual & Training ................................. Page 511.5.1 Commissioning or Systems Manual & Training: Path A orB...................................................................................................................Page 51

2 Site ............................................................................................................. Page 582.1 Development Area .....................................................................................Page 58

2.1.1 Urban Infill and Urban Sprawl..................................................Page 582.1.2 Greenfields, Brownfields, and Floodplains ........................Page 59

2.2 Transportation .......................................................................................... Page 642.2.1 Transportation............................................................................. Page 64

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2.3 Construction Impacts .............................................................................. Page 722.3.1 Site Erosion ................................................................................... Page 722.3.2 Site Disturbance .........................................................................Page 762.3.3 Tree and Shrub Preservation ................................................. Page 772.3.4 Mitigating Heat Island Effect..................................................Page 79

2.4 Stormwater Management .......................................................................Page 852.4.1 Stormwater Management ........................................................Page 85

2.5 Landscaping............................................................................................... Page 912.5.1 Landscaping ................................................................................. Page 91

2.6 Exterior Light Pollution ...........................................................................Page 992.6.1 Exterior Light Pollution: Path A or B .................................... Page 99

2.7 Wildland-Urban Interface Site Design ............................................... Page 1042.7.1 Wildland-Urban Interface Site Design................................Page 104

3 Energy......................................................................................................Page 1073.1 Energy Performance ............................................................................... Page 107

3.1.1 Energy Performance: Path A, B, or C ................................... Page 1073.2 Non-Modeled Energy Efficiency Impacts .......................................... Page 152

3.2.1 Vertical, Horizontal, and Inclined Transport Systems -Efficiency Measures .......................................................................... Page 1523.2.2 Load Shedding .......................................................................... Page 1573.2.3 Plug Load and Process Energy Management ................Page 159

3.3 Metering, Monitoring, and Measurement ......................................... Page 1623.3.1 Metering ....................................................................................... Page 1623.3.2 Monitoring and Reporting..................................................... Page 1733.3.3 Verification ..................................................................................Page 177

3.4 Renewable Sources of Energy ............................................................. Page 1793.4.1 On-Site Renewable Energy .................................................... Page 1793.4.2 Off-Site Renewable Energy Credits.................................... Page 182

4 Water Efficiency....................................................................................Page 1844.1 Indoor Domestic Plumbing.................................................................... Page 184

4.1.1 Plumbing Fixture and Fitting Standards............................ Page 184

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4.1.2 Residential Indoor Appliances ............................................. Page 1924.2 Cooling Towers ........................................................................................ Page 194

4.2.1 Cooling Towers...........................................................................Page 1944.3 Boilers and Hot Water Systems.......................................................... Page 202

4.3.1 Boilers and Water Heaters.................................................... Page 2024.3.2 Domestic Hot Water Systems ............................................. Page 204

4.4 Water Intensive Applications...............................................................Page 2074.4.1 Commercial Food Service Equipment ...............................Page 2074.4.2 Laboratory and Medical Equipment.................................. Page 2124.4.3 Laundry Equipment................................................................. Page 2144.4.4 Water Features and Pools ..................................................... Page 217

4.5 Water Treatment..................................................................................... Page 2224.5.1 Water Treatment for End Uses ............................................. Page 222

4.6 Alternate Water Sources ...................................................................... Page 2254.6.1 Alternate Water Sources for Indoor Uses ........................ Page 2254.6.2 Alternate Water Sources for Outdoor Uses .................... Page 2284.6.3 Graywater Treatment .............................................................. Page 231

4.7 Metering ....................................................................................................Page 2324.7.1 Water Metering .......................................................................... Page 232

4.8 Irrigation .................................................................................................. Page 2364.8.1 Irrigation ..................................................................................... Page 236

5 Materials ................................................................................................Page 2455.1 Whole Building Life Cycle Assessment ............................................. Page 245

5.1.1 Whole Building Life Cycle Assessment ............................. Page 2455.2 Product Life Cycle.................................................................................. Page 248

5.2.1 Product Life Cycle.................................................................... Page 2485.3 Product Risk Assessment .................................................................... Page 253

5.3 Screening-Level Product Risk Assessment ...................... Page 2535.4 Sustainable Materials Attributes ....................................................... Page 258

5.4.1 Product Sustainable Materials Attributes ....................... Page 2585.5 Reuse of Existing Structures and Materials..................................... Page 261

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None Structural Systems and Non-Structural/InteriorElements................................................................................................ Page 261None Material Reuse from Off-Site .............................................. Page 265

5.6 Waste ........................................................................................................ Page 268None Construction Waste............................................................... Page 268None Post Occupancy Solid Waste Recycling..........................Page 273None Supply Chain Waste Minimization.................................... Page 275

5.7 Resource Conservation .........................................................................Page 278None Off-Site Fabrication for Construction Optimization.....Page 278None Design for Deconstruction (DfD) ...................................... Page 279

6 Indoor Environment ...........................................................................Page 2806.1 Air Ventilation and Quality.................................................................... Page 280

6.1.1 Ventilation Air Quantity ........................................................... Page 2806.1.2 Air Change Effectiveness ...................................................... Page 2826.1.3 Air Handling Equipment......................................................... Page 2856.1.4 CO2 Sensing and Ventilation Control Equipment.......... Page 288

6.2 Source Control and Measurement of Indoor Pollutants............... Page 2896.2.1 Volatile Organic Compounds................................................ Page 2896.2.2 Pre-Occupancy Indoor Air Quality Testing..................... Page 3046.2.3 Carbon Monoxide Monitoring ............................................. Page 3096.2.4 Legionellosis Mitigation in the Building Water Systems .. Page3106.2.5 Pest and Contamination Control ......................................... Page 3116.2.6 Other Indoor Pollutants (Tobacco, Radon)...................... Page 313

6.3 Lighting Design and Systems.............................................................. Page 3166.3.1 Daylighting and Views ............................................................ Page 3166.3.2 Lighting Design Quantity ..................................................... Page 3206.3.3 Lighting Design Quality ........................................................ Page 3266.3.4 Lighting Sustainability.......................................................... Page 329

6.4 Thermal Comfort .................................................................................... Page 3326.4.1 Thermal Control Zones ........................................................... Page 332

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6.4.2 Thermal Comfort Design........................................................Page 3376.5 Acoustic Comfort ................................................................................... Page 338

6.5.1 Airborne Noise Isolation ........................................................ Page 3386.5.2 Sound Masking System ........................................................ Page 3446.5.3 Structure Borne Noise Isolation......................................... Page 3476.5.4 Reverberation Time or Ceiling Noise Reduction Coefficient(NRC)...................................................................................................... Page 3486.5.5 Mechanical Noise..................................................................... Page 3516.5.6 Airborne HVAC Noise.............................................................. Page 3546.5.7 Structure Borne HVAC Noise................................................ Page 3566.5.8 Piping Noise...............................................................................Page 3576.5.9 Electrical System Noise........................................................ Page 358

Appendix A: REFERENCES AND GUIDELINES..................................Page 360Appendix B: DEFINITIONS, ABBREVIATIONS AND ACRONYMS ...Page 371

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LEGAL NOTICE© 2019 GREEN BUILDING INIT© 2019 GREEN BUILDING INITAITIVE, INC. ALL RIGHTAITIVE, INC. ALL RIGHTS RESERS RESERVEDVED..

ThisThis ""Green GlobesGreen Globes® for New Construction 2019 T® for New Construction 2019 Technical Rechnical Reference Manual"eference Manual" (( "Material""Material" ) is) isproprietary toproprietary to Green Building InitiativeGreen Building Initiative, Inc., Inc. (( ""Green Building InitiativeGreen Building Initiative"" ) and/or its successors) and/or its successorsand assigns.and assigns.

CONDITIONS OF USE:CONDITIONS OF USE:

This Material is provided to ( "Y"You"ou" or "R"Recipient"ecipient" ) by Green Building Initiative only for your usein association with only a proposed or active new construction or modernization project whichseeks certification through Green Globes (the "Scope of Use"Scope of Use"" ). The Material may only be usedfor and within this Scope of Use.

Without limiting the foregoing, Recipients of this Material are explicitly prohibited from doing thefollowing (without first obtaining Green Building Initiative's prior written consent):

1. revising, altering, modifying, making derivatives of, or otherwise amending this Materialin any way;

2. removing, altering, covering or obscuring this Legal Notice or any other copyrightnotices or other proprietary rights notices that are contained or embedded in thisMaterial (the "Existing Notices"Existing Notices"" ) or insert any other copyright or proprietary notices thatare inconsistent with the Existing Notices; or

3. using this Material for any purpose that is not within (or violates the parameters of) theScope of Use (as set forth above)

Unauthorized use of this Material is strictly prohibited, is a violation of copyright and otherintellectual property rights, and is actionable under law.

Recipient is permitted to make references to, or to cite, this Material provided the Recipient fullyacknowledges Green Building Initiative's copyright ownership of this Material and gives GreenBuilding Initiative full copyright attribution. The proper copyright notice for this Material is asfollows: "©2019 Green Building Initiative"©2019 Green Building Initiative, Inc. ALL RIGHT, Inc. ALL RIGHTS RESERS RESERVEDVED..""

The Green Building InitiativeGreen Building Initiative®® , the Green Building Initiative logoGreen Building Initiative logo®® and Green Globes logoGreen Globes logo®®(among others) are trademarks, service marks and/or trade names (collectively "Marks") ownedby Green Building Initiative and all rights are reserved therein.

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Recipient acknowledges and agrees that Green Building Initiative is the sole and exclusiveowner of all rights, title and interest in and to this Material and all Marks. Absent a separatecontract between each Recipient and Green Building Initiative, nothing in this document grants(either expressly or impliedly) to any Recipient of this Material any right or license in the Material,in any information or other contents in this Material, or to any other intellectual property ownedor controlled by the Green Building Initiative (including, without limitation, any of the Marks).

PROPROVIDED "VIDED "AAS IS"; DISCLAIMER:S IS"; DISCLAIMER:

THIS MATERIAL AND ALL INFORMATION CONTAINED HEREIN IS PROVIDED TO ALLRECIPIENTS ON AN "AS IS" BASIS. TO THE MAXIMUM EXTENT PERMITTED BY APPLICABLELAW, GREEN BUILDING INITIATIVE (ALONG WITH ALL CONTRIBUTORS TO THIS MATERIAL)HEREBY DISCLAIM ALL REPRESENTATIONS, WARRANTIES AND/OR COVENANTS, EITHEREXPRESS OR IMPLIED, STATUTORY OR AT COMMON LAW, INCLUDING, BUT NOT LIMITED TO,THE IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE,TITLE, VALIDITY, AND/OR NON-INFRINGEMENT.

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Green Globes® for New Construction OverviewIntroductionGreen Globes is a well-established green building guidance and assessment program thatoffers a practical and affordable way to advance the environmental performance andsustainability of a wide variety of building types. Green Globes for New Construction 2019(Green Globes NC 2019), which is implementation of the ANSI/GBI 01-2019 Green GlobesAssessment Protocol for Commercial Buildings, is designed to be a rating system specifically fornew construction, major renovations, and additions.

Green Globes NC 2019 is a smart alternative for assessing and certifying new constructiondesign and construction owing to these four key attributes:

• A comprehensive environmental assessment protocol using accepted criteria• Best practices guidance for designing sustainable new construction, major renovations,

and additions• A practical and cost-effective approach using licensed, independent third-party

professionals as assessors to work with owners and design teams• Implementation of ANSI/GBI 01-2019 Green Globes Assessment Protocol for Commercial

Buildings, the only national consensus green building standard for new commercialconstruction, developed in 2010 and updated in 2019 by the Green Building Initiativeand acknowledged by the federal General Services Administration and the USDepartment of Defense

ANSI/GBI 01-2019 Green Globes Assessment Protocol for CommercialBuildings (ANSI/GBI 01-2019 Sections 1 and 2)The ANSI/GBI 01-2019 Standard provides a method for assessing commercial buildings relativeto the tenets of integrated design and contemporary best practices for high-performance greenbuildings. This assessment method addresses the design and construction of buildings withrespect to reducing life cycle resource consumption, waste, and global/regional/localenvironmental impacts; contributing to human and ecological system health; and providingperformance feedback to owners and communities on indicators such as energy and waterperformance.

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The ANSI/GBI 01-2019 Standard applies to a broad range of commercial building types,including offices, multifamily, health care, schools, universities, labs, industrial, retail, etc., as wellas to major renovations as defined in Section 5 Definitions, Abbreviations, and Acronyms of theStandard. The Standard does not apply to single-family homes, two-family homes, andtownhouses that are three stories or less in height.

The ANSI/GBI 01-2019 Standard includes a points-based assessment rating system that allowsusers to identify solutions that earn points for actions likely to achieve levels of performancecommonly valued as having desirable environmental and related efficiency outcomes. Theassessment criteria and rating system within the Standard apply to new commercial buildingsand major renovations, including criteria related to planning for subsequent operations andmaintenance.

The six Assessment Areas within the Standard include Project Management, Site, Energy, WaterEfficiency, Materials, and Indoor Environment.

The ANSI/GBI 01-2019 Standard shall not be used to circumvent any code, health, safety,security, or environmental requirements. It is the sole responsibility of the user of this Standardto establish appropriate safety and health practices, to comply with required building codes, andto assess the applicability of criteria based on other possible regulatory limitations prior to use.

Green Globes for New Construction

The Green Globes NC 2019 assessment begins with the completion of a user-friendly onlinesurvey that helps architects, engineers, construction professionals, owners, and buildingoperators evaluate and improve the environmental impact and sustainability of new buildingprojects as well as major renovations.

Green Globes NC 2019 helps building teams to focus on sustainability, providing options whenconsidering implementation of best practices. When combined with the third-party assessmentprocess, Green Globes' value-added features provide a streamlined and affordable approach toassessing the environmental sustainability of new construction projects, leading to operatingcost savings.

Environmental Assessment Areas

The Green Globes for New Construction rating system is suitable for a wide range ofcommercial buildings, including large and small offices, retail stores, and institutional buildingssuch as healthcare facilities, government buildings, schools, colleges, and universities.

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Green Globes NC 2019 ensures that environmental impacts and key sustainability issues arecomprehensively assessed using a 1,000-point scale among six categories; ProjectManagement, Site, Energy, Water Efficiency, Materials, and Indoor Environment. Each categoryutilizes weighted criteria assigning points to criteria based upon the impact to sustainability.

Building Certification

A third-party assessment conducted by a GBI-trained assessor (aka "Green Globes Assessor") isrequired for a Green Globes NC 2019 rating and certification. Assessors with expertise in greenbuilding design, engineering, and construction interface with project teams and building ownersduring the assessment process by reviewing and evaluating documentation, conducting sitevisits, and creating comprehensive assessment reports.

Items from the "Recommended Documentation" listed with each criteria are typical documentsthat Green Globes Assessors will use prior to, or in conjunction with, a post-construction sitevisit and walk-through to assess compliance, although additional documentation may berequested or substituted prior to, or during, the onsite visit.

To become Green Globes-certified, each project must achieve a minimum of 35% of the totalapplicable points and attain a minimum percentage of points in each environmental assessmentarea as denoted in Table 2. Certified projects are assigned a rating of One to Four GreenGlobes, which is reflected in a final report and certificate issued by the GBI.

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Green Globes for New Construction ProcessGreen Globes for New Construction (NC) is part of the Green Building Initiative's (GBI) suite ofGreen Globes programs. The Green Globes NC 2019 assessment includes completion andreview of the Green Globes NC 2019 Questionnaire as well as a Design Review and an OnsiteAssessment. The questionnaire and assessments aid the Integrated Design Process (IDP) teamthroughout the design process per the unique goals and needs of each individual project.

Green Globes NC 2019 Questionnaire

The first step is to register the project with GBI and order a third-party assessment. Afterpurchase and receipt of payment, GBI provides questionnaire access to the client, who with thehelp of the project IDP team will complete it. The questionnaire collects information on a varietyof environmental and sustainable characteristics, programs, policies, and technologies. On itsown, the questionnaire is a helpful tool, but the strength and benefits of the program are bestachieved when completing the questionnaire in tandem with the Green Globes NC 2019assessment.

Design Review

The Design Review is a third-party assessment of the project's construction documents(1). Thisreview can take place at any point during the process after documents are available. If the clientdesires, the review may happen prior to the 100% construction documents set is complete.When the Preliminary Assessment Questionnaire(2) and supporting documentation are ready forassessor review, the client (or client's project manager) submits the questionnaire to GBI, whoassigns a third-party Green Globes Assessor to perform the Design Review. The client workswith the assigned assessor to deliver all needed documentation. The Green Globes Assessorreviews the questionnaire and submitted documentation to verify point awards.

When the review is complete, the assessor will create a Preliminary Assessment Report that willbe accessible from the project dashboard. The report will include score details, point variances,verification required, and recommendations. The assessor will also create a Design Reviewreport (PDF) that relays the preliminary rating for the project. GBI reviews both the PreliminaryAssessment Report (in the project dashboard) and the Design Review Report (PDF) and whenapproved, issues them to the client. The client reviews the report and shares the results withtheir team. The Design Review is a non-binding assessment, meaning the results are preliminarynot final. To be eligible for certification and subsequent rating, a project must complete theOnsite Assessment.

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Onsite Assessment

The Onsite Assessment is a third-party assessment of the project's completed construction. Acompleted Design Review is required prior to an Onsite Assessment. The final Green Globesrating and certification is based upon the assessor's site visit results, including review ofadditional supporting documentation as necessary. If there are any changes since thecompletion of the Design Review Report, the client will update the Final AssessmentQuestionnaire(2) and provide updated verification documentation as needed.

When construction is essentially complete (through the punch list) and the team is ready toschedule the site visit, the client submits the updated Final Assessment Questionnaire andcontacts GBI to provide the preferred visit timing. GBI schedules a third-party Green GlobesAssessor to perform the Onsite Assessment and issues a formal scheduling letter to the clientand assessor. The letter includes the contact information for both to facilitate direct contact.Whenever possible, GBI assigns the same assessor for both the Design Review and OnsiteAssessment. Please note that the site visit typically requires 30 days advance notice. In theweeks leading up to the site visit, the assigned assessor contacts the client to discuss theitinerary and specific details of the assessment.

Typically, the Onsite Assessment begins with an introductory meeting in which the assessor caninterview the key project players (Architect, MEP Engineers, Project Manager/Owner, GeneralContractor, etc.). Someone knowledgeable about all aspects of the project should be onsiteduring the entire visit to ensure the assessor receives the information needed to verify anyoutstanding criteria. Afterwards, one or two people can guide the assessor through the building.If any follow-up documentation is requested during the site visit, it should be sent to theassessor within one week.

After the visit, the assessor will create a Final Assessment Report that will be accessible fromthe project dashboard. The report will include score details, point variances, andrecommendations. The assessor will also create an Onsite Assessment report (PDF) that relaysthe final rating for the project. GBI reviews both the Final Assessment Report (in the project

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dashboard) and the Onsite Assessment Report (PDF) and when approved, issues them to theclient.

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Green Globes Program FeaturesOne of the defining qualities of Green Globes is its flexibility. The goal of the program is topromote the adoption of green building practices on a comprehensive scale by providing aflexible rating system that can be applied to a wide range of building types. To achieve this goal,Green Globes makes use of several important features and concepts, as follows.

Weighted Criteria

The Green Globes 1000-point scale allows for weighted criteria, wherein the assigned numberof points for individual criteria reflects their relative impact and/or benefit on the sustainability ofthe building. For example, energy is considered to be the most important area affecting thesustainability of a building, so it carries the highest point value of all the Green Globesassessment areas within the New Construction (NC), Existing Building (EB), and SustainableInteriors (SI) programs. This method emphasizes sustainable design while minimizingunnecessary "'point chasing" for criteria that are outside of the project scope or providerelatively little environmental benefit.

No Prerequisites

Prerequisites are contrary to the objectivity and scientific accuracy of the Green Globesprograms. They can be penalizing and result in building projects being excluded from greenbuilding assessment and certification. Green Globes aims to be inclusive and recognizesustainable achievements in all areas. A building is eligible for Green Globes certification whenit achieves the 35% of the applicable points (1,000 maximum points less non-applicable points).

Third-Party Assessor

Green Globes Assessors are sustainability experts, generally with more than 10 years ofapplicable industry experience, who have successfully completed GBI's Green Globes AssessorTraining Program. Once certified, Green Globes Assessors are authorized to perform GreenGlobes and Guiding Principles Compliance assessments for GBI as independent contractors.Their professional judgment is critical in the assessment process to verify point awards, todetermine criteria applicability, as well as to provide sustainability recommendations within theirassessment report. Once assigned, the client has direct access to contact the assessor forassessment guidance. Although GBI assigns Green Globes Assessors to projects, the assessordecisions and recommendations are not revised or redirected by GBI, thus ensuring assessorautonomy and their third-party status.

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Achievement Levels (ANSI/GBI 01-2019 Section 3.1)Levels of Achievement 1, 2, 3, and 4 for ANSI/GBI 01-2019 are specified in Table 1 below,alongside their Green Globes rating equivalent.

Minimum Achievement Requirements (ANSI/GBI 01-2019 Section 3.2)To achieve compliance in any of the four levels, buildings must:

1. Attain a minimum of 35% of applicable points out of the 1000 possible points available;and

2. Attain a minimum percentage of points in each environmental assessment area asdenoted in Table 2

Where calculations are used to determine points achieved, round to the nearest whole number.

TTable 2: Minimum Achievement Rable 2: Minimum Achievement Requirementsequirements

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EnvironmentalEnvironmentalAssessment AreaAssessment Area TTotal Potal Points Aoints Availablevailable

Minimum PMinimum Percentage of Percentage of Points Roints Required Forequired ForCompliance at the First LCompliance at the First Levelevel

Project Management 100 20% of applicable points

Site 150 20% of applicable points

Energy 260 20% of applicable points

Water Efficiency 190 20% of applicable points

Materials 150 20% of applicable points

Indoor Environment 150 20% of applicable points

Total 1000 (less NotApplicable points)

Non-Applicable Criteria

Within the Green Globes questionnaire, many criteria include a "non-applicable" (N/A) responseselection. This provision increases the flexibility of the tool as points that are impossible orunreasonable for a building to achieve do not result in a penalty as they would if the criteriayielded a "No" response. This feature encourages a more regional approach and recognizesdifferences—and potential conflicts—between various local codes and standards. Selecting "NotApplicable may be appropriate in the following circumstances as denoted in Table 3:

TTable 3: Minimum Achievement Rable 3: Minimum Achievement Requirementsequirements

RReasons for Use of Non-applicable Criteriaeasons for Use of Non-applicable Criteria

1 If a criterion does not apply to the building type (e.g., if there are no oil fired burners on site,questions related to oil fired burners would be designated Not Applicable).

2 If a code or regulation overrides, conflicts with, or otherwise prevents compliance with acriterion.

3 If a criterion conflicts with best practices based on regional climatic differences.

The user should only select an available N/A response within the questionnaire when there is acompelling, technical reason to do so. The non-applicable provision is not to be used whenproject teams/clients decide not to incorporate sustainability items that are part of the criteriameasured in the assessment. In those cases, the client should select a "No" response, orreconsider incorporating more sustainable features and answer the question accordingly.

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The Green Globes third-party assessor will validate all "N/A" responses during the third-partyassessment based on four primary justifications: 1) Regional/climatic applicability; 2)Jurisdictional/code conflict or inconsistency; 3) Building occupancy type; and 4) Criteria thataddress a facility, design feature, or building appurtenance that is not designated or used forthat particular project space, or is completely outside the control or influence of the client.Utilizing these four justifications, the Green Globes Assessor has the flexibility to use theirprofessional judgment to categorize additional criteria as non-applicable.

Incremental Point Awards & Partial Credit

For some Green Globes criteria, there are threshold values, which allow the incremental awardof points depending on the level of achievement. In these cases, reaching a higher thresholdearns relatively more points. The third-party assessors are permitted to use their professionaljudgment to award partial credit where deserved, even when the thresholds don't exist withinthe program.

The incorporation of these flexibility features; 1000-point scale, weighted criteria, no pre-requisites, non-applicable criteria, incremental point awards, and partial credit results in thehighest possible accuracy of the final Green Globes score and rating. This flexibility recognizesthe vast differences in building types and represents an accurate look at the nuances of everytenant improvement project.

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Environmental Assessment Areas & Point AllocationTable 4 identifies (left-to-right) the Green Globes ID number (as found in the online GreenGlobes for New Construction 2019 questionnaire), ANSI/GBI 01-2019 ID number (for easierreference to the Standard), Environmental Assessment Areas and Section titles, and maximumpoints available.

TTable 4: Environmental Assessment Areas, Sections, & Pable 4: Environmental Assessment Areas, Sections, & Point Allocationsoint Allocations

Green GlobesGreen GlobesIDID

ANSI/GBI 01-2019ANSI/GBI 01-2019IDID

AREA/Section/Sub-sectionAREA/Section/Sub-sectionMaxMaxPPointsoints

11 66 PROPROJECT MANAJECT MANAGEMENTGEMENT 1001001.1 6.1 Team & Owner Planning 451.2 6.2 Environmental Management During Construction 8

1.3 6.3Life Cycle Cost Analysis or Building Service LifePlanning

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1.4 6.4 Moisture Control Analysis 61.5 6.5 Commissioning, Systems Manuals, & Training 2922 77 SITESITE 1501502.1 7.1 Development Area 432.2 7.2 Transportation 312.3 7.3 Construction Impacts 302.4 7.4 Stormwater Management 212.5 7.5 Landscaping 212.6 7.6 Light Pollution 52.7 7.7 Wildland-Urban Interface Site Design 333 88 ENERGENERGYY 2602603.1 8.1, 8.2, 8.3 Energy Performance 1803.2 8.4 Non-Modeled Energy Efficiency Impacts 153.3 8.5 Metering, Monitoring, and Measurement 253.4 8.6 Renewable Sources of Energy 4044 99 WWAATER EFFICIENCTER EFFICIENCYY 1901904.1 9.1 Indoor Domestic Plumbing 564.2 9.2 Cooling Towers 244.3 9.3 Boilers and Hot Water Systems 104.4 9.4 Water Intensive Applications 214.5 9.5 Water Treatment 44.6 9.6 Alternate Water Sources 28

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Green GlobesGreen GlobesIDID

ANSI/GBI 01-2019ANSI/GBI 01-2019IDID

AREA/Section/Sub-sectionAREA/Section/Sub-sectionMaxMaxPPointsoints

4.7 9.7 Metering 204.8 9.8 Irrigation 2755 1010 MAMATERIALSTERIALS 1501505.1 10.1 Whole Building Life Cycle Assessment 305.2 10.2 Product Life Cycle 295.3 10.3 Product Risk Assessment 195.4 10.4 Sustainable Materials Attributes 105.5 10.5 Reuse of Existing Structures and Materials 305.6 10.6 Waste 225.7 10.7 Resources Conservation 1066 1111 INDOOR ENVIRONMENTINDOOR ENVIRONMENT 1501506.1 11.1 Air Ventilation and Quality 35

6.2 11.2Source Control and Measurement of IndoorPollutants

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6.3 11.3 Lighting Design and Systems 326.4 11.4 Thermal Comfort 236.5 11.5 Acoustic Comfort 26

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Additional Information and FootnotesAdditional Information

Some helpful hints before filling out the online questionnaire:

• For definitions used throughout this text, see Glossary at the end of this document.• To determine which climate zone a project is in, reference a Climate Zone map, which

can be found in multiple documents, including ASHRAE 90.1 (Energy Standard forBuildings Except Low-Rise Residential Buildings), the International Energy ConservationCode (IECC), and the International Green Construction Code (IgCC). A simplified versionof the map is shown below for reference. If the project's climate zone can't bedetermined from the map, consult the references above for a list of cities and theirzones.

• Items from the "Recommended Documentation" list at the end of each criterion aretypical documents that the Assessors will evaluate prior to or in conjunction with theFinal Assessment's Onsite visit and walk-through to assess compliance, though otherdocumentation may be requested or substituted prior to or during the onsite visit. Themore documentation that can be provided to the Assessor prior to the Stage II site visit,the more productive the field survey can be.

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• The project should incorporate development and simulation of at least one energymodel in order to satisfy the requirements of several criteria in the Energy section inaddition to the 3.1.1 Energy Performance subsection. Owners should be aware of thisrequirement prior to deciding to pursue Green Globes certification. Provisions should bemade with one of the design firms or with an outside consultant to include at least oneenergy model in their scope of work. The number of iterations and the detail level of themodel(s) will need to be determined by the project manager/sustainability consultantbased on which criteria will be pursued that require information or results from theenergy model(s).

Footnotes

1. construction documentsconstruction documents: all of the written and graphic documents (including BIM, CAD,and other electronic files) prepared or assembled by the architect/engineer forcommunicating the design, requirements, and administration of the project. The term“Construction Documents” also includes the Project Manual that contains the biddingforms and instructions, contract forms and conditions, and specifications, as well asdocumentation of all modifications made after the construction agreements are signed.

2. Preliminary/Final Assessment QuestionnairePreliminary/Final Assessment Questionnaire: there is one Green Globes for NewConstruction online Questionnaire that is completed twice by the project team as part ofthe full Green Globes Assessment process, which includes a Preliminary Assessmentbased on design and a Final Assessment including onsite visit.

3. approvedapproved: acceptable to the code official or authority having jurisdiction.4. Reprinted with permission from ASHRAE/IES Standard 90.1-2013, © 2013 by

ASHRAE, www.ashrae.org/standard901

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http://www.ashrae.org/standard901

Project Management 100

Team & Owner Planning 45

Performance & Green Design Goals 20

Assessment Guidance

Performance and green design goals (qualitative AND/OR quantitative) must be establishedin collaboration with the owner in writing and regularly assessed from pre-design through tocompletion of construction and occupancy. One point is earned for each writtenperformance and green design goal for the following listed items at pre-design (maximumof 8 points):

• Site design;

• Environmentally responsible construction activities;

• Water conservation, efficiency, alternate water sources, and reuse;

• Building envelope and moisture control;

• Energy efficiency;

• Materials including:

o Efficiency;

o Environmentally preferable products; and

o Storage of hazardous materials;

• Indoor environment including:

GREEN GLOBES #1.1.1.1 - ANSI #6.1.1.1Are there written performance goals for thefollowing?

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o Acoustic comfort;

o Thermal comfort;

o Lighting;

o Air quality; and

• Building resilience

References• ANSI/ASHRAE/USGBC/IES Standard 189.1-2014, Informative Appendix F: Integrated

Design• ANSI/MTS 1.0 Whole Systems Integrated Process Guide (WISP) - 2007

Recommended Documents• Facility performance evaluation• List of written performance and green design goals

Scoring Matrix

RResponseesponse ScoreScore Max PMax Pointsoints

0 0 8

1 1 8

2 2 8

3 3 8

4 4 8

5 5 8

6 6 8

7 7 8

8 8 8

24

GREEN GLOBES #1.1.1.1.1 - ANSI #6.1.1.1•Site Design

GREEN GLOBES #1.1.1.1.2 - ANSI #6.1.1.1•Environmentally responsible construction activities

GREEN GLOBES #1.1.1.1.3 - ANSI #6.1.1.1•Water conservation, efficiency, alternate water sources, and reuse

GREEN GLOBES #1.1.1.1.4 - ANSI #6.1.1.1•Building envelope and moisture control

GREEN GLOBES #1.1.1.1.5 - ANSI #6.1.1.1•Energy efficiency

GREEN GLOBES #1.1.1.1.6 - ANSI #6.1.1.1•Materials, including efficiency, environmentally preferable products, and storage ofhazardous materials

GREEN GLOBES #1.1.1.1.7 - ANSI #6.1.1.1•Indoor environment, including acoustic comfort, thermal comfort, lighting, and airquality

GREEN GLOBES #1.1.1.1.8 - ANSI #6.1.1.1•Building resilience

25



Scoring Matrix


0 0 3

1 1 3

2 2 3

3 3 3

GREEN GLOBES #1.1.1.2 - ANSI #6.1.1.1Is there evidence of reviews and assessment ofgoals prior to each of the following designstages?

GREEN GLOBES #1.1.1.2.1 - ANSI #6.1.1.1•Conceptual design

GREEN GLOBES #1.1.1.2.2 - ANSI #6.1.1.1•Design development

GREEN GLOBES #1.1.1.2.3 - ANSI #6.1.1.1•Construction documents

GREEN GLOBES #1.1.1.3 - ANSI #6.1.1.1Is there evidence of review and assessment at thefollowing stages?

26



Scoring Matrix


0 0 4

1 1 4

2 2 4

3 3 4

4 4 4

GREEN GLOBES #1.1.1.3.1 - ANSI #6.1.1.1•Pre-construction

GREEN GLOBES #1.1.1.3.2 - ANSI #6.1.1.1•25% completion

GREEN GLOBES #1.1.1.3.3 - ANSI #6.1.1.1•50% completion

GREEN GLOBES #1.1.1.3.4 - ANSI #6.1.1.1•Substantial completion

27

Assessment GuidanceThe owner must obtain the contract for Facility Performance Evaluation or Post-OccupancyStudy to evaluate how the building meets the original and emerging goals andrequirements within 18 months of being occupied.

Scoring Matrix


Yes 5 5

No 0 5

GREEN GLOBES #1.1.1.4 - ANSI #6.1.1.1Is there a written plan and contract for post-occupancy review and assessment?

• Yes (5 points)

• No (0 points)

28

Integrated Design Process 14



Recommended Documents• Progress meeting agendas, attendance rosters showing function of each attendee,

and meeting minutes

Scoring Matrix


0-5 0 5

6-9 3 5

10-17 5 5

GREEN GLOBES #1.1.2.1 - ANSI #6.1.2.1Which of the following job functions wererepresented at the Pre-Design Event?

GREEN GLOBES #1.1.2.1.1 - ANSI #6.1.2.1•Architect

GREEN GLOBES #1.1.2.1.2 - ANSI #6.1.2.1•Building Envelope Specialist

GREEN GLOBES #1.1.2.1.3 - ANSI #6.1.2.1•Civil Engineer

29

GREEN GLOBES #1.1.2.1.4 - ANSI #6.1.2.1•Commissioning Agent

GREEN GLOBES #1.1.2.1.5 - ANSI #6.1.2.1•Community Representative

GREEN GLOBES #1.1.2.1.6 - ANSI #6.1.2.1•Electrical Engineer

GREEN GLOBES #1.1.2.1.7 - ANSI #6.1.2.1•Energy Engineer

GREEN GLOBES #1.1.2.1.8 - ANSI #6.1.2.1•Facilities Manager

GREEN GLOBES #1.1.2.1.9 - ANSI #6.1.2.1•General Contractor / Construction Manager

GREEN GLOBES #1.1.2.1.10 - ANSI #6.1.2.1•Irrigation Designer

GREEN GLOBES #1.1.2.1.11 - ANSI #6.1.2.1•Landscape Architect or Designer

GREEN GLOBES #1.1.2.1.12 - ANSI #6.1.2.1•Lighting Designer / Illuminating Engineer

30

Assessment GuidanceJob functions include the following:

• Architect;

• Building Envelope Specialist;

• Civil Engineer;

GREEN GLOBES #1.1.2.1.13 - ANSI #6.1.2.1•Mechanical Engineer (Plumbing, HVAC, Refrigeration)

GREEN GLOBES #1.1.2.1.14 - ANSI #6.1.2.1•Owner's Representative

GREEN GLOBES #1.1.2.1.15 - ANSI #6.1.2.1•Structural Engineer

GREEN GLOBES #1.1.2.1.16 - ANSI #6.1.2.1•Sustainability Consultant

GREEN GLOBES #1.1.2.1.17 - ANSI #6.1.2.1•User Group Representative

GREEN GLOBES #1.1.2.2 - ANSI #6.1.2.1How many job functions were represented duringthe Conceptual or Design Phase?

• 10 or more (3 points)

• 6 to 9 (1 points)

• Fewer than 6 (0 points)

31

• Commissioning Agent;

• Community Representative;

• Electrical Engineer;

• Energy Engineer;

• Facilities Manager;

• General Contractor/Construction Manager:

• Irrigation Designer;

• Landscape Architect or Designer;

• Lighting Designer/Illuminating Engineer;

• Mechanical Engineer – Plumbing, HVAC, AND/OR Refrigeration;

• Owner’s Representative;

• Structural Engineer;

• Sustainability Consultant; AND/OR

• User Group Representative.




and meeting minutes

32

Scoring Matrix


10 or more 3 3

6 to 9 1 3

Fewer than 6 0 3

Assessment GuidanceJob functions include the following:

• Architect;


• Civil Engineer;








GREEN GLOBES #1.1.2.3 - ANSI #6.1.2.1How many job functions were represented duringthe Construction Documents phase?




33











and meeting minutes

Scoring Matrix


10 or more 3 3

6 to 9 1 3

Fewer than 6 0 3

Assessment Guidance

GREEN GLOBES #1.1.2.4 - ANSI #6.1.2.1How many job functions were represented duringthe Final Budget or Guaranteed Maximum Price(GMP) Review?




34

The Final Budget or Guaranteed Maximum Price (GMP) Review is expected to include in-depth review of the consequences of the decisions made on the project sustainabilitygoals. Job functions include the following:

• Architect;


• Civil Engineer;

















35


and meeting minutes

Scoring Matrix


10 or more 3 3

6 to 9 1 3

Fewer than 6 0 3

36

Site and Building Resilience 11

TooltipA Building Risk Assessment identifies risks to the building including continued buildingoccupancy resulting from extreme natural events, global climate change, and human activityfor the expected service life of the building.

Assessment GuidanceThe Building Risk Assessment must be conducted and provided to building owners anddesigners. The assessment identifies hazards and evaluates the probability and severity ofoccurrence of those events. These hazards include, but are not limited to, weather, flooding,seismic and volcanic events, drought, wildfire, soil stability, and terrorism.

References• NOAA NESDIS 142 Series – Regional Climate Trends and Scenarios for the U.S.

National Climate Assessment• NOAA Digital Coast• National Academies and the Climate Resilience Toolkit/Climate Explorer

Scoring Matrix


Yes 3 3

No 0 3

GREEN GLOBES #1.1.3.1 - ANSI #6.1.3.1Was a Building Risk Assessment conducted andprovided to building owners and designers?

• Yes (3 points)

• No (0 points)

GREEN GLOBES #1.1.3.2 - ANSI #6.1.3.2Was an assessment conducted to gauge thenecessity of continuous or rapid recovery ofvarious building functions during and after anextreme event?

• Yes (3 points)

• No (0 points)

37

https://coast.noaa.gov/digitalcoast/

https://toolkit.climate.gov/

Assessment GuidanceA Building Operational Continuity or Recovery Assessment is an assessment of thenecessity of continuous or rapid recovery of various building functions during and after anextreme event has been conducted.

Scoring Matrix


Yes 3 3

No 0 3

Assessment GuidanceProject Specific Design Parameters should document the findings of both the risk andbuilding function assessments, be integrated into the building design parameters, and bereflected in the final design and construction of the building.



Scoring Matrix


Yes 3 3

No 0 3

GREEN GLOBES #1.1.3.3 - ANSI #6.1.3.3Were the findings of both the risk and buildingfunction assessments integrated into the buildingdesign parameters and reflected in the finaldesign and construction?

• Yes (3 points)

• No (0 points)

38





Recommended Documents• Post-occupancy study

Scoring Matrix


Yes 2 2

No 0 2

GREEN GLOBES #1.1.3.4 - ANSI #6.1.3.4Was a building operation manual prepared thatoutlines the following?

• Actions to be taken in the event of anextreme event

• Materials to be stockpiled if continuingoccupancy is anticipated

• A timeline for regular review

• Yes (2 points)

• No (0 points)

39



Environmental Management During Construction 8

Environmental Management System (EMS) 8

GREEN GLOBES #1.2.1.1 - ANSI #6.2.1.1Were any of the following elements documented in an Emergency Management System (EMS)by the general contractor (GC) or construction manager (CM)?

Assessment GuidanceA GC/CM Environmental Policy must include policies and practices that support thehealth of humans and site-environment during construction.

Scoring Matrix


Yes 2 2

No 0 2

Assessment GuidanceA Designated GC/CM Environmental Management Plan and Compliance Manager:

• Lists their qualifications, role, responsibilities, and reporting compliancestructure (e.g., checklists, inspections, and records of compliance);

• Indicates how this information is passed along to project personnel and sub-

GREEN GLOBES #1.2.1.1.1 - ANSI #6.2.1.1.1GC/CM Environmental Policy

• Yes (2 points)

• No (0 points)

GREEN GLOBES #1.2.1.1.2 - ANSI #6.2.1.1.2Designated GC/CM EnvironmentalManagement Plan and Compliance Manager

• Yes (2 points)

• No (0 points)

40

contractors;• Describe continuous reporting mechanisms.

Scoring Matrix


Yes 2 2

No 0 2

Assessment GuidanceThe Project Ecological and Health Risk Assessment must be conducted prior to thestart of construction to identify major risks that could impact the general welfare andhealth of humans (i.e., residents, workers, visitors, and construction trades people) andthe ecological environment surrounding the immediate area of construction for thespecific project and local agency requirements.

Scoring Matrix


Yes 2 2

No 0 2

Assessment Guidance

GREEN GLOBES #1.2.1.1.3 - ANSI #6.2.1.1.3Project Ecological and Health Risk Assessment

• Yes (2 points)

• No (0 points)

GREEN GLOBES #1.2.1.1.4 - ANSI #6.2.1.1.4Construction management policy on smoking

• Yes (2 points)

• No (0 points)

41

The construction management policy must prohibit smoking within 25 ft. (7.62 m) ofthe building perimeter and construction zone during the construction phase.

Smoking is defined as the inhalation of smoke from burning tobacco, use ofelectronic-cigarettes, or other substance encased in items such as, but not limited to,cigarettes, pipes, and cigars for recreational or medical use.

Scoring Matrix


Yes 2 2

No 0 2

42

Life Cycle Cost Analysis or Building Service LifePlanning 12

LCCA or Building Service Life Planning: Path A or B 12

Scoring Matrix


(#1.3.1.1) Path A: Life Cycle Cost Analysis 0 0

(#1.3.1.2) Path B: Building Service Life Plan 0 0

GREEN GLOBES #1.3.1 - ANSI #6.3There are two paths available for assessing LifeCycle Cost Analysis or Building Service LifePlanning.

•• (#1.3.1.1) PPath A:ath A: Life Cycle Cost Analysis: 12points

OR

•• (#1.3.1.2) PPath B:ath B: Building Service Life Plan: 12points

Points cannot be combined between paths. Selectone of the paths.

• (#1.3.1.1) Path A: Life Cycle CostAnalysis

• (#1.3.1.2) Path B: BuildingService Life Plan

Criterion only visible if 1.3.1 is answered with "(#1.3.1.1) Path A: Life Cycle CostAnalysis"

GREEN GLOBES #1.3.1.1.1 - ANSI #6.3.1.1Has a life cycle cost anaylsis been performed thatincludes all of the following?

43

Assessment Guidance12 points are earned only if allall of the below items are checked.

References• ANSI/ASHRAE/USGBC/IES Standard 189.1-2014 Table 10.3.2.3• NIST Handbook 135, 1995

Recommended Documents• Capital asset plan and business case summary

Scoring Matrix


4 12 12

Assessment GuidanceGreen features may include energy/water conservation measures, energy/waterefficiency features, maintenance best practices, and/or waste reduction.

GREEN GLOBES #1.3.1.1.1.1 - ANSI #6.3.1.1•A cost of ownership financial analysis is performed on the project’s collective bundleof green features that are expected to impact:

• Project first costs;• Operation costs;• Other financial features of ownership.

44

GREEN GLOBES #1.3.1.2.1 - ANSI #6.3.2.1Is a Building Service Life Plan implemented that includes the expected service life estimatesand covers the following systems?

Assessment GuidanceThe expected service life estimates include inspection and replacement during the life ofthe building.

Provide documentation of the project design service life, the listed systems service lives,the basis for the determination, and the following details for each assembly or componentused in the building:

GREEN GLOBES #1.3.1.1.1.2 - ANSI #6.3.1.1•The analysis is a life cycle cost analysis (LCCA) that compares the life time benefits ofownership to the subsequent costs. The analysis accounts for and clearly states allcalculation assumptions related to:

• The time value of money;• Fuel escalation rates;• Other relevant operational factors that affect the cost of ownership.

GREEN GLOBES #1.3.1.1.1.3 - ANSI #6.3.1.1•The LCCA study period is not less than the expected life of the building or system.

GREEN GLOBES #1.3.1.1.1.4 - ANSI #6.3.1.1•Uses projected annual energy costs for the proposed design for this LCCA.

Criterion only visible if 1.3.1 is answered with "(#1.3.1.2) Path B: Building ServiceLife Plan"

45

• Building assembly and material description;

• Design service life in years;

• Predicted service life in years;

• Adaptability and repurposing at end of service life; and

• Maintenance frequency and maintenance access.

References• Whole Building Design Guide (WBDG), Section 01 81 10 (01120), 2001• Preparing a Building Service life plan for Green Buildings, Dru Meadows, 2014• ISO 15686 (series), 2014• ANSI/ASHRAE/USGBC/IES Standard 189.1-2014, Section 10.3.2.3• CSA S478-95 (R2007): Guideline on Durability in Buildings

Recommended Documents• Building service life plan

Scoring Matrix


Yes 2 2

No 0 2

GREEN GLOBES #1.3.1.2.1.1 - ANSI #6.3.2.1.1Structural systems

• Yes (2 points)

• No (0 points)

46

Scoring Matrix


Yes 2 2

No 0 2

Scoring Matrix


Yes 2 2

No 0 2

Scoring Matrix


Yes 2 2

No 0 2

GREEN GLOBES #1.3.1.2.1.2 - ANSI #6.3.2.1.2Building envelope including facades, doors,and windows

• Yes (2 points)

• No (0 points)

GREEN GLOBES #1.3.1.2.1.3 - ANSI #6.3.2.1.3Building roof system

• Yes (2 points)

• No (0 points)

GREEN GLOBES #1.3.1.2.1.4 - ANSI #6.3.2.1.4Mechanical, electrical, plumbing, fireprotection, and energy generation systems

• Yes (2 points)

• No (0 points)

47

Scoring Matrix


Yes 2 2

No 0 2

Scoring Matrix


Yes 2 2

No 0 2

GREEN GLOBES #1.3.1.2.1.5 - ANSI #6.3.2.1.5Site hardscape

• Yes (2 points)

• No (0 points)

GREEN GLOBES #1.3.1.2.1.6 - ANSI #6.3.2.1.6Furnishing and interior fit-out

• Yes (2 points)

• No (0 points)

48

Moisture Control Analysis 6

Moisture Control Design Analysis 6

Assessment GuidanceNot applicable where there are no spaces of added moisture.

References• ANSI/ASHRAE Standard 160-2009: Criteria for Moisture Control Design Analysis in

Buildings

Scoring Matrix


Yes 3 3

No 0 3

N/A 0 0

Assessment Guidance

GREEN GLOBES #1.4.1.1 - ANSI #6.4.1.1Was a moisture control design analysis performedon walls and ceilings adjacent to spaces of addedmoisture?

• Yes (3 points)

• No (0 points)

• N/A

GREEN GLOBES #1.4.1.2 - ANSI #6.4.1.1Was moisture control design analysis performedon above-grade portions of the buildingenvelope?

• Yes (3 points)

• No (0 points)

49

The analysis is completed in accordance with ASHRAE 160-2009 or a steady-state watervapor transmission analysis for the purpose of predicting, mitigating, or reducing moisturedamage to the building envelope, materials, components, systems, and furnishings.

References• ANSI/ASHRAE Standard 160-2009: Criteria for Moisture Control Design Analysis in

Buildings

Scoring Matrix


Yes 3 3

No 0 3

50

Commissioning or Systems Manual & Training 29

Commissioning or Systems Manual & Training: Path A or B 29

Scoring Matrix


(#1.5.1.1) Path A: Building Commissioning and Training 0 0

(#1.5.1.2) Path B: Systems Manual and Training 0 0

GREEN GLOBES #1.5.1.1.1 - ANSI #6.5.1.1Were commissioning and building operator training conducted for the following buildingsystems?

GREEN GLOBES #1.5.1 - ANSI #6.5There are two paths available for assessingCommissioning or Systems Manual & Training.

•• (#1.5.1.1) PPath A:ath A: Building Commissioning andTraining: 29 points

OR

•• (#1.5.1.2) PPath B:ath B: Systems Manual and Training:20 points


• (#1.5.1.1) Path A: BuildingCommissioning and Training

• (#1.5.1.2) Path B: SystemsManual and Training

Criterion only visible if 1.5.1 is answered with "(#1.5.1.1) Path A: BuildingCommissioning and Training"

51

Assessment GuidanceTraining is in accordance with ANSI/ASHRAE/IES Standard 202–2013, CommissioningProcess for Buildings and Systems, and ASHRAE Guideline 0-2013, The CommissioningProcess.

Recommended Documents• Final Commissioning Report, Systems Manual, training syllabus and evidence of

completion

Scoring Matrix


Yes 6 6

No 0 6

Scoring Matrix


Yes 6 6

No 0 6

GREEN GLOBES #1.5.1.1.1.1 - ANSI #6.5.1.1.1HVAC&R systems and controls

• Yes (6 points)

• No (0 points)

GREEN GLOBES #1.5.1.1.1.2 - ANSI #6.5.1.1.2Building envelope

• Yes (6 points)

• No (0 points)

52

Scoring Matrix


Yes 6 6

No 0 6

Scoring Matrix


Yes 2 2

No 0 2

Assessment GuidanceNot applicable if there are no irrigation systems.

GREEN GLOBES #1.5.1.1.1.3 - ANSI #6.5.1.1.3Lighting systems and controls

• Yes (6 points)

• No (0 points)

GREEN GLOBES #1.5.1.1.1.4 - ANSI #6.5.1.1.4Plumbing

• Yes (2 points)

• No (0 points)

GREEN GLOBES #1.5.1.1.1.5 - ANSI #6.5.1.1.5Irrigation systems

• Yes (2 points)

• No (0 points)

• N/A

53

Scoring Matrix


Yes 2 2

No 0 2

N/A 0 0

Scoring Matrix


Yes 2 2

No 0 2

Assessment GuidanceNot applicable if there are no elevating/conveying systems.

GREEN GLOBES #1.5.1.1.1.6 - ANSI #6.5.1.1.6Electrical system including all renewableelectrical generation

• Yes (2 points)

• No (0 points)

GREEN GLOBES #1.5.1.1.1.7 - ANSI #6.5.1.1.7Elevating and conveying systems

• Yes (1 points)

• No (0 points)

• N/A

54

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

Assessment GuidanceNot applicable if there are no communications OR sound masking systems.

Scoring Matrix


Yes 2 2

No 0 2

N/A 0 0

Assessment Guidance

GREEN GLOBES #1.5.1.1.1.8 - ANSI #6.5.1.1.8Communication AND/OR Sound Maskingsystems

• Yes (2 points)

• No (0 points)

• N/A

GREEN GLOBES #1.5.1.1.1.9 - ANSI #6.5.1.1.9Other significant functional AND/OR energysystems that account for 10% or more of thetotal building energy use that have beenadequately described.

• Yes (2 points)

• No (0 points)

55

The other significant functional AND/OR energy systems must be approved by theassessor and described in the final submission, as well as the total building energyuse.

Scoring Matrix


Yes 2 2

No 0 2

Recommended Documents• Systems Manual, training syllabus and evidence of training completion

Scoring Matrix


Yes 10 10

No 0 10

Criterion only visible if 1.5.1 is answered with "(#1.5.1.2) Path B: Systems Manualand Training"

GREEN GLOBES #1.5.1.2.1 - ANSI #6.5.2.1Is a systems manual produced in accordance withASHRAE Guideline 0-2013, The CommissioningProcess, Informative Annex O – Systems Manual,Sections 4 to 10, inclusive?

• Yes (10 points)

• No (0 points)

56

Recommended Documents• Systems Manual, training syllabus and evidence of training completion

Scoring Matrix


Yes 10 10

No 0 10

Criterion only visible if 1.5.1 is answered with "(#1.5.1.2) Path B: Systems Manualand Training"

GREEN GLOBES #1.5.1.2.2 - ANSI #6.5.2.2Is conduct systems training in accordance withASHRAE Guideline 0-2013, The CommissioningProcess, Informative Annex P – Training Manualand Training Needs?

• Yes (10 points)

• No (0 points)

57

Site 150

Development Area 43

Urban Infill and Urban Sprawl 14

Scoring Matrix


Yes 14 14

No 0 14

GREEN GLOBES #2.1.1.1 - ANSI #7.1.1.1Is the building being constructed on a previouslydeveloped site that has been served by existingutility and transportation infrastructure for at leasta full year prior to construction?

• Yes (14 points)

• No (0 points)

58

Greenfields, Brownfields, and Floodplains 29

Recommended Documents• Documentation by EPA, municipal, or other governmental authority of Superfund

and Brownfield site

Scoring Matrix


Yes 14 14

No 0 14

Assessment Guidance

GREEN GLOBES #2.1.2.1 - ANSI #7.1.2.1Is the building being constructed on a brownfieldor remediated Superfund site?

• Yes (14 points)

• No (0 points)

GREEN GLOBES #2.1.2.2 - ANSI #7.1.2.2Does the project avoid being located on all of thefollowing?

• On or adjacent to sensitive natural sites oron land that was a sensitive natural site forat least three years prior to time ofpurchase or from the start of project

• A site that was used for farmland, publicrecreation, or a public park for at leastthree years prior to the time of purchaseor from the start of the project

• Within or adjacent to a wildland-urbaninterface area where established by thelegislative body with jurisdiction

• Yes (6 points)

• No (0 points)

• N/A

59

Examples of a sensitive natural site include land that is forest or woodland area, savannah,prairie, wetland, undeveloped riparian zones, or wildlife corridor.

Not applicable where the legislative body with jurisdiction has not declared a wildland-urban interface area.

References• United States Department of Agriculture, The 2010 Wildland-Urban Interface of the

Continuous United• ICC, 2015 International Wildland-Urban Interface Code• Executive Order 13728: Wildland-Urban Interface Federal Risk Mitigation, 2016

Recommended Documents• Pre-construction site documentation• Landscaping plans• Community resilience, climate action, or similar mitigation plan• Site civil plans and existing site civil plans• Government maps of wildland-urban interface areas

Scoring Matrix


Yes 6 6

No 0 6

N/A 0 0

Assessment GuidanceNot applicable where no areas in the local jurisdiction fall within the 100-year floodplain.

GREEN GLOBES #2.1.2.3.1 - ANSI #7.1.2.3.1Does the project avoid construction or sitedisturbance in the 100-year floodplain?

• Yes (9 points)

• No (0 points)

• N/A

60

https://www.nrs.fs.fed.us/pubs/48642


https://www.gpo.gov/fdsys/pkg/FR-2016-05-20/pdf/2016-12155.pdf

References• ASCE/SEI 24-14 “Flood Resistant Design and Construction”(2014)• FEMA Technical Bulletin 2/2008

Recommended Documents• Pre-construction site documentation• Floodplain map• Zoning maps• Construction Documents

Scoring Matrix


Yes 9 9

No 0 9

N/A 0 0

Criterion only visible if 2.1.2.3.1 is answered with "No"

61

Assessment GuidanceFor walking distance to developed residential land, the facility also earns points if they meetthe requirements of Green Globes ID 2.21.1 / ANSI ID 7.2.1.1 or 2.2.1.7 / 7.2.1.7.

Buildings and structures assigned a risk category of III or IV in Table 1604.5 of the 2012International Building Code will not be located within a 500-year floodplain is not required ifthe entire jurisdiction is located within the 100-year floodplain. If the entire jurisdiction islocated within the 500-year floodplain, then the facility is built outside the 100-yearfloodplain. This requirement is not applicable where no areas in the local jurisdiction fallwithin the 500-year floodplain.

References• ASCE/SEI 24-14 “Flood Resistant Design and Construction”(2014)• FEMA Technical Bulletin 2/2008

Recommended Documents• Pre-construction site documentation• Floodplain map

GREEN GLOBES #2.1.2.3.2 - ANSI #7.1.2.3.2If the project will be constructed or disturb the100-year floodplain, will all of the below bestpractices concerning floodplains take place?

• Elevate Buildings and additions in thefloodplain to a minimum of 3 ft. (.9 m)above the 100-year floodplain or are builtto allow water to flow through or underthe lowest floor.

• The facility is within 0.25 mi (0.4 km)walking distance of developed residentialland of at least 8 dwelling units per acre.

• Buildings and structures assigned a riskcategory of III or IV in Table 1604.5 of the2012 International Building Code will notbe located within a 500-year floodplain.

• Yes (6 points)

• No (0 points)

62

• Zoning maps• Construction Documents

Scoring Matrix


Yes 6 6

No 0 6

63

Transportation 31

Transportation 31

Assessment GuidanceA rapid transit stop must comprise of the following:

• Served by a transit route that offers service with single direction intervals no longerthan 15 minutes during peak hours and 30-minute single direction intervals duringoff-peak hours for a minimum of 14 hours each weekday;

• Single direction intervals no longer than 1 hour and operating at a minimum of 14hours at least one day each weekend.

Local transit includes public transit that uses the same right-of-way as automobiles AND forwhich the distance between stops averages less than 0.33 mi (0.5 km). Rapid transit refersto all other types of public transit.

Intervals may also be called headways.

References• ASTM E2844-15, Standard Specification for Demonstrating that a Building’s Location

Provides Access to Public Transit

Recommended Documents• Site civil plans, existing site civil plans, and civil engineering plans

GREEN GLOBES #2.2.1.1 - ANSI #7.2.1.1Is the building entrance within 0.25 mi (0.4 km)walking distance of a local transit stop or 0.5 mi(0.8 km) walking distance of a rapid transit stop?

• Yes (10 points)

• No (0 points)

64

Scoring Matrix


Yes 10 10

No 0 10


Scoring Matrix


Yes 1 1

No 0 1

Assessment Guidance

GREEN GLOBES #2.2.1.2 - ANSI #7.2.1.2Is there designated preferred parking for car/vanpooling, and shelter from weather for personswaiting for transportation serving carpools ortransit?

• Yes (1 points)

• No (0 points)

GREEN GLOBES #2.2.1.3 - ANSI #7.2.1.3Are there alternative refueling facilities or electriccharging stations located on site or within 0.25 mi(0.4 km) of the site?

• Yes (2 points)

• No (0 points)

• N/A

65

Not applicable where this strategy is not possible or where the project will have no parkingassociated with the building.


Scoring Matrix


Yes 2 2

No 0 2

N/A 0 0

Assessment GuidanceThe existing dedicated bicycle lane must comprise of the following:

• The path, lane, or associated bicycle network connects within 5 mi (8.05 km) to atransit stop as described in Green Globes ID 2.211 / ANSI ID 7.2.1.1 or to thedeveloped residential land of at least 8 dwelling units per acre.

• There is reasonable, unobstructed access between the bicycle lane or shared use[multi-user] path and the bicycle parking facilities or the building entrance.


GREEN GLOBES #2.2.1.4 - ANSI #7.2.1.4Is a building entrance located within 0.25 mi (0.4km) of a public bicycle path, shared use [multi-user] path, or road with an existing dedicatedbicycle lane?

• Yes (2 points)

• No (0 points)

66

Scoring Matrix


Yes 2 2

No 0 2

References• The Association of Pedestrian and Bicycle Professionals, Bicycle Parking Guidelines,

2nd Edition (2010)

Scoring Matrix


Yes 1 1

No 0 1

GREEN GLOBES #2.2.1.6 - ANSI #7.2.1.6Are the below best practices for facilities for Bicycle Commuting and Long-Term BicycleParking available?

GREEN GLOBES #2.2.1.5 - ANSI #7.2.1.5Is a bicycle parking rack located within 50 ft.(15.24 m) of an entrance, and is it either readilyvisible from a main entrance, or is signageindicating the location posted at main entrances?

• Yes (1 points)

• No (0 points)

67

Assessment GuidanceThe building occupant load must be established in accordance with the InternationalBuilding Code.

Recommended Documents• Narrative stating total expected full-time building occupants

Scoring Matrix


Yes 2 2

No 0 2

GREEN GLOBES #2.2.1.6.1 - ANSI #7.2.1.6.1Is sheltered bicycle parking provided for thefollowing?

• At least 10% of building occupantsAND shower and changing facilitiesare provided within the buildingproject.

OR

• At least 50% of units in a multi-familyresidential building.

• Yes (2 points)

• No (0 points)

68

Assessment GuidanceOnly applicable if 2 points are achieved for 2.2.1.6.1.

Recommended Documents• Narrative stating total expected full-time building occupants

Scoring Matrix


Yes 2 2

No 0 2

GREEN GLOBES #2.2.1.6.2 - ANSI #7.2.1.6.2Are at least 50% of the sheltered bicycleparking located inside the building or withinstorage lockers or another area that providessecurity of a locked room or cage secured bya keyed, cipher, or electronic lock and theability to lock the bicycle to a rack within thatspace?

• Yes (2 points)

• No (0 points)

GREEN GLOBES #2.2.1.6.3 - ANSI #7.2.1.6.3Is the building located within 0.25 mi (0.4 km)walking distance of a bike share facility?

• Yes (1 points)

• No (0 points)

69

Scoring Matrix


Yes 1 1

No 0 1

Assessment GuidanceNeighborhood assets are open to the general public, in operation, and as a group haveNAICS codes that start with a minimum of three different numbers.

References• Walk Score• North American Industry Classification System.(NAICS)• ASTM E2843-16a Standard Specification for Demonstrating That a Building is in

Walkable Proximity to Neighborhood Assets

GREEN GLOBES #2.2.1.7 - ANSI #7.2.1.7Concerning the building's Walkscore:

• The building’s Walkscore® is 90or greater (10 points)

• The building’s Walkscore® is 75- 89 (7 points)

• A building entrance is within0.5 mi walking distance of sixneighborhood assets (7 points)

• A building entrance is within0.5 mi walking distance of agrocery store and three otherneighborhood assets (7 points)

• None of the above (0 points)

70

https://v3.greenglobes.com/www.walkscore.com

http://www.census.gov/eos/www/naics/

Scoring Matrix

RResponseesponse ScoreScoreMaxMaxPPointsoints

The building’s Walkscore® is 90 or greater 10 10

The building’s Walkscore® is 75 - 89 7 10

A building entrance is within 0.5 mi walking distance of six neighborhoodassets

7 10

A building entrance is within 0.5 mi walking distance of a grocery storeand three other neighborhood assets

7 10

None of the above 0 10

71

Construction Impacts 30

Site Erosion 5

Scoring Matrix


(#2.3.1.1) Path A: Erosion and Sedimentation Control Plan 0 0

(#2.3.1.2) Path B: Erosion and Sedimentation Control Specifications 0 0

GREEN GLOBES #2.3.1 - ANSI #7.3.1There are two paths available for assessingerosion and sedimentation:

• (#2.3.(#2.3.1.1.1) P1) Path A:ath A: Erosion andSedimentation Control Plan: 5 points

OR

• (#2.3.(#2.3.1.2) P1.2) Path B:ath B: Erosion andSedimentation Control Specifications: 5points


• (#2.3.1.1) Path A: Erosion andSedimentation Control Plan

• (#2.3.1.2) Path B: Erosion andSedimentation ControlSpecifications

Criterion only visible if 2.3.1 is answered with "(#2.3.1.1) Path A: Erosion andSedimentation Control Plan"

72

Assessment GuidanceNot applicable where projects are interior-only.

References• U.S. Environmental Protection Agency (EPA) National Pollutant Discharge Elimination

System (NPDES) Permit Programs

Recommended Documents• Erosion and sediment control plan

Scoring Matrix


Yes 5 5

No 0 5

N/A 0 0

GREEN GLOBES #2.3.1.1.1 - ANSI #7.3.1.1.1Is an Erosion and Sedimentation Control Plan,signed and stamped by a professional engineeror designer approved by the authority havingjurisdiction, included in the constructiondocuments?

• Yes (5 points)

• No (0 points)

• N/A

Criterion only visible if 2.3.1 is answered with "(#2.3.1.2) Path B: Erosion andSedimentation Control Specifications"

73

http://www.epa.gov/region1/npdes/permits/permit_final_ms4.pdf


Assessment GuidanceExamples of each of the best practices are below.

Construction Site Planning and Management Measures: construction sequencing,construction site operator BMP inspection and maintenance, preserving natural vegetation

Erosion Control: articulated concrete block, chemical stabilization, compost blankets, dustcontrol, flocculants, geotextiles, gradient terraces, mulching, riprap, seeding, sodding, soilretention, soil roughening, temporary slope drain, temporary stream crossings, wind fencesand sand fences

Runoff Control: check dams, grass-lined channels, permanent slope diversions, temporarydiversion dikes

Sediment Control: brush barriers, compost filter berms, compost filter socks, constructionentrances, fiber rolls, filter berms, sediment basins and rock dams, sediment filters andsediment chambers, sediment traps, silt fences, storm drain inlet protection, straw or haybales, vegetated buffers

GREEN GLOBES #2.3.1.2.1 - ANSI #7.3.1.2.1Have the following best practices as appropriateto the site for erosion and sediment control duringconstruction been implemented?

• Construction Site Planning andManagement Measures

• Erosion Control• Runoff Control• Sediment Control• Good Housekeeping/Materials

Management

• Yes (5 points)

• No (0 points)

• N/A

74

Good Housekeeping/Materials Management: concrete washout, general construction sitewaste management, spill prevention, and control plan, vehicle maintenance and washingareas at construction sites

Not applicable where the lot is larger than one acre or projects are interior-only.

References• U.S. EPA’s Construction Site Stormwater Runoff Control - Menu of Best Management

Practices

Recommended Documents• Construction Documents

Scoring Matrix


Yes 5 5

No 0 5

N/A 0 0

75

Site Disturbance 5

Assessment GuidanceExamples of construction activities intended to specifically improve the natural integrity ofthe site include removing invasive plant species, replacing existing hardscapes withvegetation, restoring prairie or wetlands, or increasing on-site water retention by buildingrain gardens, swales, retention ponds, or berms.

Not applicable where projects are interior-only.

Scoring Matrix


Yes 5 5

No 0 5

N/A 0 0

GREEN GLOBES #2.3.2.1 - ANSI #7.3.2.1Do construction activities avoid going beyond 40ft. (12.2 m) of the building footprint(s) and remainwithin 5 ft. (1.5 m) of parking lots, roadways,sidewalks and utility right-of-ways except wherethe intent of the construction activities areintended to specifically improve the naturalintegrity of the site?

• Yes (5 points)

• No (0 points)

• N/A

76

Tree and Shrub Preservation 6

Assessment GuidanceA certified arborist, a landscape architect, or a certified professional landscape designerprovides plans and specifications that are used by the general contractor or constructionmanager to protect retained trees and shrubs from disturbance and soil compaction.

Base Calculations on the area of canopy coverage provided by trees and shrubs prior toclearing and construction activity.

Calculations exclude plants that will be removed because they are unhealthy, invasive orotherwise inappropriate for site conditions (e.g., have water, soil, light, or otherrequirements that are inconsistent with the site).

If an area is covered by overlapping layers of plants, it is not counted multiple times, (i.e.,the maximum canopy coverage for any site is 100%).

Not applicable where the site has no existing trees or shrubs or where existing plants donot qualify for calculation of canopy coverage, such as those that are invasive or in poorhealth.

References• Sustainable Sites Initiative, SITES v2 Rating System, (2014)• Invasive plant lists published by regional invasive plant councils• International Society of Arboriculture’s “Avoiding Tree Damage During Construction,”

GREEN GLOBES #2.3.3.1 - ANSI #7.3.3.1What percentage of the canopy of existing treesand shrubs is retained and protected duringconstruction?

• > 90% (6 points)

• ≥75% and ≤90% (5 points)

• ≥50% and <75% (4 points)

• < 50% (0 points)

• N/A

77

http://www.sustainablesites.org/resources

http://www.na-ipc.org/ipcs/

http://www.treesaregood.com/treecare/resources/AvoidingTreeDamage.pdf

(2011)

Recommended Documents• Tree preservation plan or landscaping or civil engineering plans that document the

protection of existing trees during construction• Ten-year hardscape shading plan• Shade site plan• Landscaping plans

Scoring Matrix


> 90% 6 6

≥75% and ≤90% 5 6

≥50% and <75% 4 6

< 50% 0 6

N/A 0 0

78


Mitigating Heat Island Effect 14

Assessment GuidanceWhere used to comply, shading trees are to be existing, non-invasive plants that areretained on site or newly, non-invasive planted trees that will provide shade within 10 years.

• For a roof slope less than or equal to 2:12, a minimum initial SRI of 78 or greater or athree-year aged SRI of 60 or greater;

• For a roof slope greater than 2:12, a minimum initial SRI of 29 or greater or a three-year-aged SRI of 25 or greater.

References• USDA National Invasive Species Information Center• State and local university or college landscape reference guide• Cool Roof Rating Council

Recommended Documents• Shade site plan• Roof plans

GREEN GLOBES #2.3.4.1 - ANSI #7.3.4.1Does the building have a vegetated roof, isshaded during summer months, AND/OR has aroof with a high Solar Reflectance Index (SRI)?

• ≥40% of the roof is vegetatedor shaded (0 points)

• <40% of the roof has a high SRI(0 points)

• Neither (0 points)

• N/A

79

http://www.invasivespeciesinfo.gov/plants/main.shtml

https://v3.greenglobes.com/www.coolroofs.org

Scoring Matrix


≥40% of the roof is vegetated or shaded 0 0

<40% of the roof has a high SRI 0 6

Neither 0 6

N/A 0 0




References• Cool Roof Rating Council

Recommended Documents• Roof plans

Criterion only visible if 2.3.4.1 is answered with "≥40% of the roof is vegetatedor shaded"

GREEN GLOBES #2.3.4.1.1 - ANSI #7.3.4.1What percentage of the roof has a high initialSolar Reflectance Index (SRI) as prescribed basedon the slope of the roof?

• >70% (3 points)

• 56%-70% (2 points)

• 40%-55% (1 points)

80


Scoring Matrix


>70% 3 3

56%-70% 2 3

40%-55% 1 3




References• Cool Roof Rating Council

Recommended Documents• Roof plans

Criterion only visible if 2.3.4.1 is answered with "≥40% of the roof is vegetatedor shaded"

GREEN GLOBES #2.3.4.1.2 - ANSI #7.3.4.1What percentage of the roof has a high three-year-aged SRI?

• >70% (3 points)

• >50% and ≤70% (2 points)

• 40%-55% (1 points)

81


Scoring Matrix


>70% 3 3

>50% and ≤70% 2 3

40%-55% 1 3

Assessment Guidance7.3.4.2.1 - Solar Reflectance: Hardscape surfaces with a solar reflectance (SR) value of atleast 0.28 are used. New concrete and concrete masonry without additional coloredpigment are deemed to comply without additional testing.

o Not applicable for interior-only projects.

7.3.4.2.2 - Shading: Where the hardscape surfaces are not shaded by the primary buildingstructures (either the building project or other existing buildings), hardscape surfacesoutside the building footprint are intended to be shaded by trees or other vegetation within10 years. Take the shading measurement at noon Standard Time on the Summer Solsticeand document in the shading plan

7.3.4.2.3 - Permeable Surfaces: At least 50% of installed hardscape area (walkways, patios,driveways, etc.) uses permeable materials. Permeable materials include one or more of thefollowing:

GREEN GLOBES #2.3.4.2 - ANSI #7.3.4.2What percentage of hardscape surfaces areaddressed by one or more of the followingstrategies?

• Solar Reflectance• Shading• Permeable Surfaces

• ≥50% (5 points)

• ≥25% and <50% (3 points)

• <25% (0 points)

• N/A

82

• Clay or concrete paver with pervious joints/openings;• Bricks;• Gravel;• Vegetative paving systems;• Mulch;• Pervious concrete;• Porous asphalt; AND/OR• Open-grid pavement system (at least 50% unbound)

Not applicable where there are no hardscape surfaces.

Recommended Documents• Ten-year hardscape shading plan• Site civil plans• Photo-documentation• Landscaping plans• Construction Documents

Scoring Matrix


≥50% 5 5

≥25% and <50% 3 5

<25% 0 5

N/A 0 0

Assessment Guidance

GREEN GLOBES #2.3.4.3 - ANSI #7.3.4.3Do at least 75% of opaque wall surfaces (by area)on the east, west, and south have an SRI of 29 orgreater, are covered by or are designed to becovered by, non-invasive vegetation AND/OR avegetative wall during the summer months?

• Yes (3 points)

• No (0 points)

• N/A

83

New concrete or concrete masonry without additional colored pigment is deemed tocomply without additional testing.

Not applicable for climate zone 6, 7, and 8.

References• ASTM E1980-11, Standard Practice for Calculating Solar Reflectance Index of

Horizontal and Low-Sloped Opaque Surfaces

Recommended Documents• Landscaping plans• Pre-construction site documentation• Construction Documents

Scoring Matrix


Yes 3 3

No 0 3

N/A 0 0

84

Stormwater Management 21

Stormwater Management 21

Assessment GuidanceThe site must retain at least the 95th percentile storm volume as per a site water balanceassessment, to be included in the stormwater management report.

Not applicable for interior-only projects.

References• Technical Guidance on Implementing the Stormwater Runoff Requirements for

Federal Projects 2009• U.S. Environmental Protection Agency (EPA) National Stormwater Calculator

Recommended Documents• Storm water discharge plan• Soil boring reports• Site plans, including all areas of hardscape

GREEN GLOBES #2.4.1.1 - ANSI #7.4.1.1Has a civil engineer made a stormwatermanagement report that includes the following?

• The site retains at least the95th percentile storm volumeas per a site water balanceassessment. (17 points)

• Yes, but the site does NOTretain at least the 95thpercentile storm volume as pera site water balanceassessment. (0 points)

• Neither of the above (0 points)

• N/A

85

http://www.epa.gov/nrmrl/wswrd/wq/models/swc/

• Percolation test results• Civil AND/OR landscaping drawings indicating drainage• Area rainfall charts

Scoring Matrix


The site retains at least the 95th percentile storm volume as per a sitewater balance assessment.

17 17

Yes, but the site does NOT retain at least the 95th percentile storm volumeas per a site water balance assessment.

0 0

Neither of the above 0 17

N/A 0 0

Assessment GuidanceThe project must meet whichever is more stringent:a minimum of 80% Total SuspendedSolids (TSS) removal or complies with municipal AND/OR local watershed water qualitycontrol targets.

Criterion only visible if 2.4.1.1 is answered with "Yes, but the site does NOTretain at least the 95th percentile storm volume as per a site water balanceassessment."

GREEN GLOBES #2.4.1.1.1 - ANSI #7.4.1.1.1Does the project meet a minimum of 80% TotalSuspended Solids (TSS) removal or complies withmunicipal AND/OR local watershed water qualitycontrol targets?

• Yes (3 points)

• No (0 points)

86

Scoring Matrix


Yes 3 3

No 0 3

Scoring Matrix


Yes 1 1

No 0 1


GREEN GLOBES #2.4.1.1.2 - ANSI #7.4.1.1.2Is there 50% annual average total phosphorus(TP) removal assuming typical pollutantconcentrations in urban runoff?

• Yes (1 points)

• No (0 points)


GREEN GLOBES #2.4.1.1.3 - ANSI #7.4.1.1.3Is there a target removal of alkalinity below 10 mgCaCO3/L

• Yes (1 points)

• No (0 points)

87

Assessment GuidanceInfiltration is not to be used as a treatment method if the site is located within 0.25 mi (0.4km) of a lake or wetland.

Scoring Matrix


Yes 1 1

No 0 1

Scoring Matrix


Yes 1 1

No 0 1


GREEN GLOBES #2.4.1.1.4 - ANSI #7.4.1.1.3Is there a target removal for nitrate + nitritereduction of 40%?

• Yes (1 points)

• No (0 points)


88

Scoring Matrix


Yes 1 1

No 0 1

Assessment GuidanceHardscapes and structures exclude pervious walkways 48 in. (121.9 cm) or less in width.

Document the distance on the site plan.

Water bodies and waterways include:

• Oceans;• Lakes;• Rivers;• Streams;• Estuaries;• Bays;• Wetlands;• Springs, or seeps;• Ravines;• Arroyos; AND/OR• Canyons.

GREEN GLOBES #2.4.1.1.5 - ANSI #7.4.1.1.3Is there a target removal of pH below 6.5?

• Yes (1 points)

• No (0 points)

GREEN GLOBES #2.4.1.2 - ANSI #7.4.1.2Are hardscapes and structures located 100 ft.(30.5 m) or more from a natural body of water ornatural waterway on or adjacent to the site?

• Yes (4 points)

• No (0 points)

• N/A

89

Waterways may be intermittently dry provided they define channeled flow of water whenwet.

Not applicable where the body of water is a retention pond or constructed wetland, or is aconstructed feature that receives all stormwater runoff.

Recommended Documents• Soil boring reports• Site plans, including all areas of hardscape• Civil AND/OR landscaping drawings indicating drainage• Area rainfall charts

Scoring Matrix


Yes 4 4

No 0 4

N/A 0 0

90

Landscaping 21

Landscaping 21

GREEN GLOBES #2.5.1.1 - ANSI #7.5.1.1Was a landscape design planned and installed as follows?

Assessment GuidanceWhere an irrigation system is installed, refer to Water Efficiency, Section 9.8, Irrigation.

References• Agroforestry Note 38 – Landscape planning for environmental benefits USDA

Natural Resources Conservation Service, (2008)• State and local university or college landscape reference guide• Cooperative Extension Research, Education and Extension Service (USDA CSREES)

- Local Cooperative Extension System Offices

Recommended Documents• Site plans• Project specifications• Project drawings• Landscape and irrigation plan

GREEN GLOBES #2.5.1.1.1 - ANSI #7.5.1.1.1Developed by a landscape architect, certifiedprofessional landscape designer, certifiedhorticulturalist, or other qualified professional;AND shows the natural light conditions of thesite; AND structural limitations that wouldimpact the location and growth of plants.

• Yes (3 points)

• No (0 points)

• N/A

91

http://www.csrees.usda.gov/Extension/


Assessment GuidanceExamples of structural limitations are shading, utilities, overhangs, lights.

Not applicable where there is no room for landscaping.

Scoring Matrix


Yes 3 3

No 0 3

N/A 0 0

Assessment GuidanceNot applicable where there is no room for landscaping.

Scoring Matrix


Yes 3 3

No 0 3

N/A 0 0

GREEN GLOBES #2.5.1.1.2 - ANSI #7.5.1.1.2Identifies existing soil types, and the installedlandscape incorporates appropriate soilpreparation and drainage to support rootdevelopment for vegetation planned for thesite.

• Yes (3 points)

• No (0 points)

• N/A

92

Assessment GuidanceWebsite or literature that indicates the given plant(s) are drought-tolerant or require little tono supplemental water for the specific region is required documentation.

Only applicable when the determination of plant invasiveness is guided by a list or lists that:

• cover the appropriate geographical region;

AND

• are not limited to noxious weeds.

Not applicable where there is no room for landscaping.

References• WaterSense®’s “What to Plant”• 2016 Invasive Species Compendium• Federal and state noxious weed lists• USDA National Invasive Species Information Center• State and local university or college landscape reference guide

Recommended Documents• Landscape and irrigation plan• Local or regional plant list

GREEN GLOBES #2.5.1.2 - ANSI #7.5.1.2What percentage of the vegetated area uses non-invasive and drought tolerant plants?

• >75% (3 points)

• ≥50 and ≤75% (2 points)

• ≥25 and <50% (1 points)

• <25% (0 points)

• N/A

93

https://www3.epa.gov/watersense/outdoor/what_to_plant.html

http://www.cabi.org/isc

http://plants.usda.gov/java/noxComposite


Scoring Matrix


>75% 3 3

≥50 and ≤75% 2 3

≥25 and <50% 1 3

<25% 0 3

N/A 0 0

Assessment GuidanceNot applicable where there is no room for landscaping.

Recommended Documents• Local or regional plant list• Landscape and irrigation plan

GREEN GLOBES #2.5.1.3 - ANSI #7.5.1.3What percentage of the vegetated area iscovered with plants (new, retained, or salvagedplantings) that are native?

• >75% (4 points)

• >50 and ≤75% (3 points)

• >32 and ≤50% (2 points)

• ≥20 and ≤32% (1 points)

• <20% (0 points)

• N/A

94

Scoring Matrix


>75% 4 4

>50 and ≤75% 3 4

>32 and ≤50% 2 4

≥20 and ≤32% 1 4

<20% 0 4

N/A 0 0

Assessment GuidanceNot applicable where all of the landscaping is a preserved natural area or where there is noroom for landscaping.

Recommended Documents• Local or regional plant list• Landscape and irrigation plan

Scoring Matrix


Yes 2 2

No 0 2

N/A 0 0

GREEN GLOBES #2.5.1.4 - ANSI #7.5.1.4Does the landscape design show that plants withsimilar water requirements are grouped togetheron the site?

• Yes (2 points)

• No (0 points)

• N/A

95

GREEN GLOBES #2.5.1.5 - ANSI #7.5.1.5Does the building project support on-site agriculture accessible to building users oremployees in any of the following ways?

Assessment GuidanceNot applicable for interior-only projects.

References• Xerces Society for Invertebrate Conservation, Pollinator-Friendly Plant Lists• Pollinator Partnership, Ecoregional Planting Guides

Recommended Documents• Site plans• Project specifications• Project drawings• Local or regional plant list• Landscape and irrigation plan


GREEN GLOBES #2.5.1.5.1 - ANSI #7.5.1.5.1Rooftop garden(s), edible landscape(s), foodforest, or community garden is installed on-site.

• Yes (2 points)

• No (0 points)

• N/A

96

http://www.xerces.org/pollinator-conservation/plant-lists

http://www.pollinator.org/guides

Scoring Matrix


Yes 2 2

No 0 2

N/A 0 0


Scoring Matrix


Yes 2 2

No 0 2

N/A 0 0

Assessment Guidance

GREEN GLOBES #2.5.1.5.2 - ANSI #7.5.1.5.225% of vegetated area is dedicated topollinator-friendly plantings or an apiary.

• Yes (2 points)

• No (0 points)

• N/A

GREEN GLOBES #2.5.1.5.3 - ANSI #7.5.1.5.3Chicken coop, aquaponics farm, AND/ORgreenhouse is installed on-site.

• Yes (2 points)

• No (0 points)

• N/A

97

Not applicable for interior-only projects.

Scoring Matrix


Yes 2 2

No 0 2

N/A 0 0

98

Exterior Light Pollution 5

Exterior Light Pollution: Path A or B 5

Scoring Matrix


(#2.6.1.1) Path A: Lighting Design Performance 0 0

(#2.6.1.2) Path B: Prescriptive Lighting Requirements 0 0

GREEN GLOBES #2.6.1 - ANSI #7.6There are two paths available for assessingexterior light pollution:

• (#2.6.1.1) PPath A:ath A: Lighting DesignPerformance: 5 points

OR

• (#2.6.1.2) P) Path B:ath B: Prescriptive LightingRequirements: 5 points


• (#2.6.1.1) Path A: Lighting DesignPerformance

• (#2.6.1.2) Path B: PrescriptiveLighting Requirements

Criterion only visible if 2.6.1 is answered with "(#2.6.1.1) Path A: Lighting DesignPerformance"

99

Assessment GuidanceNot applicable where there is no site lighting.

References• IDA – IES Model Lighting Ordinance (MLO, 2011)

Recommended Documents• Electrical engineer’s site lighting plan with illuminance computations spaced no

more than 10 ft. (3.05 m) apart

Scoring Matrix


Yes 5 5

No 0 5

N/A 0 0

Assessment Guidance

GREEN GLOBES #2.6.1.1 - ANSI #7.6.1.1Has an engineer or lighting professional created alighting design that meets all the performancerequirements of the IDA - IES Model LightingOrdinance?

• Yes (5 points)

• No (0 points)

• N/A

Criterion only visible if 2.6.1 is answered with "(#2.6.1.2) Path B: PrescriptiveLighting Requirements"

GREEN GLOBES #2.6.1.2.1 - ANSI #7.6.2.1Does exterior lighting avoid exceeding prescribedvalues for the amount of light per unit of the area?

• Yes (1 points)

• No (0 points)

• N/A

100

Not applicable where there is no exterior lighting.

References• IDA – IES Model Lighting Ordinance (MLO), Tables A and B, 2011

Recommended Documents• Exterior lighting plans• Cut-sheets and calculations

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

Assessment GuidancePrescribed ratings are per IDA – IES Model Lighting Ordinance (MLO), Table C for thefollowing:

• Backlight trespass;• Uplight trespass; and• Glare


GREEN GLOBES #2.6.1.2.2 - ANSI #7.6.2.2Does exterior lighting trespass avoid exceedingprescribed Backlight, Uplight and Glare (BUG)ratings?

• Yes (3 points)

• No (0 points)

• N/A

101

Not applicable where there is no exterior lighting.

References• IDA – IES Model Lighting Ordinance (MLO), Tables C, C1, C2, 2011

Recommended Documents• Path taken for compliance to the MLO• Exterior lighting plans

Scoring Matrix


Yes 3 3

No 0 3

N/A 0 0

Assessment GuidanceNot applicable where there is no parking lot lighting.

Recommended Documents• Zoning ordinance requirements• Narrative describing which lighting zone the property falls under• Exterior lighting plans


GREEN GLOBES #2.6.1.2.3 - ANSI #7.6.2.3Does parking lot lighting avoid emitting lightabove 90 degrees from the vertical axis?

• Yes (1 points)

• No (0 points)

• N/A

102

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

103

Wildland-Urban Interface Site Design 3

Wildland-Urban Interface Site Design 3

104

GREEN GLOBES #2.7.1.1 - ANSI #7.7.1.1Concerning wildland-urban interface site design,are all of the below items true?

• A fire protection engineer or certified firemarshal determined that the site wildland-urban interface hazard is moderate, highor extreme.

AND

• The project achieves points for GreenGlobes ID 2.2.11 / ANSI ID7.2.1.1 or GreenGlobes ID 2.2.17 / ANSI ID 7.2.1.7 or iswithin 0.25 mi (0.4 km) walking distance ofdeveloped residential land of at least 8dwelling units per acre.

AND

• The site is designed to comply with themost recent International Wildland-UrbanInterface Code.

AND

• Excluding athletic fields and agriculture,greater than 50% of the vegetation on siteachieves points for Green Globes Section2.5.12 / ANSI 7.5.1.2 for drought tolerantplants, and greater than 50% of thevegetation on site achieves points forGreen Globes Section 2.5.1.3 / ANSI 7.5.1.3for native plants.

AND

• A fire protection engineer or certified firemarshal has inspected the completed sitewithin 90 days prior to project certification

• Yes (3 points)

• No (0 points)

• N/A

105

References• ICC, 2015 International Wildland-Urban Interface Code

Scoring Matrix


Yes 3 3

No 0 3

N/A 0 0

106

Energy 260

Energy Performance 180

Energy Performance: Path A, B, or C 180

Scoring Matrix


(#3.1.1.1) Path A: Performance - ANSI/ASHRAE/IES Standard 90.1-2010,Appendix G

0 0

(#3.1.1.2) Path B: Performance - Building Carbon Dioxide Equivalent(CO2E)

0 0

(#3.1.1.3) Path C: Prescriptive 0 0

GREEN GLOBES #3.1.1 - ANSI #8.1, 8.2, 8.3Three paths are provided for assessing energyperformance.

•• (#3.1.1.1) PPath Aath A: Performance - ANSI/ASHRAE/IESStandard 90.1-2010, Appendix G: 180 points

OR

•• (#3.1.1.2) PPath Bath B: Performance - Building CarbonDioxide Equivalent (CO2e) Emissions: 180 points

OR

•• (#3.1.1.3) PPath C:ath C: Prescriptive: 111 points

Points cannot be combined between paths. Selectone of the paths to view its respective criteria.

• (#3.1.1.1) Path A: Performance -ANSI/ASHRAE/IES Standard90.1-2010, Appendix G

• (#3.1.1.2) Path B: Performance -Building Carbon DioxideEquivalent (CO2E)

• (#3.1.1.3) Path C: Prescriptive

107

Assessment GuidanceEnergy cost calculations may include price components based on time of day and demandif these are available. Credit for demand-saving measures, cogeneration, and energystorage may be claimed by utilizing rate schedules that reflect the billing rates in effect forthe local utility, rather than using EIA state average utility rates.

The energy modeling report must include a narrative describing energy efficiency measuresin the project along with input and output reports sufficient to verify the modeling approachused to demonstrate the higher level of performance, including key assumptions andmethods used to determine the inputs. The report may include tabular summaries of:

• Building envelope performance (permit document tabulation for the enclosure, suchas COMcheck forms);

• HVAC system capacities and efficiencies;• Lighting power densities and control methods;• Schedules for occupancy, equipment, and HVAC;• Assumptions for plug and process loads; AND/OR• ENERGY STAR® Target Finder results or other benchmarking comparisons for the

baseline and proposed models.

Criterion only visible if 3.1.1 is answered with "(#3.1.1.1) Path A: Performance -ANSI/ASHRAE/IES Standard 90.1-2010, Appendix G"

GREEN GLOBES #3.1.1.1.1 - ANSI #8.1.1.1Does the building comply with minimumperformance based requirements of ANSI/ASHRAE/IES Standard 90.1-2010 or the 2012IECC?

AND

Does the building demonstrate an improvementover an ANSI/ASHRAE/IES Standard 90.1-2010baseline using Appendix G?

• Yes

• No

108

In addition to the energy modeling report, include the following documentation:

• Description of any variances between models for plug and process loads.• Documentation of basis for utility rates used in whole-building energy model.• People moving equipment will be modeled identically in the proposed and baseline

buildings, and credit taken appropriately in Section 8.4 Non-Modeled EnergyEfficiency Statement of energy cost savings rounded to one-tenth of a percent.

References• International Energy Conservation Code (IECC) 2012• ANSI/ASHRAE/IESNA Standard 90.1-2010

Recommended Documents• Energy Modeling Report

Scoring Matrix


Yes 0 0

No 0 0

Criterion only visible if 3.1.1 is answered with "(#3.1.1.1) Path A:Performance - ANSI/ASHRAE/IES Standard 90.1-2010, Appendix G"

GREEN GLOBES #3.1.1.1.1.1 - ANSI #8.1.1.1What is the percentage improvement overbaseline demonstrated by the energy model?

109

Scoring Matrix


0 0 180

1 4 180

2 8 180

3 12 180

4 16 180

5 20 180

6 24 180

7 28 180

8 32 180

9 36 180

10 40 180

11 44 180

12 48 180

13 52 180

14 56 180

15 60 180

16 64 180

17 68 180

18 72 180

19 76 180

20 80 180

21 84 180

110


22 88 180

23 92 180

24 96 180

25 100 180

26 104 180

27 108 180

28 112 180

29 116 180

30 120 180

31 124 180

32 128 180

33 132 180

34 136 180

35 140 180

36 144 180

37 148 180

38 152 180

39 156 180

40 160 180

41 164 180

42 168 180

43 172 180

44 176 180

111


45-100 180 180

Assessment GuidanceReduction in carbon dioxide equivalent (CO2e) emissions over the baseline building iscalculated using the following formula:

Percent reduction in CO2e =100 X (1 – PER/BER), where:◦ The Baseline Equivalent Emission Rate (BER) is the baseline building’s

carbon dioxide equivalent (CO2e) emission rate.◦ PER is the proposed building’s carbon dioxide equivalent (CO2e) emission

rate.◦ PER is less than BER.

Baseline Equivalent Emission RBaseline Equivalent Emission Rate (BER) Calculationsate (BER) Calculations

BER is calculated using the following formula:

BER = (baseline Energy Use Intensity (EUI)) X product of [(percentage of each fuel inthe annual energy fuel mix for the planned building type and location) X (CO2eEmission Factor for each fuel)], where:

◦ The baseline building’s site Energy Use Intensity (EUI) is determined usingENERGY STAR Target Finder.

◦ The baseline building’s site EUI is 35% better than the Energy PerformanceRating (Target Finder) score of 50.

◦ The annual energy fuel mix for the baseline building is determined from

Criterion only visible if 3.1.1 is answered with "(#3.1.1.2) Path B: Performance -Building Carbon Dioxide Equivalent (CO2E)"

GREEN GLOBES #3.1.1.2.1 - ANSI #8.2.1.1Does the building achieve more than a 50%reduction in carbon dioxide equivalent (CO2e)emissions over the baseline building?

• Yes

• No

112

DOE-EIA and reported at the top of Target Finder’s Results page.◦ The CO2e emission factor for each fuel in the baseline building’s annual

energy fuel mix can be found in Table 8.1.1- A.

Proposed Equivalent Emission RProposed Equivalent Emission Rate (PER) Calculationsate (PER) Calculations

PER is calculated using the following formula:

PER = (proposed EUI) X product of [(percentage of each fuel in the annual energy fuelmix for the proposed building) X (CO2e Emission Factor for each fuel)], where:

◦ The proposed building’s Energy Use Intensity (EUI) is calculated using acomputer-based simulation program that conforms to the requirementsoutlined in Section 506 of the 2009 International Energy Conservation Codeor ANSI/ASHRAE/IES Standard 90.1-2010, Appendix G, Section G2.2.

◦ Determine the Proposed Building’s Equivalent Emission Rate (PER) byperforming an EUI calculation for the proposed building using the energyperformance requirements specified by Table G3.1 Modeling Requirementsfor Calculating Proposed and Baseline Building Performance in ANSI/ASHRAE/IES Standard 90.1-2010. Only the Proposed Building Performancecolumn is used for modeling the PER.

◦ Use the annual energy fuel mix planned for the proposed building for thiscalculation.

◦ The CO2e emission factor for each fuel in the proposed building’s annualenergy fuel mix can be found in ANSI/GBI 01-2019 Green GlobesAssessment Protocol for Commercial Buildings, Table 8.2.1-A.

TTable 8.2.able 8.2.1 - A: CO1 - A: CO22e Emission Factorse Emission Factors

113

For projects that have concerns about the potential results for U.S., Canada, or globalprojects based on applicability of Target Finder, contact GBI Chief Engineer or assignedGreen Globes Assessor for an alternate compliance path.

References• ANSI/GBI 01-2019 Green Globes Assessment Protocol for Commercial Buildings

Recommended Documents• PER, BER, and CO2e emission reduction calculations

114

https://www.thegbi.org/ansi

• Lighting design permit documents (e.g. COMcheck reports)• ENERGY STAR Target Finder results• Energy simulation program's inputs and results

Scoring Matrix


Yes 0 0

No 0 0

References• ANSI/GBI 01-2019 Green Globes Assessment Protocol for Commercial

Buildings

Recommended Documents• PER, BER, and CO2e emission reduction calculations• Lighting design permit documents (e.g. COMcheck reports)• ENERGY STAR Target Finder results• Energy simulation program's inputs and results

Criterion only visible if 3.1.1 is answered with "(#3.1.1.2) Path B:Performance - Building Carbon Dioxide Equivalent (CO2E)"

GREEN GLOBES #3.1.1.2.1.1 - ANSI #8.2.1.1What is the percentage reduction in C02eemissions above the baseline?

115



Scoring Matrix


0-50 0 180

51 4 180

52 8 180

53 12 180

54 16 180

55 20 180

56 24 180

57 28 180

58 32 180

59 36 180

60 40 180

61 44 180

62 48 180

63 52 180

64 56 180

65 60 180

66 64 180

67 68 180

68 72 180

69 76 180

70 80 180

71 84 180

116


72 88 180

73 92 180

74 96 180

75 100 180

76 104 180

77 108 180

78 112 180

79 116 180

80 120 180

81 124 180

82 128 180

83 132 180

84 136 180

85 140 180

86 144 180

87 148 180

88 152 180

89 156 180

90 160 180

91 164 180

92 168 180

93 172 180

94 176 180

117


95-100 180 180

GREEN GLOBES #3.1.1.3 - ANSI #8.3Compliance with Path C earns points based on the minimum prescriptive requirements ofreferenced codes and standards and building characteristics or best practices that are relatedto energy efficiency.

Assessment GuidanceThe same standard must be used to determine all factors.

References• ANSI/ASHRAE/IES Standard 90.1-2013, Section 5• 2015 IECC, Section C402

Criterion only visible if 3.1.1 is answered with "(#3.1.1.3) Path C: Prescriptive"

Criterion only visible if 3.1.1 is answered with "(#3.1.1.3) Path C:Prescriptive"

GREEN GLOBES #3.1.1.3.1 - ANSI #8.3.1.1.1BUILDING ENVELBUILDING ENVELOPE AND FORMOPE AND FORM

Thermal RThermal Resistance and Tesistance and Transmittanceransmittance

What standard will be used to determineprescriptive requirements for opaque andfenestration elements of the buildingenvelope?

• 2015 International EnergyConservation Code (IECC)

• ANSI/ASHRAE/IES Standard90.1-2013

118

https://www.ashrae.org/technical-resources/standards-and-guidelines/read-only-versions-of-ashrae-standards

Scoring Matrix


2015 International Energy Conservation Code (IECC) 0 0

ANSI/ASHRAE/IES Standard 90.1-2013 0 0

Assessment Guidance


GREEN GLOBES #3.1.1.3.2 - ANSI #8.3.1.1.1Do all opaque and fenestration elements ofthe building envelope have a window-to-wallratio less than or equial to 40%, and meet orexceed prescriptive requirements of the 2015IECC (section C402) or ANSI/ASHRAE/IESStandard 90.1-2013, Section 5?

• There is a 10% or greaterdecrease in U-factor, C-factor,F-factor, and SHGC (10points)

• There is a 5-9% decrease inU-factor, C-factor, F-factor,and SHGC (8 points)

• The R-value/RSI-value or U-factor, C-factor, F-factor; andfenestration, U-factor, andSHGC meet or exceed thespecified prescriptiverequirements (5 points)

• They do not meet or exceedthe specified prescriptiverequirements (0 points)

119

All of the opaque and fenestration elements of the building envelope must have awindow-to-wall ratio less than or equal to 40% and comply with at least one of thefollowing:

• The thermal transmittance (U-factor), thermal conductance (C-factor), F-factor,and SHGC are less than those in the 2015 IECC, Section C402, or ANSI/ASHRAE/IES Standard 90.1-2013, Section 5, by 10%, except for these itemswhere the factors must meet the 2015 IECC or ANSI/ASHRAE/IES Standard90.1-2013:

◦ Opaque elements in Climate Zones 1 through 3◦ SHGC for north and south-oriented fenestration◦ In cases where the r-value or SHGC are NR (no requirement).

• Demonstrate that the U-factor, C-factor, F-factor, and SHGC are less than thosein the 2015 IECC, Section C402, or ANSI/ASHRAE/IES Standard 90.1-2013,Section 5, by 5%, except for these items where the factors must meet the 2015IECC or ANSI/ASHRAE/IES Standard 90.1-2013:

◦ Opaque elements in Climate Zones 1 through 3◦ SHGC for north and south-oriented fenestration◦ In cases where the r-value or SHGC are NR (no requirement).

• The thermal resistance (R-value/RSI-value) or the thermal transmittance (U-factor), thermal conductance (C-factor), and F-factor; and for fenestration, theU-factor and SHGC meet or exceed the prescriptive requirements of the 2015IECC, section C402, or ANSI/ASHRAE/IES Standard 90.1-2013, section 5.5.

References• ANSI/ASHRAE/IES Standard 90.1-2013, Section 5• 2012 IECC, Section C402• 2015 IECC, Section C402

Recommended Documents• List of thermal resistance or thermal transmittance factors, thermal

conductance factors, and F-factors• List of SGHC values including calculations for overall performance

120


• Construction Documents

Scoring Matrix


There is a 10% or greater decrease in U-factor, C-factor, F-factor, andSHGC

10 10

There is a 5-9% decrease in U-factor, C-factor, F-factor, and SHGC 8 10

The R-value/RSI-value or U-factor, C-factor, F-factor; and fenestration,U-factor, and SHGC meet or exceed the specified prescriptiverequirements

5 10

They do not meet or exceed the specified prescriptive requirements 0 10

Assessment Guidance


GREEN GLOBES #3.1.1.3.3 - ANSI #8.3.1.2.1OrientationOrientation

Per orientation of the building, what is the ratioof west fenestration to total fenestration andthe ratio of east fenestration to totalfenestration?

• The ratio is less than or equalto 1/6 (10 points)

• The ratio is greater than 1/6but less than or equal to 1/5(6 points)

• The ratio is greater than 1/5but less than or equal to 1/4(2 points)

• The ratio is greater than 1/4(0 points)

121

The building should be oriented such that the ratio of the west fenestration to the totalfenestration and the ratio of the east fenestration to the total fenestration is between¼ and 1/6.

Recommended Documents• Site plans• Fenestration ratios for north/south and east/west orientations• Construction Documents

Scoring Matrix


The ratio is less than or equal to 1/6 10 10

The ratio is greater than 1/6 but less than or equal to 1/5 6 10

The ratio is greater than 1/5 but less than or equal to 1/4 2 10

The ratio is greater than 1/4 0 10

Assessment Guidance


GREEN GLOBES #3.1.1.3.4 - ANSI #8.3.2.1.1LIGHTINGLIGHTING

Interior Lighting PInterior Lighting Powerower

Does total interior lighting power density (LPD)comply with ANSI/ASHRAE/IES Standard90.1-2013 or 2015 IECC?

• Compliant with ANSI/ASHRAE/IES Standard90.1-2013 (5 points)

• Compliant with 2015 IECC (5points)

• No (0 points)

122

The total interior lighting power density (LPD) of the building must be less than thereferenced standard. Base calculations for LPD on either the whole-building methodor space-by-space method.

The control factors from Table 9.6.3 in 90.1-2013 are used to achieve or exceed LPDtargets.

Account for high-end trim or Institutional tuning in all spaces where it is present byusing a control factor of 0.15 for the purposes of scoring this item.

References• ANSI/ASHRAE/IES Standard 90.1-2013• 2015 IECC

Scoring Matrix


Compliant with ANSI/ASHRAE/IES Standard 90.1-2013 5 5

Compliant with 2015 IECC 5 5

No 0 5

Assessment GuidanceOne additional point is earned for each 2% beyond the requirements of ANSI/ASHRAE/IES Standard 90.1-2013 or 2015 IECC up to an additional 15 points.


GREEN GLOBES #3.1.1.3.5 - ANSI #8.3.2.1.1What is the total percentage beyond therequirements of either ANSI/ASHRAE/IESStandard 90.1-2013 or 2015 IECC?

123


References• ANSI/ASHRAE/IES Standard 90.1-2013• 2015 IECC

Scoring Matrix


0-1 0 0

2-3 1 1

4-5 2 2

6-7 3 3

8-9 4 4

10-11 5 5

12-13 6 6

14-15 7 7

16-17 8 8

18-19 9 9

20-21 10 10

22-23 11 11

24-25 12 12

26-27 13 13

28-29 14 14

30-50 15 15


124


Assessment GuidanceOne or more of the following provides automatic control:

• Occupancy or vacancy sensors;• Building control system based on timer or schedule, for example:

◦ Time switch;◦ Automatic relays controlled by BAS;◦ Embedded controls; or

• Other control signal.

Lighting control zones consist of up to 25,000 ft.2 (2,322.6 m2) on a single floor.

Not applicable where lighting control could endanger occupant safety in a space,patient care space, AND/OR dwelling units and guest rooms, or where local codeprohibits such systems.

Recommended Documents• Lighting plans with controls information or separate lighting controls plan

Scoring Matrix


Yes 2 2

No 0 2

N/A 0 0

GREEN GLOBES #3.1.1.3.6 - ANSI #8.3.2.2.1Interior AInterior Automatic Light Shutoff Controlsutomatic Light Shutoff Controls

Do all spaces have automatic controls that turnoff non-twenty-four-hour lighting based onoccupancy or time schedule?

• Yes (2 points)

• No (0 points)

• N/A

125

Assessment GuidanceIn all regularly occupied spaces that use at least 0.5 W/ft2 (5.4 W/m2) of lightingpower, more than 90% of light fixtures must have lighting controls that can reduce thelighting load by at least 50% from full lighting power using any of the followingtechnologies:

• Dimming: Continuous dimming of the lamps or luminaires from 100% to at least10% of full light output;

• Multi-level Lighting: Lighting with at least 5 control steps including ON andOFF; or

• Bi-level lighting: Dual switching of alternate rows or luminaires; Switching ofindividual lamps independently of adjacent lamps within a luminaire.

Not applicable where spaces use less than 0.5 W/ft2 (5.4W/m2).

Recommended Documents


GREEN GLOBES #3.1.1.3.7 - ANSI #8.3.2.3.1Lighting LLighting Level Controlevel Control

Do more than 90% of light fixtures in regularlyoccupied spaces reduce the lighting load by atleast 50% from full lighting power using listedtechnologies?

• More than 90% of lightfixtures have continuouslydimmable light reductioncontrols (3 points)

• More than 90% of the lightfixtures have multi-levellighting (2 points)

• There is bi-level lightingcontrol (1 points)

• No (0 points)

• N/A

126

• Lighting plans with controls information or separate lighting controls plan

Scoring Matrix


More than 90% of light fixtures have continuously dimmable lightreduction controls

3 3

More than 90% of the light fixtures have multi-level lighting 2 3

There is bi-level lighting control 1 3

No 0 3

N/A 0 0


127

Assessment GuidanceProviding bi-level overhead lighting in conjunction with separate task lighting ispermitted for compliance. Not applicable for buildings that will have no private offices(less than 250 ft2 (23.23 m2)) or open office workstation areas.

Scoring Matrix


More than 90% of light fixtures have continuously dimmablepersonal lighting control

3 3

More than 90% of the light fixtures have multi-level lighting 2 3

There is bi-level control of overhead lighting and separate tasklights

1 3

No 0 3

N/A 0 0

GREEN GLOBES #3.1.1.3.8 - ANSI #8.3.2.3.2Can occupants in private offices less than 250ft2 (23.23 m2) and in open office workstationareas adjust their direct overhead lightinglevels via continuous dimming or multi-levellighting?

• More than 90% of lightfixtures have continuouslydimmable personal lightingcontrol (3 points)

• More than 90% of the lightfixtures have multi-levellighting (2 points)

• There is bi-level control ofoverhead lighting andseparate task lights (1 points)

• No (0 points)

• N/A

128

Assessment GuidanceExcludes spaces that are not regularly occupied, such as, but not limited to,mechanical spaces and storage areas.

Not applicable where spaces would be functionally compromised by daylighting.

References• ANSI/ASHRAE/IES Standard 90.1-2013, Section 3


GREEN GLOBES #3.1.1.3.9 - ANSI #8.3.2.4.1DaylightingDaylighting

Does the building meet the following?

• For buildings two stories or less abovegrade: a minimum of 50% of the totalcombined floor area is in a daylightarea.

OR

• For buildings three or more storiesabove grade: a minimum of 25% of thetotal combined floor area is in adaylight area.

AND

Control Lighting in the primary and secondarydaylight areas with daylight responsivedimming plus OFF.

• Yes, the building meets therequirements (3 points)

• No (0 points)

• N/A

129


Scoring Matrix


Yes, the building meets the requirements 3 3

No 0 3

N/A 0 0

Assessment GuidanceBase this percentage upon the horizontal projected area of the skylight and roof,without overhangs.


GREEN GLOBES #3.1.1.3.10 - ANSI #8.3.2.4.2Does a minimum 2% of the roof area consist ofskylights that comply with the requirements ofSections 5 and 9 of ASHRAE Standard90.1-2013?

Earning this credit is contingent on complianceEarning this credit is contingent on compliancewith the daylight control credit 3.with the daylight control credit 3.1.3.1.3.10 (ANSI10 (ANSI8.3.2.5.8.3.2.5.1).1).

• 5% or more of the roofconsists of skylights (3points)

• More than 3% but less than5% of the roof consists ofskylights (2 points)

• 2 to 3% of the roof consistsof skylights (1 points)

• Less than 2% of the roofconsists of skylights (0points)

• N/A

130

Earning this credit is contingent on compliance with 3.Earning this credit is contingent on compliance with 3.1.3.1.3.10 Control for Daylit Zones10 Control for Daylit Zones(ANSI 8.3.2.5.(ANSI 8.3.2.5.1).1).

Not applicable where the building is located in Climate Zones 7 or 8.

References• ANSI/ASHRAE/IES Standard 90.1-2013, Section 9• ANSI/ASHRAE/IES Standard 90.1-2013, Section 5

Scoring Matrix


5% or more of the roof consists of skylights 3 3

More than 3% but less than 5% of the roof consists of skylights 2 3

2 to 3% of the roof consists of skylights 1 3

Less than 2% of the roof consists of skylights 0 3

N/A 0 0


131



TooltipAutomatic daylight responsive lighting controls lower power consumption of thelighting system when daylight is available.

Assessment GuidanceCredit for 3.1.3.9 (ANSI 8.3.2.4.2) can be earned only if points are earned for thiscriterion.

References• ANSI/ASHRAE/IES Standard 90.1-2013


GREEN GLOBES #3.1.1.3.11 - ANSI #8.3.2.5.1Control for Daylit ZonesControl for Daylit Zones

Do primary and secondary daylight zones [use90.1-2013 definitions for daylight zones] controllighting with automatic daylight responsivelighting controls that lower the powerconsumption of the lighting system whendaylight is available?

• There is automaticcontinuous daylight dimmingto OFF control of all thegeneral lighting in bothprimary and secondary zones(3 points)

• There is automaticdaylighting switching to OFFcontrol of the general lightingin primary zone andsecondary daylight zones (2points)

• There is no daylighting as itwould be detrimental to theintended use of more than90% of the building area (2points)


132


Scoring Matrix


There is automatic continuous daylight dimming to OFF control of allthe general lighting in both primary and secondary zones

3 3

There is automatic daylighting switching to OFF control of the generallighting in primary zone and secondary daylight zones

2 3

There is no daylighting as it would be detrimental to the intended useof more than 90% of the building area

2 3


Assessment GuidanceAdditional control requirements to earn LPD credit include:

• Deactivating lighting when sufficient daylight is available; and• Shutting off façade and landscape lighting between midnight and business


GREEN GLOBES #3.1.1.3.12 - ANSI #8.3.2.6.1Exterior LExterior Luminaires and Controlsuminaires and Controls

Do exterior LPDs comply with or improve uponANSI/ASHRAE/IES Standard 90.1-2013 Section9.4.3 for exterior lighting power density?

• LPDs are 20% below ANSI/ASHRAE/IES Standard90.1-2013 (2 points)

• LPDs meet ANSI/ASHRAE/IES Standard 90.1-2013 (1points)

• No (0 points)

• N/A

133

opening, or other similar hours approved by the AHJ.

Not applicable where there are no exterior luminaries.


Recommended Documents• LPD calculations and results (COMcheck is one acceptable calculation

method)

Scoring Matrix


LPDs are 20% below ANSI/ASHRAE/IES Standard 90.1-2013 2 2

LPDs meet ANSI/ASHRAE/IES Standard 90.1-2013 1 2

No 0 2

N/A 0 0


134


Assessment GuidanceNot applicable where there are no garage or parking lot general lighting fixtures.


Scoring Matrix


All garage and parking lot general lights are controlled to more thanone lighting level

2 2

50% of the garage and parking lot general lighting is controlled tomore than one lighting level

1 2

No 0 2

N/A 0 0

GREEN GLOBES #3.1.1.3.13 - ANSI #8.3.2.6.2Is pole lighting in parking lots and garageluminaires controlled such that at least 50% ofthe lighting power is automatically reducedduring periods of no activity detected in thelighting zone?

• All garage and parking lotgeneral lights are controlledto more than one lightinglevel (2 points)

• 50% of the garage andparking lot general lighting iscontrolled to more than onelighting level (1 points)

• No (0 points)

• N/A

135

Assessment GuidanceThe central Building Automation System (BAS) must encompass all systems that affectbuilding energy performance, lighting, and thermal comfort including all of thefunctionality listed below:

• A series of direct digital controllers (DDC) interconnected by a local areanetwork and accessible by a web browser;

• Open communication protocols (e.g., BACnet) to allow interoperabilitybetween building systems and control vendors;

• Energy management and monitoring software that provides:◦ Start/stop control for HVAC equipment;◦ Control of economizer cycles and heat recovery equipment; and◦ Control of minimum outdoor ventilation air;

• Log of trending, scheduling, set-point adjustments, event information, alarminformation, confirmation of operators, and execution of global commands;and

• Monitoring of fire safety systems, security systems, and elevator controlsystems to prompt emergency operating modes of HVAC and lightingsystems.

Not applicable where buildings are under 20,000 ft.2 (1,858.06 m2).


GREEN GLOBES #3.1.1.3.14 - ANSI #8.3.3.1.1HVHVAAC SC SYYSSTEMS AND CONTROLSTEMS AND CONTROLS

Building ABuilding Automation Sutomation System (BAystem (BAS)S)

Is there a central Building Automation System(BAS) encompassing all systems that affectbuilding energy performance, lighting, andthermal comfort including all listedfunctionality?

• Yes (1 points)

• No (0 points)

• N/A

136

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

Assessment GuidanceSection 3.3 Metering, Monitoring, and Measurement (ANSI 8.5) lists metering andsubmetering criteria from which the BAS must be able to accept and collate data.

Not applicable where buildings are under 20,000 ft.2 (1,858.06 m2).

References• ANSI/GBI 01-2019 Green Globes Assessment Protocol for Commercial

Buildings, Section 8.5

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0


GREEN GLOBES #3.1.1.3.15 - ANSI #8.3.3.1.2Does the BAS have the capability to acceptand collate data generated by any and allmetering equipment per Section 3.3 Metering,Monitoring, and Measurement?

• Yes (1 points)

• No (0 points)

• N/A

137

https://www.thegbi.org/content/misc/ANSI-GBI_01-2019_Publication_-_final_6-14-19_.pd


Assessment GuidanceNot Applicable where the building does not use mechanical cooling.

9090..1-20131-2013TTableable

EquipmentEquipment

Table6.8.1-1

Unitary A/C and condensing units

Table6.8.1-2

Unitary and applied heat pumps


GREEN GLOBES #3.1.1.3.16 - ANSI #8.3.3.2.1Cooling EquipmentCooling Equipment

Does cooling equipment base efficiency meetANSI/ASHRAE/IES Standard 90.1-2013efficiency requirements with respect to COP,EER, IEER, and SEER?

OR

Does the building not use mechanical cooling?

• Performance is 10% higherthan the requirements ofANSI/ASHRAE/IES Standard90.1-2013 (5 points)


• Performance is equivalent tothe requirements of ANSI/ASHRAE/IES Standard90.1-2013 (1 points)

• No (0 points)

• N/A

138

Table6.8.1-3

Water-chilling packages

Table6.8.1-4

PTAC, PTHP, single-package vertical A/C and heat pumps, room air-conditioners, and room A/C heat pumps

Table6.8.1-9

Variable refrigerant flow A/C (multisplit) systems

Table6.8.1-10

Variable refrigerant flow air-to-air and applied heat pumps

Table6.8.1-11

Computer room A/C and condensing units

A weighted average improvement over efficiency must be provided by the designengineer based on the capacity for projects with multiple applicable types ofequipment. Air-conditioning units constituting less than 1% of the total capacity may beomitted from the calculation.

Cooling systems that utilize hydronic heat rejection must also include measures tominimize fan power in order to earn efficiency credits under this section. Any of thefollowing measures are used in cooling towers to reduce fan energy consumption:

• Two-speed fans;• Variable speed fans; AND/OR• Measures that allow operation at reduced fan power during part-load

operation.

Heat rejection equipment must comply with minimum efficiency levels in ANSI/ASHRAE/IES Standard 90.1-2013, Table 6.8.1-7.

Table 6.8.1-10 also covers water source products.


139


Scoring Matrix


Performance is 10% higher than the requirements of ANSI/ASHRAE/IES Standard 90.1-2013

5 5


3 5

Performance is equivalent to the requirements of ANSI/ASHRAE/IESStandard 90.1-2013

1 5

No 0 5

N/A 0 0

TooltipHVAC systems typically account for the largest energy consumption in a building aswell as contribute to occupant comfort and satisfaction.

Assessment GuidanceCooling equipment technology includes, but is not limited to, the following:

• Unitary A/C and condensing units,• Unitary and applied heat pumps,• Water-chilling packages,• PTAC, PTHP, single-package vertical A/C and heat pumps, room air-

conditioners, and room A/C heat pumps,


GREEN GLOBES #3.1.1.3.16.1 - ANSI #8.3.3.2.1Describe the cooling equipment technologyand list the manufacturer.

140

• Variable refrigerant flow A/C (multisplit) systems,• Variable refrigerant flow air-to-air, applied heat pumps, and water source

products, or• Computer room A/C and condensing units.

Assessment GuidanceNot Applicable where the building does not use heating systems.


GREEN GLOBES #3.1.1.3.17 - ANSI #8.3.3.3.1Heating EquipmentHeating Equipment

Does heating equipment base efficiency meetANSI/ASHRAE/IES Standard 90.1-2013efficiency requirements with respect to AFUE,Ec, Et, HSPF, or COPH as appropriate to thespecific equipment?

OR

Does the building not have a heating system?



• Performance is equivalent tothe requirements of ANSI/ASHRAE/IES Standard90.1-2013 (1 points)

• There is electric resistanceheat (0 points)

• No (0 points)

• N/A

141

9090..1-20131-2013TTableable

EquipmentEquipment

Table6.8.1-2

Unitary and applied heat pumps (heating mode)

Table6.8.1-4

PTHP, single-package vertical heat pumps, and room A/C heatpumps (heating mode)

Table6.8.1-5

Warm-air furnaces and unit heaters

Table6.8.1-6

Gas and oil-fired boilers

Table6.8.1-10

Variable refrigerant flow air-to-air and applied heat pumps

The design engineer must provide a weighted average improvement over efficiencybased on the capacity for projects with multiple applicable types of equipment.Heating units constituting less than 1% of the total capacity may be omitted from thecalculation.

Steam systems must return condensate to the boiler feedwater system or recoverheat from the condensate before sending it to the drain in order to claim equipmentefficiency points.

Table 6.8.1-10 also covers water source products.


142


Scoring Matrix



5 5


3 5

Performance is equivalent to the requirements of ANSI/ASHRAE/IESStandard 90.1-2013

1 5

There is electric resistance heat 0 5

No 0 5

N/A 0 0

TooltipHVAC systems typically account for the largest energy consumption in a building aswell as contribute to occupant comfort and satisfaction.

Assessment GuidanceHeating equipment technology includes, but is not limited to, the following:

• Unitary and applied heat pumps (heating mode),• PTHP, single-package vertical heat pumps, and room A/C heat pumps (heating

mode),


GREEN GLOBES #3.1.1.3.17.1 - ANSI #8.3.3.3.1Describe the heating equipment technologyand list the manufacturer.

143

• Warm-air furnaces and unit heaters,• Gas and oil-fired boilers, or• Variable refrigerant flow air-to-air, applied heat pumps, and water source

products.

References• ANSI/ASHRAE/IES STANDARD 90.1-2013, Table 7.8

Scoring Matrix


Performance is 10% better than the requirements of ANSI/ASHRAE/IES Standard 90.1-2013

1 1

There is electric resistance heating 0 1

No 0 1


GREEN GLOBES #3.1.1.3.18 - ANSI #8.3.3.4.1Domestic Hot WDomestic Hot Water Heatersater Heaters

Do all domestic hot water heaters meet theefficiency requirements of ANSI/ASHRAE/IESSTANDARD 90.1-2013, Table 7.8?

OR

Are domestic hot water heaters not provided?

• Performance is 10% betterthan the requirements ofANSI/ASHRAE/IES Standard90.1-2013 (1 points)

• There is electric resistanceheating (0 points)

• No (0 points)

144


Assessment GuidanceNot applicable where projects meet the exemptions of Section 6.5.6.

References• ANSI/ASHRAE/IES Standard 90.1-2013, Section 6.5.6

Recommended Documents• HVAC drawings

Scoring Matrix


Yes 6 6

No 0 6

N/A 0 0


GREEN GLOBES #3.1.1.3.19 - ANSI #8.3.3.5.1Energy REnergy Recoveryecovery

Does the HVAC design comply with Section6.5.6 of ANSI/ASHRAE/IES Standard90.1-2013?

• Yes (6 points)

• No (0 points)

• N/A


145


Assessment GuidanceNot applicable for projects that meet the exemptions of ASHRAE 90.1-2013, Section6.5.2.


Recommended Documents• HVAC drawings

GREEN GLOBES #3.1.1.3.20 - ANSI #8.3.3.6.1Simultaneous Heating and CoolingSimultaneous Heating and Cooling

Does the HVAC design minimize or eliminatesimultaneous heating and cooling through oneof the following strategies?

• HVAC design complies with Section6.5.2 of the ANSI/ASHRAE/IESStandard 90.1-2013.

OR

• HVAC design incorporates aconfiguration/strategy that eliminatesreheat and re-cool by using thermaland ventilation compartmentalization,with heating, cooling, and ventilationprovided independently for each zone,e.g., fan coil systems, distributed heatpumps, single-zone systems.

• HVAC design uses ventilationcompartmentalization (6points)

• HVAC design complies withASHRAE 90.1-2013, Section6.5.2 (4 points)

• No (0 points)

• N/A

146


Scoring Matrix


HVAC design uses ventilation compartmentalization 6 6

HVAC design complies with ASHRAE 90.1-2013, Section 6.5.2 4 6

No 0 6

N/A 0 0

Assessment GuidanceNot applicable where projects meet the exemptions of ASHRAE 90.1-2013, Section6.5.1.


Scoring Matrix


Yes 3 3

No 0 3

N/A 0 0


GREEN GLOBES #3.1.1.3.21 - ANSI #8.3.3.7.1EconomizersEconomizers

Does the project comply with Section 6.5.1 ofANSI/ASHRAE/IES Standard 90.1-2013?

• Yes (3 points)

• No (0 points)

• N/A

147


Assessment GuidanceThree points are awarded for projects that comply with ANSI/ASHRAE/IES Standard90.1-2013, Table 6.5.3.1-1. One additional point is earned for each 10% less than theallowance according to Table 6.5.3.1-1, up to an additional 3 points maximum.

References• ANSI/ASHRAE/IES Standard 90.1-2013, Table 6.5.3.1-1


GREEN GLOBES #3.1.1.3.22 - ANSI #8.3.3.8.1Air-Handling Equipment and VAir-Handling Equipment and VentilationentilationControlControl

Does the project uses equal or less fan powerthan the requirements of ANSI/ASHRAE/IESStandard 90.1-2013, Table 6.5.3.1-1 (including allexceptions and modifiers)?

• Yes, at 30%+ less than theallowance per Table 6.5.3.1-1(6 points)

• Yes, at 20 - 29% less than theallowance per Table 6.5.3.1-1(5 points)

• Yes, at 10 - 19% less than theallowance per Table 6.5.3.1-1(4 points)

• Yes, <10% less than theallowance per Table 6.5.3.1-1(3 points)

• No (0 points)

• N/A

148


Scoring Matrix


Yes, at 30%+ less than the allowance per Table 6.5.3.1-1 6 6

Yes, at 20 - 29% less than the allowance per Table 6.5.3.1-1 5 6

Yes, at 10 - 19% less than the allowance per Table 6.5.3.1-1 4 6

Yes, <10% less than the allowance per Table 6.5.3.1-1 3 6

No 0 6

N/A 0 0

Assessment GuidanceCO2 sensors maintain calibration within 2% for one year after initial installation.

Not applicable where spaces meeting this criterion represent less than 40% of thetotal design ventilation volume of the building.


GREEN GLOBES #3.1.1.3.23 - ANSI #8.3.3.8.2Are occupancy AND/OR CO2 sensors installedto control ventilation rates in regularlyoccupied spaces that may experiencefrequent variation in the number of occupants?

• Yes (3 points)

• No (0 points)

• N/A

149

Scoring Matrix


Yes 3 3

No 0 3

N/A 0 0

Assessment GuidanceThis simulation must include massing, orientation, window-to-wall ratio, and buildingenvelope strategies.

Recommended Documents• The findings, as well as the name and contact information for the individual

responsible for the energy modeling


GREEN GLOBES #3.1.1.3.24 - ANSI #8.3.4.1.1ENERGENERGY SIMULAY SIMULATION AIDED DESIGN &TION AIDED DESIGN &INTEGRAINTEGRATIVE PROCESSTIVE PROCESS

Energy Simulation Aided DesignEnergy Simulation Aided Design

Was an energy simulation performed on asimplified geometric representation of thebuilding to determine strategies to savelighting and HVAC energy before finalizing thebuilding footprint?

• Yes (8 points)

• No (0 points)

150

Scoring Matrix


Yes 8 8

No 0 8

Recommended Documents• The findings, as well as the name and contact information for the individual

responsible for the energy modeling

Scoring Matrix


Yes 5 5

No 0 5


GREEN GLOBES #3.1.1.3.1.25 - ANSI #8.3.4.2.1Integrative ProcessIntegrative Process

Was a simulation used to inform designdecisions regarding incremental equipmentefficiency of building systems for theenvelope, lighting, and HVAC before issuingconstruction documents?

• Yes (5 points)

• No (0 points)

151

Non-Modeled Energy Efficiency Impacts 15

Vertical, Horizontal, and Inclined Transport Systems - EfficiencyMeasures 5

Assessment GuidanceNot applicable where there are no elevators.

Recommended Documents• Manufacturer’s specifications, cut sheets and performance documentation• Drawings and specifications of vertical transport equipment• Construction Documents

Scoring Matrix


Yes 2 2

No 0 2

N/A 0 0

GREEN GLOBES #3.2.1.1 - ANSI #8.4.1.1Do building elevators use regenerative brakingAND/OR machine-roomless (MRL) elevators for allpassenger elevators and any regularly utilizedelevators?

• Yes (2 points)

• No (0 points)

• N/A

152

Assessment GuidancePer ANSI/GBI 01-2019 Green Globes Assessment Protocol for Commercial Buildings, onepoint is awarded where there are no escalators or elevators.


Scoring Matrix


One or more of the prescribed strategies are used 1 1

There are no escalators or elevators 1 1

No 0 1

GREEN GLOBES #3.2.1.2 - ANSI #8.4.1.2Are the following used to enhance the energyefficiency of elevator systems?

• TWIN elevators (stacked cabins on oneoperating elevator in one shaft)

AND/OR

• Elevators with a destination dispatchsystem (grouping people traveling to thesame floor)

AND/OR

• Elevators with a zero-power sleep mode

• One or more of the prescribedstrategies are used (1 points)

• There are no escalators orelevators (1 points)

• No (0 points)

153

Assessment GuidanceNot applicable where there are no escalators or moving walkways.


Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

GREEN GLOBES #3.2.1.3 - ANSI #8.4.1.3Do escalators and moving walkways have thecapability to slow down or stop when detectorsindicate no traffic or for the use of motorefficiency controllers?

• Yes (1 points)

• No (0 points)

• N/A

154

Assessment GuidanceNot applicable where the building does not contain any systems capable of using thisequipment.

References• Federal Energy Management Program’s (FEMP) Energy-Efficient Product

Procurement• ENERGY STAR Qualified Product Lists

Recommended Documents• Manufacturer’s specifications, cut sheets and performance documentation• Drawings and specifications of vertical transport equipment• Descriptive explanation and technical definition document on the innovative

solution used within the project• Construction Documents

GREEN GLOBES #3.2.1.4 - ANSI #8.4.1.4Are one or more of the following energy efficientequipment systems related to the movement ofpeople in use?

• Reclaim of Machine Room Waste Heat

AND/OR

• Linear Induction Motor (LIM)

AND/OR

• AC Synchronous Guide Rail hoistingmotors with integral braking and controls

AND/OR

• Innovative energy efficient people-transport equipment or system (Requiresstatement of system description andbenefits document for submittal)

• Yes (1 points)

• No (0 points)

• N/A

155

https://www.energy.gov/eere/femp/energy-efficient-products-and-energy-saving-technologies


https://www.energystar.gov/productfinder/

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

156

Load Shedding 5

Assessment GuidanceLoading shedding may be initiated automatically or manually.

Scoring Matrix


Lighting systems can reduce power by equal to or greater than 30%from peak levels

3 3

Lighting systems can reduce power between 15% - 29% from peak levels 2 3

Lighting systems can reduce power by less than 15% 0 3

No 0 3

GREEN GLOBES #3.2.2.1 - ANSI #8.4.2.1Are lighting systems installed that are capable ofload shedding?

• Lighting systems can reducepower by equal to or greaterthan 30% from peak levels (3points)

• Lighting systems can reducepower between 15% - 29% frompeak levels (2 points)

• Lighting systems can reducepower by less than 15% (0points)

• No (0 points)

157

Assessment GuidanceLoading shedding may be initiated automatically or manually. Load shedding programinitiates setback of space temperatures, heating and cooling system hydronic temperatures,air system static pressure setpoints, or cycling of heating and cooling equipment.

Scoring Matrix


Yes 2 2

No 0 2

GREEN GLOBES #3.2.2.2 - ANSI #8.4.2.2Are HVAC equipment controls installed that arecapable of load shedding?

• Yes (2 points)

• No (0 points)

158

Plug Load and Process Energy Management 5

Assessment GuidanceThe inventory must include:

• Nameplate power use;• Typical power use; andand• An expected schedule of use.

Scoring Matrix


There is a complete inventory of expected plug load equipmentappliances, and hard-wired process equipment

2 2

There is a complete inventory of hard-wired process equipment only 1 2

There is a complete inventory of plug load equipment and appliances only 1 2

No 0 2

GREEN GLOBES #3.2.3.1 - ANSI #8.4.3.1Do project documents include an inventory ofappliances and equipment organized by location?

• There is a complete inventoryof expected plug loadequipment appliances, andhard-wired process equipment(2 points)

• There is a complete inventoryof hard-wired processequipment only (1 points)

• There is a complete inventoryof plug load equipment andappliances only (1 points)

• No (0 points)

159

Assessment GuidanceNot applicable if no equipment is subject to ENERGY STAR label criteria.

References• Federal Energy Management Program’s (FEMP) Energy-Efficient Product

Procurement• ENERGY STAR Qualified Product Lists

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

GREEN GLOBES #3.2.3.2 - ANSI #8.4.3.2Is there an established policy requiring all newequipment purchases be based on energyefficient criteria, such as ENERGY STAR or otherequivalent energy efficiency standards?

• Yes (1 points)

• No (0 points)

• N/A

160




Assessment GuidanceThis includes receptacles installed in modular partitions.

References• ANSI/ASHRAE/IESNA Standard 90.1-2010

Scoring Matrix


Energy-saving power strips are installed on ≥75% to 100% of private offices,open offices and computer classrooms

2 2

Energy-saving power strips are installed on ≥50% and < 75% of privateoffices, open offices and computer classrooms

1 2

Energy-saving power strips are installed on less than 50% of privateoffices, open offices and computer classrooms

0 2

No 0 2

GREEN GLOBES #3.2.3.3 - ANSI #8.4.3.3Is the project furnished with receptacles thatautomatically control the availability of powerbased on occupancy sensors AND/OR timedschedules in accordance with ANSI/ASHRAE/IESStandard 90.1-2010?

• Energy-saving power strips areinstalled on ≥75% to 100% ofprivate offices, open offices andcomputer classrooms (2 points)

• Energy-saving power strips areinstalled on ≥50% and < 75% ofprivate offices, open offices andcomputer classrooms (1 points)

• Energy-saving power strips areinstalled on less than 50% ofprivate offices, open offices andcomputer classrooms (0 points)

• No (0 points)

161

Metering, Monitoring, and Measurement 25

Metering 10

Assessment GuidanceOne point is earned for each 20% increment of the building’s site energy that is meteredthrough any combination of building-level energy meters up to a maximum of 5 points.

Scoring Matrix


100% 5 5

80% - 99% 4 5

60% - 79% 3 5

40% - 59% 2 5

20% - 39% 1 5

0% - 19% 0 5

GREEN GLOBES #3.3.1.2 - ANSI #8.5.1.1

GREEN GLOBES #3.3.1.1 - ANSI #8.5.1.1What percentage of the building's total siteenergy is metered through any combination ofbuilding-level energy meters?

• 100% (5 points)

• 80% - 99% (4 points)

• 60% - 79% (3 points)

• 40% - 59% (2 points)

• 20% - 39% (1 points)

• 0% - 19% (0 points)

162

Is metering installed, or is there a mandatory design requirement for metering (at the buildinglevel)? Check all that apply.

GREEN GLOBES #3.3.1.2.1 - ANSI #8.5.1.1•Electricity

GREEN GLOBES #3.3.1.2.2 - ANSI #8.5.1.1•Heating fuels

GREEN GLOBES #3.3.1.2.3 - ANSI #8.5.1.1•Steam

GREEN GLOBES #3.3.1.2.4 - ANSI #8.5.1.1•Other (e.g., chilled or hot water for campus/district systems)

163

Assessment GuidanceOne point each for sub-metering five or more of the listed systems in a MURB at thebuilding level to a maximum of 5 points. Additionally, two points each are earned whenheating, cooling, and electricity are sub-metered at the individual unit level in a MURB to amaximum of 5 points.

For non-MURBs, one point is earned for each listed system where sub-metering is installedto a maximum of 5 points.

Major electric HVAC equipment 5 HP or greater include chillers, cooling towers, AHU fans,and pumps as examples.

GREEN GLOBES #3.3.1.3 - ANSI #8.5.1.2Choose one of the following pathways for sub-metering your project as applicable:

• (#3.3.1.3.1) PPath A:ath A: Multi-Unit ResidentialBuilding (MURB), Building Level SystemsSub-metering: 5 points

OR

• (#3.3.1.3.2) PPath B:ath B: Multi-Unit ResidentialBuilding (MURB), Individual Unit Sub-metering: 5 points

OR

• (#3.3.1.3.3) PPath C:ath C: All Other Buildings(non-MURBs), Sub-metering: 5 points

Select N/A if the building is less than 20,000 ft2.


• (#3.3.1.3.1) Path A: Multi-UnitResidential Building (MURB),Building Level Systems Sub-metering

• (#3.3.1.3.2) Path B: Multi-UnitResidential Building (MURB),Individual Unit Sub-metering

• (#3.3.1.3.3) Path C: All OtherBuildings (non-MURBs), Sub-metering

• N/A - Building is less than20,000 ft2

164

Scoring Matrix


(#3.3.1.3.1) Path A: Multi-Unit Residential Building (MURB), Building LevelSystems Sub-metering

0 0

(#3.3.1.3.2) Path B: Multi-Unit Residential Building (MURB), Individual UnitSub-metering

0 0

(#3.3.1.3.3) Path C: All Other Buildings (non-MURBs), Sub-metering 0 0

N/A - Building is less than 20,000 ft2 0 0

Assessment GuidanceOne point each for sub-metering five or more of the listed systems in a MURB at thebuilding level to a maximum of 5 points.

Major electric HVAC equipment 5 HP or greater include chillers, cooling towers, AHU fans,and pumps as examples.

Criterion only visible if 3.3.1.3 is answered with "(#3.3.1.3.1) Path A: Multi-UnitResidential Building (MURB), Building Level Systems Sub-metering"

GREEN GLOBES #3.3.1.3.1 - ANSI #8.5.1.2PPath A: Multi-Unit Rath A: Multi-Unit Residential Building (MURB),esidential Building (MURB),Building LBuilding Level Sevel Systems Sub-meteringystems Sub-metering

Which of the following systems are sub-meteredat the building level? Check all systems beingsub-metered:

165

Scoring Matrix


0-4 0 5

5-7 5 5

Assessment Guidance

Criterion only visible if 3.3.1.3 is answered with "(#3.3.1.3.1) Path A: Multi-Unit Residential Building (MURB), Building Level Systems Sub-metering"

GREEN GLOBES #3.3.1.3.1.1 - ANSI #8.5.1.2•Lighting and lighting controls by floor or by zones with floor areas no greater than20,000 ft2 (1860 m2)


GREEN GLOBES #3.3.1.3.1.2 - ANSI #8.5.1.2•Plug loads by floor or by zones no greater than 20,000 ft2 (1860 m2)


GREEN GLOBES #3.3.1.3.1.3 - ANSI #8.5.1.2•Major electric HVAC equipment (e.g., chillers, cooling towers, AHU fans, pumps) 5HP or greater

166

Major electric HVAC equipment 5 HP or greater include chillers, cooling towers, AHUfans, and pumps as examples.


GREEN GLOBES #3.3.1.3.1.4 - ANSI #8.5.1.2•Chilled water generation


GREEN GLOBES #3.3.1.3.1.5 - ANSI #8.5.1.2•On-site renewable energy power generation


GREEN GLOBES #3.3.1.3.1.6 - ANSI #8.5.1.2•Heating water or steam generation


GREEN GLOBES #3.3.1.3.1.7 - ANSI #8.5.1.2•Specialty or process electrical equipment

167

Assessment GuidanceTwo points each are earned when heating, cooling, and electricity are sub-metered at theindividual unit level in a MURB to a maximum of 5 points.

Scoring Matrix


0 0 5

1 2 5

2 4 5

3 5 5

Criterion only visible if 3.3.1.3 is answered with "(#3.3.1.3.2) Path B: Multi-UnitResidential Building (MURB), Individual Unit Sub-metering"

GREEN GLOBES #3.3.1.3.2 - ANSI #8.5.1.2PPath B: Multi-Unit Rath B: Multi-Unit Residential Building (MURB),esidential Building (MURB),Individual Unit Sub-meteringIndividual Unit Sub-metering

Which of the following are sub-metered at theindividual unit level? Check all that will be sub-metered:

Criterion only visible if 3.3.1.3 is answered with "(#3.3.1.3.2) Path B: Multi-Unit Residential Building (MURB), Individual Unit Sub-metering"

GREEN GLOBES #3.3.1.3.2.1 - ANSI #8.5.1.2•Heating

168

Assessment GuidanceOne point is earned for each listed system where sub-metering is installed to a maximum of5 points.


GREEN GLOBES #3.3.1.3.2.2 - ANSI #8.5.1.2•Cooling


GREEN GLOBES #3.3.1.3.2.3 - ANSI #8.5.1.2•Electricity

Criterion only visible if 3.3.1.3 is answered with "(#3.3.1.3.3) Path C: All OtherBuildings (non-MURBs), Sub-metering"

GREEN GLOBES #3.3.1.3.3 - ANSI #8.5.1.2PPath C: Multi-Unit Rath C: Multi-Unit Residential Building (MURB),esidential Building (MURB),Building LBuilding Level Sevel Systems Sub-meteringystems Sub-metering

Which of the following systems are sub-metered?Check all systems being sub-metered:

169

Scoring Matrix


0 0 5

1 1 5

2 2 5

3 3 5

4 4 5

5-7 5 5

Criterion only visible if 3.3.1.3 is answered with "(#3.3.1.3.3) Path C: AllOther Buildings (non-MURBs), Sub-metering"

GREEN GLOBES #3.3.1.3.3.1 - ANSI #8.5.1.2•Lighting and lighting controls by floor or by zones with floor areas no greater than20,000 ft2 (1860 m2)


GREEN GLOBES #3.3.1.3.3.2 - ANSI #8.5.1.2•Plug loads by floor or by zones no greater than 20,000ft2 (1860 m2)


170

GREEN GLOBES #3.3.1.3.3.3 - ANSI #8.5.1.2•Major electric HVAC equipment 5 HP or greater


GREEN GLOBES #3.3.1.3.3.4 - ANSI #8.5.1.2•Chilled water generation


GREEN GLOBES #3.3.1.3.3.5 - ANSI #8.5.1.2•On-site renewable energy power generation


GREEN GLOBES #3.3.1.3.3.6 - ANSI #8.5.1.2•Heating water or steam generation


171

GREEN GLOBES #3.3.1.3.3.7 - ANSI #8.5.1.2•Specialty or process electrical equipment

172

Monitoring and Reporting 5

Assessment GuidanceAn Resource Management Plan must address all energy consuming areas of a building orproject, and include the following monitoring protocols (i.e., hourly, daily, monthly, seasonal,by floor, etc.):

• Electricity;• Heating fuels;• Steam; and• Other (e.g., chilled or hot water for campus/district systems)

Note: "Other" may reflect new technology that uses other energy sources as long as theyare measurable.

References• International Performance Measurement and Verification Protocol; DOE/EE-0157

(December 1997)

Scoring Matrix


0 0 2

1 1 2

2-3 2 2

GREEN GLOBES #3.3.2.1 - ANSI #8.5.2.1Is there a Resource Management Plan addressingall energy consuming areas, the listed monitoringprotocols, and that also includes one or more ofthe following?

173

References• International Performance Measurement and Verification Protocol; DOE/

EE-0157 (December 1997)

GREEN GLOBES #3.3.2.2 - ANSI #8.5.2.2Is there an action plan that evaluates results of documentation defined by the ResourceManagement Plan and gathered by metering equipment, and that includes one or both of thefollowing?

Assessment GuidanceEvaluation of documentation and metering equipment is to be based on Section 4.5 D, ofthe International Performance Measurement & Verification Protocol (IPMVP): Concepts andPractices for Determining Energy savings in New Construction, Volume III, Part I, January2006).

GREEN GLOBES #3.3.2.1.1 - ANSI #8.5.2.1•Documentation provides guidance for monitoring installed systems based uponSection 4.5 of the International Performance Measurement & Verification Protocol(IPMVP).

GREEN GLOBES #3.3.2.1.2 - ANSI #8.5.2.1•The plan has identified a constant feedback loop process for defining improvementsin the efficiency of energy usage, based upon review and analysis of the gatheredbuilding level monitoring documentation.

GREEN GLOBES #3.3.2.1.3 - ANSI #8.5.2.1•Gathered data is provided for review by occupants and visitors with up-to-date orreal-time information on space energy consumption.

174

The action plan must also include a process for implementing changes identified byanalysis of the monitoring of energy use, and address a minimum of two listed systems:

• Lighting and lighting controls by floor or by zones;• Plug loads by floor or by zones;• Major electric HVAC equipment (e.g., chillers, cooling towers, AHU fans, pumps) 5

HP or greater;• Chilled water generation;• On-site renewable energy power generation;• Heating water or steam generation;• Specialty or process electrical equipment.


(December 1997)

Scoring Matrix


Yes 1 1

No 0 1

GREEN GLOBES #3.3.2.2.1 - ANSI #8.5.2.2There are provisions in the plan that mandatethe creation of improvement goals identifiedbased on automated data collection frommonitored meter usage information for two ormore of the listed systems.

• Yes (1 points)

• No (0 points)

175

Scoring Matrix


Yes 2 2

No 0 2

GREEN GLOBES #3.3.2.2.2 - ANSI #8.5.2.2There is a defined process for implementingimprovements in energy usage to reach statedgoals, based upon review and analysis for twoor more of the listed systems.

• Yes (2 points)

• No (0 points)

176

Verification 10

Assessment GuidanceProvide verification of the measurement of energy use and efficiency in accordance withSection 4.5 Option D – Whole Building Calibrated Simulation, of the InternationalPerformance Measurement & Verification Protocol (IPMVP): Concepts and Practices forDetermining Energy savings in New Construction, Volume III, Part I. January 2006.

Savings are determined at the whole-building level by measuring energy use at mainmeters or sub-meters or using whole-building simulation calibrated to measured energy usedata.


(December 1997)

Recommended Documents• Resource Management Plan in the Operations and Maintenance Manual for both

building level and sub-metering applications• Mechanical and electrical plans that clearly show what utilities are metered, what

major end-uses are sub-metered• Verification protocol report• Description of the monthly monitoring and verification reports that will be sent to

building management and the process for constant feedback evaluation forimprovement

• Cut sheets for meters and meter reading equipment

GREEN GLOBES #3.3.3.1 - ANSI #8.5.3.1Does documentation verify that energy datagathered, analysis performed, and computation ofenergy efficiency is consistent with designobjectives and intent?

• Yes (9 points)

• No (0 points)

177

Scoring Matrix


Yes 9 9

No 0 9

Assessment GuidanceNot applicable for buildings without a Building Automation System (BAS).

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

GREEN GLOBES #3.3.3.2 - ANSI #8.5.3.2Has a fault detection and diagnostic system (FDD)been installed for HVAC and lighting systems withthe ability to detect the following?

• Economizer operation• Simultaneous heating and cooling• Photocell malfunction• Additional HVAC and lighting setpoints

• Yes (1 points)

• No (0 points)

• N/A

178

Renewable Sources of Energy 40

On-Site Renewable Energy 30

References• National Institute of Standards and Technology (NIST) Building Life Cycle Cost

(BLCC) Program• Guide to Integrating Renewable Energy in Federal Construction

Scoring Matrix


Yes 5 5

No 0 5

Assessment GuidanceUse the recommendations of a Feasibility Study, or other owner’s project requirements toimplement on-site renewable energy system(s).

Not applicable where Feasibility Study was completed, and implementation was found to benot life cycle cost effective.

GREEN GLOBES #3.4.1.1 - ANSI #8.6.1.1Has a study been conducted determining thetechnical feasibility and life cycle costeffectiveness of on-site renewable energyproviding at least 2% of the total building annualenergy cost?

• Yes (5 points)

• No (0 points)

GREEN GLOBES #3.4.1.2 - ANSI #8.6.1.2What percentage of project energy is producedby on-site renewable energy systems?

179

https://www.nist.gov/publications/blcc-nist-building-life-cycle-cost-program-version-50


http://energy.gov/eere/femp/downloads/guide-integrating-renewable-energy-federal-construction

Scoring Matrix


0 0 25

1 1 25

2 2 25

3 3 25

4 4 25

5 5 25

6 6 25

7 7 25

8 8 25

9 9 25

10 10 25

11 11 25

12 12 25

13 13 25

14 14 25

15 15 25

16 16 25

17 17 25

18 18 25

19 19 25

20 20 25

21 21 25

180


22 22 25

23 23 25

24 24 25

25-100 25 25

181

Off-Site Renewable Energy Credits 10

Assessment GuidanceThe building owner must commit to signing a contract to purchase Renewable EnergyCertificates (RECs), either certified Green Power (US Dept. of Energy) listed renewableenergy credit products or other certified RECs or carbon offsets, with a minimum three-yearwith a minimum three-yearcommitmentcommitment.

GREEN GLOBES #3.4.2.1 - ANSI #8.6.2.1What percentage of renewable energy supplies(e.g. Renewable Energy Certificates (RECs), GreenPower (US Dept. of Energy), listed renewableenergy credit products, or other certified RECs orcarbon offsets) the building's energy (minimum3-year commitment)?

• 100% (10 points)

• 90% - 99% (9 points)

• 80% - 89% (8 points)

• 70% - 79% (7 points)

• 60% - 69% (6 points)

• 50% - 59% (5 points)

• 40% - 49% (4 points)

• 30% - 39% (3 points)

• 20% - 29% (2 points)

• 10% - 19% (1 points)

• 0% - 9% (0 points)

182

Renewable energy supplied as part of a utility provider portfolio may be consideredtowards earning this credit for systems utilizing 10% or greater of power from appropriatesources. Buildings using 3.3.1.3 P1.3 Path C: Prescriptiveath C: Prescriptive and that don’t otherwise have an energymodel may base the percentage of renewable energy on median EUI from CBECS for thebuilding type.

Recommended Documents• Study and financial evaluation for implementation• Executed agreements on “green” power or REC contracts• Descriptive documentation of the utility provider’s renewable energy sources used

to provide consumable energy at the project• On-site renewable energy feasibility studies• Manufacturer’s specifications, cut sheets, and performance documentation• Construction Documents

Scoring Matrix


100% 10 10

90% - 99% 9 10

80% - 89% 8 10

70% - 79% 7 10

60% - 69% 6 10

50% - 59% 5 10

40% - 49% 4 10

30% - 39% 3 10

20% - 29% 2 10

10% - 19% 1 10

0% - 9% 0 10

183

Water Efficiency 190

Indoor Domestic Plumbing 56

Plumbing Fixture and Fitting Standards 54

184

GREEN GLOBES #4.1.1 - ANSI #9.1.1, 9.1.2, 9.1.3, 9.1.4Where installed in the project and as permitted bylocal codes, plumbing fixtures and fittings must becertified and listed as being compliant with therequirements of the U.S. EPA’s WaterSenseProgram where WaterSense specifications exist.

Four paths are provided for assessing IndoorDomestic Plumbing. If no path is achieved, 75If no path is achieved, 75total points are deducted from total earned pointstotal points are deducted from total earned pointsin the Win the Water Efficiency Assessment Area.ater Efficiency Assessment Area.

• (#4.1.1.1) PPath A:ath A: ANSI/ASHRAE/USGBC/IESStandard 189.1-2014, Section 6.3.2.1: 54points

OR

• (#4.1.1.2) PPath B:ath B: 2015 International GreenConstruction Code (IgCC), Table 702.1: 54points

OR

• (#4.1.1.3) PPath C:ath C: 2015 IAPMO GreenPlumbing & Mechanical Code SupplementSection 402: 54 points

OR

• (#4.1.1.4) PPath D:ath D: Major Renovations: 45points. Not an eligible path for NewConstruction.

OR

Not applicable where no fixtures or fittings exist.


• (#4.1.1.1) Path A: ANSI/ASHRAE/USGBC/IES Standard189.1-2014, Section 6.3.2.1

• (#4.1.1.2) Path B: 2015International GreenConstruction Code (IgCC),Table 702.1

• (#4.1.1.3) Path C: 2015 IAPMOGreen Plumbing & MechanicalCode Supplement Section 402

• (#4.1.1.4) Path D: MajorRenovations

185

Assessment GuidanceNot applicable where no fixtures or fittings exist.

References• 2015 IAPMO Green Plumbing & Mechanical Code Supplement Section 402• ANSI/ASHRAE/USGBC/IES Standard 189.1-2014, Section 6.3.2.1• 2015 International Green Construction Code (IgCC), Table 702.1

Recommended Documents• WaterSense labeling• Manufacturer’s published water use rates• Manufacturer's published fixture flush and flow rates• ENERGY STAR labeling

Scoring Matrix


(#4.1.1.1) Path A: ANSI/ASHRAE/USGBC/IES Standard 189.1-2014, Section6.3.2.1

0 0

(#4.1.1.2) Path B: 2015 International Green Construction Code (IgCC),Table 702.1

0 0

(#4.1.1.3) Path C: 2015 IAPMO Green Plumbing & Mechanical CodeSupplement Section 402

0 0

(#4.1.1.4) Path D: Major Renovations 0 0

Criterion only visible if 4.1.1 is answered with "(#4.1.1.1) Path A: ANSI/ASHRAE/USGBC/IES Standard 189.1-2014, Section 6.3.2.1"

186


https://codes.iccsafe.org/content/IgCC2015?site_type=public

https://www.epa.gov/watersense/watersense-label


Assessment GuidanceWhere installed in the project and as permitted by local codes, plumbing fixtures and fittingsmust also be certified and listed as being compliant with the requirements of the U.S. EPA’sWaterSense Program where WaterSense specifications exist.


References• ANSI/ASHRAE/USGBC/IES Standard 189.1-2014, Section 6.3.2.1

Recommended Documents• ENERGY STAR labeling• Manufacturer's published fixture flush and flow rates• Manufacturer’s published water use rates• WaterSense labeling

Scoring Matrix


Yes 54 54

No -75 54

N/A 0 0

GREEN GLOBES #4.1.1.1 - ANSI #9.1.1.1PPath A: ANSI/Aath A: ANSI/ASHRAE/USGBC/IES SSHRAE/USGBC/IES Standardtandard189189..1-20141-2014

Do plumbing fixtures and fittings comply withANSI/ASHRAE/USGBC/IES Standard 189.1-2014,Section 6.3.2.1?

• Yes (54 points)

• No (-75 points)

• N/A

Criterion only visible if 4.1.1 is answered with "(#4.1.1.2) Path B: 2015International Green Construction Code (IgCC), Table 702.1"

187






References• 2015 International Green Construction Code (IgCC), Table 702.1


Scoring Matrix


Yes 54 54

No -75 54

N/A 0 0

GREEN GLOBES #4.1.1.2 - ANSI #9.1.2.1PPath B: 2015 International Green Constructionath B: 2015 International Green ConstructionCode (IgCC)Code (IgCC)

Do plumbing fixtures and fittings comply with the2015 International Green Construction Code(IgCC), Table 702.1?

• Yes (54 points)

• No (-75 points)

• N/A

Criterion only visible if 4.1.1 is answered with "(#4.1.1.3) Path C: 2015 IAPMOGreen Plumbing & Mechanical Code Supplement Section 402"

188






References• 2015 IAPMO Green Plumbing & Mechanical Code Supplement Section 402


Scoring Matrix


Yes 54 54

No -75 54

N/A 0 0

GREEN GLOBES #4.1.1.3 - ANSI #9.1.3.1PPath C: 2015 IAPMO Green Plumbing &ath C: 2015 IAPMO Green Plumbing &Mechanical Code SupplementMechanical Code Supplement

Do plumbing fixtures and fittings comply with2015 IAPMO Green Plumbing & Mechanical CodeSupplement, Section 402?

• Yes (54 points)

• No (-75 points)

• N/A

Criterion only visible if 4.1.1 is answered with "(#4.1.1.4) Path D: MajorRenovations"

189



Assessment GuidanceNew construction projects are not eligible for Path D.

Points are earned when plumbing fixtures and fittings installed in the project meet orexceed requirements for maximum water consumption as listed below and are certified asbeing compliant with the requirements of the U.S. EPA’s WaterSense Program whereWaterSense specifications exist.


Recommended Documents• WaterSense labeling• Manufacturer’s published water use rates

GREEN GLOBES #4.1.1.4 - ANSI #9.1.4.1PPath D: Major Rath D: Major Renovationsenovations

Do plumbing fixtures and fittings meet or exceedthe following requirements for waterconsumption, and are certified as being compliantwith the requirements of U.S. EPA's WaterSenseProgram (where WaterSense specifications exist)?

• Toilets (Maximum flush volume 1.28 gal.(4.8 L) per flush)

• Urinals (Maximum flush volume 0.5 gal.(1.9 L) per flush)

• Showerheads (Maximum flow rate 2.0 gal.(7.6 L) per minute)

• Residential lavatory faucets (Maximumflow rate 1.5 gal. (5.7 L) per minute)

• Residential kitchen faucets (Maximum flowrate 2.2 gal. (8.3 L) per minute)

• Non-residential lavatory faucets (Maximumflow rate 0.5 gal. (1.9 L) per minute)

• Pre-rinse spray valves (Maximum flow rate1.28 gal. (4.8 L) per minute)

• At least 98% of each fixturetype meets credit requirements(45 points)



• Less than 80% of each fixtureand fitting type meets creditrequirements (-75 points)

• N/A

190


• Manufacturer's published fixture flush and flow rates• ENERGY STAR labeling

Scoring Matrix


At least 98% of each fixture type meets credit requirements 45 45



Less than 80% of each fixture and fitting type meets creditrequirements

-75 45

N/A 0 0

191


Residential Indoor Appliances 2

Assessment GuidanceNot applicable where there are no clothes washers.

Recommended Documents• WaterSense labeling• Manufacturer’s published water use rates• Manufacturer's published fixture flush and flow rates• ENERGY STAR labeling

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

Assessment GuidanceNot applicable where there are no dishwashers.


GREEN GLOBES #4.1.2.1 - ANSI #9.1.5.1Are residential clothes washers ENERGY STARlabeled and possess a maximum water factor (WF)of 5.4 gal/ft.3 (720 L/m3) per full cycle?

• Yes (1 points)

• No (0 points)

• N/A

GREEN GLOBES #4.1.2.2 - ANSI #9.1.5.2Are residential dishwashers ENERGY STARlabeled and possess a maximum water use of 3.8gal/ft.3 (510 L/m3) per cycle?

• Yes (1 points)

• No (0 points)

• N/A

192



• WaterSense labeling• Manufacturer’s published water use rates• Manufacturer's published fixture flush and flow rates• ENERGY STAR labeling

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

193



Cooling Towers 24

Cooling Towers 24

GREEN GLOBES #4.2.1.1 - ANSI #9.2.1.1Do cooling towers minimize the amount of make-up water required by achieving one or moreof the following?

Recommended Documents• Plumbing plans• Manufacturer’s specifications, cut sheets, and performance documentation• Construction Documents

194

Assessment GuidanceNot applicable where there are no wet-cooling towers.

Recommended Documents• Construction Documents• Manufacturer’s specifications, cut sheets, and performance documentation• Plumbing plans

GREEN GLOBES #4.2.1.1.1 - ANSI #9.2.1.1Cycles of concentration in cooling towersachieve one of the following thresholds:

• A minimum of 5 cycles ofconcentration for make-upwater having less than orequal to 200 ppm (200 mg/L)total hardness as calciumcarbonate (5 points)

• A minimum of 3.5 cycles formakeup water with morethan 200 ppm (200 mg/L)total hardness as calciumcarbonate (5 points)

• A minimum dischargeconductivity of 1500micromhos/cm or a maximumof 150 ppm (150 mg/L) ofsilica measured as silicondioxide (5 points)


• N/A

195

Scoring Matrix


A minimum of 5 cycles of concentration for make-up water havingless than or equal to 200 ppm (200 mg/L) total hardness as calciumcarbonate

5 5

A minimum of 3.5 cycles for makeup water with more than 200 ppm(200 mg/L) total hardness as calcium carbonate

5 5

A minimum discharge conductivity of 1500 micromhos/cm or amaximum of 150 ppm (150 mg/L) of silica measured as silicon dioxide

5 5


N/A 0 0

196



GREEN GLOBES #4.2.1.1.2 - ANSI #9.2.1.1One of the following target performancemetrics is met:

• 6 cycles are achieved wherethe tower target performancemetric is defined in 4.2.1.1.1 as5 (4 points)

• 4.5 cycles are achievedwhere the targetperformance metric isdefined in 4.2.1.1.1 as 3.5 andthese cycles of concentrationare sustained whilemaintaining the definedthreshold water qualityparameters in 4.2.1.1.1 (4points)


• N/A

197

Scoring Matrix


6 cycles are achieved where the tower target performance metric isdefined in 4.2.1.1.1 as 5

4 4

4.5 cycles are achieved where the target performance metric isdefined in 4.2.1.1.1 as 3.5 and these cycles of concentration aresustained while maintaining the defined threshold water qualityparameters in 4.2.1.1.1

4 4


N/A 0 0



GREEN GLOBES #4.2.1.1.3 - ANSI #9.2.1.1At least 25% of a cooling tower’s annualmakeup water is from safe and approvedalternative non-potable sources?

• Yes (4 points)

• No (0 points)

• N/A

198

Scoring Matrix


Yes 4 4

No 0 4

N/A 0 0



Scoring Matrix


Yes 2 2

No 0 2

N/A 0 0

GREEN GLOBES #4.2.1.2 - ANSI #9.2.1.2Are advanced predictive or tracking tower controlsystems used to mediate cooling tower makeupand discharge?

• Yes (2 points)

• No (0 points)

• N/A

199

Assessment GuidanceNot applicable where evaporative cooling is not required.


Scoring Matrix


≥75% and ≤100% 7 7

≥50% and <75% 4 7

≥20% and <50% 2 7

<20% 0 7

N/A 0 0

GREEN GLOBES #4.2.1.3 - ANSI #9.2.1.3What percentage of annual cooling demands arereplaced by non-evaporative cooling?

• ≥75% and ≤100% (7 points)

• ≥50% and <75% (4 points)

• ≥20% and <50% (2 points)

• <20% (0 points)

• N/A

200



Scoring Matrix


Yes, 0.001% or less for counterflow systems 2 2

Yes, 0.002% or less for crossflow systems 2 2

No 0 2

N/A 0 0

GREEN GLOBES #4.2.1.4 - ANSI #9.2.1.4Are cooling tower(s) equipped with drifteliminators that achieve efficiency of one of thefollowing?

• Yes, 0.001% or less forcounterflow systems (2 points)

• Yes, 0.002% or less forcrossflow systems (2 points)

• No (0 points)

• N/A

201

Boilers and Hot Water Systems 10

Boilers and Water Heaters 3

GREEN GLOBES #4.3.1.1 - ANSI #9.3.1.1Do boilers AND/OR water heaters have the following features:

Assessment GuidanceNot applicable where there will be no steam boilers or where steam boilers are lessthan 200 BHP.

Scoring Matrix


Yes 2 2

No 0 2

N/A 0 0

GREEN GLOBES #4.3.1.1.1 - ANSI #9.3.1.1.1Boiler systems with over 50 BHP havecondensate return systems?

• Yes (2 points)

• No (0 points)

• N/A

202

Assessment GuidanceNot applicable where there are no boilers.

Scoring Matrix


Non-steam boilers have conductivity controllers 1 1

Steam boilers have conductivity meters 1 1

Both non-steam and steam boilers have conductivity controllers 1 1

No 0 1

N/A 0 0

GREEN GLOBES #4.3.1.1.2 - ANSI #9.3.1.1.2, 9.3.1.1.3Non steam boilers have conductivitycontrollers AND/OR steam boilers haveconductivity meters?

• Non-steam boilers haveconductivity controllers (1points)

• Steam boilers haveconductivity meters (1 points)

• Both non-steam and steamboilers have conductivitycontrollers (1 points)

• No (0 points)

• N/A

203

Domestic Hot Water Systems 7

Assessment GuidanceReduce hot water piping volume to all lavatory sinks, kitchen sinks, and showers.

GREEN GLOBES #4.3.2.1 - ANSI #9.3.2.1Is energy and water conserved by designingefficient hot water delivery piping systems by oneof the following options?

• A maximum of 48 oz. from awater heater AND/OR amaximum of 24oz from arecirculation or similar hotwater line (4 points)




204

Scoring Matrix


A maximum of 48 oz. from a water heater AND/OR a maximum of 24ozfrom a recirculation or similar hot water line

4 4


3 4


2 4


205

Assessment GuidanceContinuously operating recirculation systems and recirculation systems on timers are noteligible for this credit.

Scoring Matrix


>90% 3 3

≥75 and ≤90% 2 3

<75% 0 3

GREEN GLOBES #4.3.2.2 - ANSI #9.3.2.2What is the percentage of a reduction of hotwater waste to lavatory sinks, kitchen sinks, andshowers by use of hot water recirculating systemsthat use occupant sensors, occupant controls, andthermocouples to reduce waiting times and waterpurged down the drain?

• >90% (3 points)

• ≥75 and ≤90% (2 points)

• <75% (0 points)

206

Water Intensive Applications 21

Commercial Food Service Equipment 7

Assessment GuidanceNot applicable where there are no commercial food service facilities.

Recommended Documents• Plumbing plans

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

Assessment GuidanceNot applicable where there are no commercial food service facilities.


GREEN GLOBES #4.4.1.1.1 - ANSI #9.4.1.1.1Does food services avoid once-through water-cooled equipment?

• Yes (1 points)

• No (0 points)

• N/A

GREEN GLOBES #4.4.1.1.2 - ANSI #9.4.1.1.2Does food services avoid water-fed food wastedisposers?

• Yes (1 points)

• No (0 points)

• N/A

207

• Plumbing plans

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

Assessment GuidanceNot applicable where there are no combination ovens.

Recommended Documents• Manufacturer’s specifications, cut sheets, and performance documentation for pre-

rinse spray valves, ice machines, food steamers, dishwashers, and combinationovens

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

GREEN GLOBES #4.4.1.2.1 - ANSI #9.4.1.2.1Do combination ovens consume 1.5 gal per pan/hr. (39 L/hr.) or less in the steamer mode?

• Yes (1 points)

• No (0 points)

• N/A

208

Assessment GuidanceNot applicable where there are no pre-rinse spray valves.



Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

Assessment GuidanceNot applicable where there are no food steamers.


GREEN GLOBES #4.4.1.2.2 - ANSI #9.4.1.2.2Do pre-rinse spray valves comply with therequirements of the U.S. EPA’s WaterSenseProgram and consume 1.28 gal/min (4.8 L/min) orless?

• Yes (1 points)

• No (0 points)

• N/A

GREEN GLOBES #4.4.1.2.3 - ANSI #9.4.1.2.3Do boilerless/connectionless food steamersconsume 2 gal/hr./compartment (7.5 L/hr.) or less?

• Yes (1 points)

• No (0 points)

• N/A

209


Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

Assessment GuidanceNot applicable where there are no dishwashers.



Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

GREEN GLOBES #4.4.1.2.4 - ANSI #9.4.1.2.4Do dishwashers comply with ENERGY STARrequirements and consume 1.6 gal/rack (6.1 L/rack)or less and/or rackless flight-type dishwashersconsume 160 gal/hr. (605.7 L/hr.) or less?

• Yes (1 points)

• No (0 points)

• N/A

210

Assessment GuidanceNot applicable where there are no ice makers.



Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

GREEN GLOBES #4.4.1.2.5 - ANSI #9.4.1.2.5Do ice makers comply with ENERGY STARrequirements where such requirements exist?

• Yes (1 points)

• No (0 points)

• N/A

211

Laboratory and Medical Equipment 2

Assessment GuidanceNot applicable where there are no steam sterilizers.

Recommended Documents• Manufacturer’s specifications, cut sheets and performance documentation for steam

sterilizers, laboratory or medical equipment using non-potable water for oncethrough cooling, water recycling units, and wet scrubbers

Scoring Matrix


Yes 0.5 0.5

No 0 0.5

N/A 0 0

Assessment GuidanceNot applicable where there are no steam sterilizers.


GREEN GLOBES #4.4.2.1.1 - ANSI #9.4.2.1.1Are steam sterilizers equipped with mechanicalvacuum systems?

• Yes (0.5 points)

• No (0 points)

• N/A

GREEN GLOBES #4.4.2.1.2 - ANSI #9.4.2.1.2Are steam sterilizers equipped with watertempering devices that only allow water to flowwhen the discharge of condensate or hot waterfrom the sterilizer exceeds 140oF (60oC)?

• Yes (0.5 points)

• No (0 points)

• N/A

212

• Manufacturer’s specifications, cut sheets and performance documentation for steamsterilizers, laboratory or medical equipment using non-potable water for oncethrough cooling, water recycling units, and wet scrubbers

Scoring Matrix


Yes 0.5 0.5

No 0 0.5

N/A 0 0

Assessment GuidanceNot applicable where there are no medical/dental systems.

Recommended Documents• Manufacturer’s specifications, cut sheets and performance documentation for steam

sterilizers, laboratory or medical equipment using non-potable water for oncethrough cooling, water recycling units, and wet scrubbers

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

GREEN GLOBES #4.4.2.2 - ANSI #9.4.2.2Are steam sterilizers equipped with specify dryvacuum systems for all medical/dental purposes?

• Yes (1 points)

• No (0 points)

• N/A

213

Laundry Equipment 6

Assessment GuidanceNot applicable where there are no coin- and card-operated machines.

Scoring Matrix


Yes 2 2

No 0 2

N/A 0 0

GREEN GLOBES #4.4.3.1 - ANSI #9.4.3.1Do coin- or card-operated laundromat machinesmeet the prescribed water factor (WF)performance for the following?

• Laundromat clothes washers, single-loadhave a WF of 4.0 or less and comply withENERGY STAR requirements

AND/OR

• Clothes washers, Multi-load have a WF of8.0 or less

• Yes (2 points)

• No (0 points)

• N/A

214

Assessment GuidanceNot applicable where there is no industrial laundry or where volumes do not exceed 350lbs. (160 kg) per hour.

Recommended Documents• Plumbing plans

Scoring Matrix


Yes 2 2

No 0 2

N/A 0 0

GREEN GLOBES #4.4.3.2 - ANSI #9.4.3.2Do laundry equipment in industrial laundryfacilities include the following features andsystems?

• Clothes washers, Tunnel clothes washerscan be programmed to use a specificamount of water depending on the soillevel of the material to be washed

AND

• Maximum water consumption of washersis 1.0 gal/lb. (8 L/kg)

AND

• Washers have a water recycling system

• Yes (2 points)

• No (0 points)

• N/A

215

Assessment GuidanceNot applicable where there is no on-premise/institutional laundry.

Scoring Matrix


Yes 2 2

No 0 2

N/A 0 0

GREEN GLOBES #4.4.3.3 - ANSI #9.4.3.3In an on-premise/institutional laundry, do clotheswashers and washer-extractors have a maximumWF of 8.0?

• Yes (2 points)

• No (0 points)

• N/A

216

Water Features and Pools 6

Assessment GuidanceNot applicable where there are no water features.

Recommended Documents• Description of alternate water sources to be used• Plumbing plans• Manufacturer’s specifications, cut sheets, and performance documentation for all

special water features and for all meters

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

Assessment GuidanceNot applicable where there are no water features.

GREEN GLOBES #4.4.4.1 - ANSI #9.4.4.1Do water features re-circulate water for reusewithin the system and have a leak/water lossdetection system?

• Yes (1 points)

• No (0 points)

• N/A

GREEN GLOBES #4.4.4.2 - ANSI #9.4.4.2Do water features use alternate water sources ofnon-potable water for make-up water?

• Yes (1 points)

• No (0 points)

• N/A

217

Not applicable where prohibited by the authority having jurisdiction.

Recommended Documents• Description of alternate water sources to be used• Manufacturer’s specifications, cut sheets, and performance documentation for all

special water features and for all meters• Plumbing plans

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

Assessment GuidanceExamples of evaporation reduction/mitigation features include pool covers, storage offeature water in underground tanks, controls to curtail use during high loss periods, etc.

Not applicable where there are no pools, spas, or water features.

Recommended Documents• Manufacturer’s specifications, cut sheets, and performance documentation for all


GREEN GLOBES #4.4.4.3 - ANSI #9.4.4.3Do pools and spas or water features have anevaporation reduction/mitigation feature?

• Yes (1 points)

• No (0 points)

• N/A

218

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

Assessment GuidanceNot applicable where there are no pools or spas.



Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

GREEN GLOBES #4.4.4.4 - ANSI #9.4.4.4Are pools and spas equipped with splash outtroughs to recover water?

• Yes (1 points)

• No (0 points)

• N/A

219




Scoring Matrix


Yes 1 1

No 0 1

N/A 0 1




GREEN GLOBES #4.4.4.5 - ANSI #9.4.4.5Are pools and spa backwash water treated andrecovered for appropriate reclamation, recycling,AND/OR irrigation?

• Yes (1 points)

• No (0 points)

• N/A

GREEN GLOBES #4.4.4.6 - ANSI #9.4.4.6Do pools and spas use regenerative sorptivemedia (not conventional filtration or standardsand-based filtration) or cartridge filtration?

• Yes (1 points)

• No (0 points)

• N/A

220

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

221

Water Treatment 4

Water Treatment for End Uses 4

Assessment GuidanceNot applicable where there is no water treatment system.

Recommended Documents• Manufacturer’s specifications, cut sheets, and performance documentation for

filtration systems, pressure drop gauges, reverse osmosis systems, water softeners,and recharge controls

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

GREEN GLOBES #4.5.1.1 - ANSI #9.5.1.1Are filtration systems equipped with pressuredrop gauges that allow backwash to be based onpressure drop and not on timers?

• Yes (1 points)

• No (0 points)

• N/A

222


Recommended Documents• Construction Documents• Manufacturer’s specifications, cut sheets, and performance documentation for


Scoring Matrix


Rejects less than 60% 2 2

Rejects less than 70% 1 2

Neither 0 2

N/A 0 0

GREEN GLOBES #4.5.1.2 - ANSI #9.5.1.2Does reverse osmosis achieve one of thefollowing?

• Rejects less than 70% of feed-watervolume for a system that produces lessthan 100 gal. (380 L) per day

OR

• Rejects less than 60% of feed-watervolume for a system that produces morethan 100 gal. (380 L) per day

• Rejects less than 60% (2 points)

• Rejects less than 70% (1 points)


• N/A

223


Recommended Documents• Construction Documents• Manufacturer’s specifications, cut sheets, and performance documentation for


Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

GREEN GLOBES #4.5.1.3 - ANSI #9.5.1.3Are water softeners demand-initiated, equippedwith recharge controls based on volume of watertreated or hardness and not on clock timers?

• Yes (1 points)

• No (0 points)

• N/A

224

Alternate Water Sources 28

Alternate Water Sources for Indoor Uses 12

Assessment GuidanceNot applicable where the authority having jurisdiction prohibits the use of alternate watersources for indoor applications.

References• EPA’s Guidelines for Water Reuse

Recommended Documents• Designer’s drawings, specifications, and performance documentation including

estimated yield and calculations to demonstrate the percentage of water from non-potable sources and alternate water sources

• Description of alternate water sources and implementation for non-potable waterapplications

GREEN GLOBES #4.6.1.1 - ANSI #9.6.1.1What percentage of indoor water demands aremet with non-potable water?

• >75% (10 points)

• >50 and ≤75% (8 points)

• ≥25% and ≤50% (6 points)

• ≥15% and ≤24% (3 points)

• <15% (0 points)

• N/A

225

Scoring Matrix


>75% 10 10

>50 and ≤75% 8 10

≥25% and ≤50% 6 10

≥15% and ≤24% 3 10

<15% 0 10

N/A 0 0

Assessment GuidancePre-plumbed systems are marked or otherwise identified as such.





GREEN GLOBES #4.6.1.2 - ANSI #9.6.1.2Is one or more of the following systems at least80% pre-plumbed (pipes and valves) duringconstruction?

• Graywater• Reclaimed water• Recycled water• Stormwater• Rainwater

• Yes (2 points)

• No (0 points)

226

Scoring Matrix


Yes 2 2

No 0 2

227

Alternate Water Sources for Outdoor Uses 15

Assessment GuidanceIrrigatation is not applicable where the vegetative landscape is less than 25% of the site.

Not applicable where there is no irrigation or other outdoor demand.

Scoring Matrix


Cooling Towers 15 15

Irrigation 15 15

Water features, Wash Down/Surface Washing; AND/OR Dust Control 0 15

N/A 0 0

GREEN GLOBES #4.6.2.1 - ANSI #9.6.2.1Are alternate water sources used to replacepotable water for one of the following outdoorpurposes?

• Cooling Towers (15 points)

• Irrigation (15 points)

• Water features, Wash Down/Surface Washing; AND/OR DustControl (0 points)

• N/A

Criterion only visible if 4.6.2.1 is answered with "Water features, Wash Down/Surface Washing; AND/OR Dust Control"

228

Assessment GuidanceNot applicable where there is no irrigation or other outdoor demand.

Scoring Matrix


Yes 5 5

No 0 5

N/A 0 0


GREEN GLOBES #4.6.2.1.1 - ANSI #9.6.2.1.3Are alternate water source(s) used for Waterfeatures?

• Yes (5 points)

• No (0 points)

• N/A


GREEN GLOBES #4.6.2.1.2 - ANSI #9.6.2.1.4Are alternate water source(s) used for WashDown/Surface Washing?

• Yes (5 points)

• No (0 points)

• N/A

229

Scoring Matrix


Yes 5 5

No 0 5

N/A 0 0


Scoring Matrix


Yes 5 5

No 0 5

N/A 0 0


GREEN GLOBES #4.6.2.1.3 - ANSI #9.6.2.1.5Are alternate water source(s) used for DustControl?

• Yes (5 points)

• No (0 points)

• N/A

230

Graywater Treatment 1

Assessment GuidanceNot applicable where there are no Graywater treatment systems.




• Manufacturer’s specifications, cut sheets and performance documentation

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

GREEN GLOBES #4.6.3.1 - ANSI #9.6.3.1Are graywater treatment systems NSF 350 listedwhere present?

• Yes (1 points)

• No (0 points)

• N/A

231

Metering 20

Water Metering 20

Assessment GuidanceNot applicable where there are no water intensive applications.

Recommended Documents• Construction Documents• Sub-meter specifications• Plan for billing of tenants• Building plans showing sub-meters

Scoring Matrix


Yes 2 2

No 0 2

N/A 0 0

Assessment Guidance

GREEN GLOBES #4.7.1.1 - ANSI #9.7.1.1Is sub-metering installed for all water-intensiveapplications such as commercial kitchens,commercial laundries, laboratories, pools, spas,etc?

• Yes (2 points)

• No (0 points)

• N/A

GREEN GLOBES #4.7.1.2 - ANSI #9.7.1.2Is metering or sub-metering installed for waterthat is used for pressurized irrigation?

• Yes (4 points)

• No (0 points)

• N/A

232

Not applicable where there is no irrigation.

Recommended Documents• Plumbing design drawings• Sub-meter specifications• Plan for billing of tenants• Building plans showing sub-meters

Scoring Matrix


Yes 4 4

No 0 4

N/A 0 0

Recommended Documents• Water Efficiency Measurement and Verification Plan including monthly reports• Sub-meter specifications• Manufacturer’s specifications, cut sheets, and performance documentation for the

Meter Data System and meters• Building plans showing sub-meters

Scoring Matrix


Yes 2 2

No 0 2

GREEN GLOBES #4.7.1.3 - ANSI #9.7.1.3Are all water meters and sub-meters linked to aMeter Data Management System to store andreport water consumption data?

• Yes (2 points)

• No (0 points)

233

Assessment GuidanceNot applicable where there are no chilled or hot water loops.

Recommended Documents• Plumbing design drawings• Sub-meter specifications• Building plans showing sub-meters

Scoring Matrix


Yes 2 2

No 0 2

N/A 0 0

Assessment GuidanceNot applicable where there is no multi-unit development.

GREEN GLOBES #4.7.1.4 - ANSI #9.7.1.4Are chilled or hot water loops or cooling towermake up water supply pipes equipped withmeters?

• Yes (2 points)

• No (0 points)

• N/A

GREEN GLOBES #4.7.1.5. - ANSI #9.7.1.5.What percentage of the units in the developmentare sub-metered and allow for tenants to viewtheir consumption and be billed based upon it?

• At least 90% (10 points)




• N/A

234

Recommended Documents• Construction Documents• Plumbing design drawings• Sub-meter specifications• Plan for billing of tenants• Building plans showing sub-meters

Scoring Matrix


At least 90% 10 10

At least 75% 7 10

At least 50% 5 10

At least 25% 2 10

N/A 0 0

235

Irrigation 27

Irrigation 27

Assessment GuidanceNot Applicable where there is no landscaping or the landscaping has no vegetation.

References• 2014 Landscape Irrigation Best Management Practices• EPA WaterSense Water Budget Tool (V 1.02)• ASABE/ICC 802-2014 ANSI Landscape Irrigation Sprinkler and Emitter Standard

Recommended Documents• Manufacturer’s specifications, cut sheets, and performance documentation• Landscape architect/designer approved irrigation plan• Construction Documents

Scoring Matrix


Yes 16 16

No 0 16

N/A 0 0

GREEN GLOBES #4.8.1.1 - ANSI #9.8.1.1Was an irrigation system avoided from beinginstalled?

• Yes (16 points)

• No (0 points)

• N/A

Criterion only visible if 4.8.1.1 is answered with "No"

236

Assessment GuidanceUse the EPA WaterSense Water Budget Tool to determine landscape water allowance (LWA)and the landscape irrigation design and installation aligns with the allowance.

Exclusion: The area of the landscape used to grow food for human consumption is notincluded in the calculations.

Scoring Matrix


Yes 6 6

No 0 6

GREEN GLOBES #4.8.1.1.1 - ANSI #9.8.1.1Is there a 30% reduction in water demandcompared to the baseline as determined by theEPA WaterSense Water Budget Tool?

• Yes (6 points)

• No (0 points)

Criterion only visible if 4.8.1.1 is answered with "No"

237

GREEN GLOBES #4.8.1.1.2 - ANSI #9.8.1.1What percentage of water reduction in waterdemand above 30% did the project achieve?

• ≥45% (9 points)

• 40-44% (8 points)

• 35-39% (7 points)

• 30-34% (6 points)

• 25-29% (5 points)

• 20-24% (4 points)

• 15-19% (3 points)

• 10-14% (2 points)

• 5-9% (1 points)

• 0-4% (0 points)

238

Scoring Matrix


≥45% 9 9

40-44% 8 9

35-39% 7 9

30-34% 6 9

25-29% 5 9

20-24% 4 9

15-19% 3 9

10-14% 2 9

5-9% 1 9

0-4% 0 9

Assessment GuidanceNot applicable where no irrigation system is installed.

Recommended Documents• Landscape architect/designer approved irrigation plan

GREEN GLOBES #4.8.1.2 - ANSI #9.8.1.2Was an irrigation plan developed by a certified/licensed irrigation designer for the approvedlandscape plan that shows calculations forlandscape water requirements compared to theLWA?

• Yes (4 points)

• No (0 points)

• N/A

239

Scoring Matrix


Yes 4 4

No 0 4

N/A 0 0


Recommended Documents• Manufacturer’s specifications, cut sheets, and performance documentation• Landscape architect/designer approved irrigation plan

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

GREEN GLOBES #4.8.1.3.1 - ANSI #9.8.1.3.1Does the irrigation system include WaterSense orSmart Water Application Technology (SWAT),smart controllers, soil moisture sensors, AND/ORautomatic rain shutoff devices?

• Yes (1 points)

• No (0 points)

• N/A

240


Recommended Documents• Landscape architect/designer approved irrigation plan• Manufacturer’s specifications, cut sheets, and performance documentation

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0


Recommended Documents• Manufacturer’s specifications, cut sheets, and performance documentation

GREEN GLOBES #4.8.1.3.2 - ANSI #9.8.1.3.2Does the irrigation system include pressureregulation for each zone to maintain properoperating pressures for landscape irrigationsprinklers or drip components?

• Yes (1 points)

• No (0 points)

• N/A

GREEN GLOBES #4.8.1.3.3 - ANSI #9.8.1.3.3Does the irrigation system include drip irrigationon all planting beds where mature plant height is10 in. (25.4 cm) or greater AND/OR in any plantedarea with a dimension less than 5 ft. (1.5 m) in anydirection?

• Yes (1 points)

• No (0 points)

• N/A

241

• Landscape architect/designer approved irrigation plan

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0



Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

GREEN GLOBES #4.8.1.3.4 - ANSI #9.8.1.3.4Does the irrigation system include flow sensingincorporated in the control system to suspendirrigation in any zone where flows exceedexpectation?

• Yes (1 points)

• No (0 points)

• N/A

242



Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0



GREEN GLOBES #4.8.1.3.5 - ANSI #9.8.1.3.5Does the irrigation system include landscapeirrigation sprinklers and drip emitters that complywith ASABE/ICC 802-2014 ANSI LandscapeIrrigation Sprinkler and Emitter Standard?

• Yes (1 points)

• No (0 points)

• N/A

GREEN GLOBES #4.8.1.4 - ANSI #9.8.1.4Is the sprinkler system inspected for properinstallation of all components specified on theirrigation plan and to assure that there is no runoffor overspray onto impervious surfaces?

• Yes (2 points)

• No (0 points)

• N/A

243


Scoring Matrix


Yes 2 2

No 0 2

N/A 0 0

244

Materials 150

Whole Building Life Cycle Assessment 30

Whole Building Life Cycle Assessment 30

Assessment Guidance

GREEN GLOBES #5.1.1.1 - ANSI #10.1.1.1When evaluating a minimum of two differentbuilding designs and using at least three impactindicators, what is the reduction demonstrated inenvironmental impact?

• ≥25% (30 points)

• 24% (28 points)

• 23% (26 points)

• 22% (24 points)

• 21% (22 points)

• 20% (20 points)

• 19% (18 points)

• 18% (16 points)

• 17% (14 points)

• 16% (12 points)

• 15% (10 points)

• <15% (0 points)

245

The project team evaluates a minimum of two different building designs using ASTME2921-13 and the following assessment protocol to select the building with the lowerenvironmental impact.

The life cycle assessment reports the following life cycle impact indicators:

• Global warming potential (GWP)/climate change;• Acidification potential;• Eutrophication potential;• Ozone depletion potential (ODP); and• Smog potential.

The proposed final design of the building with the lower anticipated environmental impactachieves the following performance targets compared to the reference design:

• A minimum 5% reduction each, for at least three impact indicators, one of which isglobal warming potential; and

• No other impact indicator exceeds the reference design by more than 5%.

Percentage reduction is demonstrated by adding at least three impact indicators.

Operating energy consumption and MEP systems can be included. A registered designprofessional verifies structural material quantities, with the exception of existing buildings.

References• Tally™• SimaPro Sustainability Life Cycle Assessment Carbon Footprinting• GaBi Software Building LCA• The Athena Impact Estimator for Buildings (Version 4.2 or later)• ASTM E2921-13 Standard Practice for Minimum Criteria for Comparing Whole

Building Life Cycle Assessments for Use with Building Codes and Rating Systems

246

http://choosetally.com/

http://www.simapro.co.uk/

http://www.gabi-software.com/america/solutions/building-lca/

http://calculatelca.com/software/impact-estimator/

Scoring Matrix


≥25% 30 30

24% 28 30

23% 26 30

22% 24 30

21% 22 30

20% 20 30

19% 18 30

18% 16 30

17% 14 30

16% 12 30

15% 10 30

<15% 0 30

247

Product Life Cycle 29

Product Life Cycle 29

Assessment GuidanceProduct Manufacturers provide one or more of the following for a minimum of twentyproducts that at a minimum evaluate the cradle-to-gate product life cycle:

• Third party verified Type III Environmental Product Declarations (EPD) according toISO 21930: 2007 or ISO 14025: 2006, either product specific or industry average;

GREEN GLOBES #5.2.1.1 - ANSI #10.2.1.1How many products include third partyverifications/certifications that evaluate thecradle-to-gate product life cycle?

• ≥30 (19 points)

• 29 (14 points)

• 28 (13 points)

• 27 (12 points)

• 26 (11 points)

• 25 (10 points)

• 24 (9 points)

• 23 (8 points)

• 22 (7 points)

• 21 (6 points)

• 20 (5 points)

• <20 (0 points)

248

• Third party Multiple Attribute Product Certification; AND/OR• Third party verified product life cycle assessment based upon ISO 14040: 2006 and

ISO 14044: 2006.

References• UL 102: Standard for Sustainability for Swinging Door Leafs• UL 100: Standard for Sustainability for Gypsum Boards and Panels• Tile Council of North America’s Green Squared Certification (ANSI A138.1-2011)• ANSI/BIFMA e3-2014: Business and Institutional Furniture Sustainability Standard

(BIFMA e3) and Level® Sustainability Certification Program for Furniture• ANSI/NSC 373-2014 Sustainability Assessment for Natural Dimension Stone• NSF/ANSI 347-2012 Sustainability Assessment for Single Ply Roof Membranes• NSF/ANSI 342-2014 Sustainability Assessment for Wallcovering Products• NSF/ANSI 336-2011 Sustainability Assessment for Commercial Furnishings Fabric• NSF/ANSI 332-2015 Sustainability Assessment for Resilient Flooring• NSF/ANSI 140-2015 Sustainability Assessment for Carpet

249

Scoring Matrix


≥30 19 19

29 14 19

28 13 19

27 12 19

26 11 19

25 10 19

24 9 19

23 8 19

22 7 19

21 6 19

20 5 19

<20 0 19

250

References• UL 102: Standard for Sustainability for Swinging Door Leafs• UL 100: Standard for Sustainability for Gypsum Boards and Panels• Tile Council of North America’s Green Squared Certification (ANSI A138.1-2011)• ANSI/BIFMA e3-2014: Business and Institutional Furniture Sustainability Standard

(BIFMA e3) and Level® Sustainability Certification Program for Furniture• ANSI/NSC 373-2014 Sustainability Assessment for Natural Dimension Stone• NSF/ANSI 347-2012 Sustainability Assessment for Single Ply Roof Membranes• NSF/ANSI 342-2014 Sustainability Assessment for Wallcovering Products• NSF/ANSI 336-2011 Sustainability Assessment for Commercial Furnishings Fabric• NSF/ANSI 332-2015 Sustainability Assessment for Resilient Flooring• NSF/ANSI 140-2015 Sustainability Assessment for Carpet• Multi-attribute Standards (MAS): products compared use the same MAS

GREEN GLOBES #5.2.1.2 - ANSI #10.2.1.2How many products include one or more of thefollowing verifications that evaluate the productsthrough end of life (cradle-to-grave product lifecycle)?

• Third party verified Type III EnvironmentalProduct Declarations (EPD) according toISO 21930: 2007 or ISO 14025: 2006

AND/OR

• Third party verified product life cycleassessment based upon ISO 14040: 2006and ISO 14044: 2006

• ≥10 (10 points)

• 9 (9 points)

• 8 (8 points)

• 7 (7 points)

• 6 (6 points)

• 5 (5 points)

• <5 (0 points)

251

Scoring Matrix


≥10 10 10

9 9 10

8 8 10

7 7 10

6 6 10

5 5 10

<5 0 10

252

Product Risk Assessment 19

Screening-Level Product Risk Assessment 19

253

Assessment Guidance

GREEN GLOBES #5.3.1.1 - ANSI #10.3.1.1How many formulated products or articles have acompleted first, second, or third party screening-level product risk assessment?

• ≥15 (19 points)

• 14 (14 points)

• 13 (13 points)

• 12 (12 points)

• 11 (11 points)

• 10 (10 points)

• 9 (9 points)

• 8 (8 points)

• 7 (7 points)

• 6 (6 points)

• 5 (5 points)

• 4 (4 points)

• 3 (3 points)

• 2 (2 points)

• 1 (1 points)

• 0 (0 points)

254

Product risk assessments must be in accordance with the chemical characteristics identifiedin NSF/GCI/ANSI 355: Greener Chemicals and Processes Information Standard, based onthe product’s intended use, concentration of each chemical constituent within the product,and completion of a peer reviewed exposure model in accordance with 10.3.2; including, asa minimum, the following technically supported and applicable exposure scenario factorsfor either interior or exterior product categorized products: frequency, duration, amountutilized, ventilation rate, wind speed, and room/space size, or unlimited for unconfinedspaces.

Points are earned for discrete products with different functional uses and not variations ofthe same product, unless the manufacturers show substantial difference between thechemical constituents or components. Where a product has both interior and exteriorexposure, the screening-level product risk assessment is required for the interior exposureonly.

Product Screening-Level Product Risk Assessment Reporting:

The product manufacturer provides a screening-level product risk assessment report thatincludes the following elements:

• Certification that their full product formulation underwent the screening-levelproduct risk assessment, including each constituent chemical identified byapplicable Chemical Abstract Service Number (CAS number) and the percentage(actual, estimated, or range %) of each constituent chemical in the formulation (deminimus of 0.1% for carcinogens and 1% for other hazardous ingredients); and

• Each screening-level product risk assessment for human health, safety andecological impacts, is required based upon the NSF/GCI/ANSI-355 ChemicalCharacteristics, and the results are reported in the generic classification of Green(least risk), Yellow (second least risk), Orange (second most risk), and Red (most risk).

Note: Human health and safety risk and ecological screening-level product riskassessments may be completed separately by different entities.

References• Screening-level product risk assessment tools referencing NSF/GCI/ANSI 355:

Greener Chemicals and Processes Information Standard AND/OR processesallowed by regulatory authorities, e.g. REACH, EPA, Health Canada or other sources(2011)

255

Recommended Documents• The product screening-level product risk assessment report additionally includes

documentation of the worst case constituent chemical acute and chronic exposureconcentration and/or dosage and Risk Characterization Ratio (RCR).

• Description of how the product risks were converted into the Green, Yellow, Orangeand Red classifications

• Underlying assumptions and other relevant information needed for an independentvalidation of the assessment process

• Applicable routes of exposure (i.e., inhalation, dermal, oral) and exposure scenariofactors used in the calculation

• Description of how the screening-level product risk assessment system/toolcalculated the overall product risk, including both human health and safety, andecological risks

256

Scoring Matrix


≥15 19 19

14 14 19

13 13 19

12 12 19

11 11 19

10 10 19

9 9 19

8 8 19

7 7 19

6 6 19

5 5 19

4 4 19

3 3 19

2 2 19

1 1 19

0 0 19

257

Sustainable Materials Attributes 10

Product Sustainable Materials Attributes 10

Assessment GuidancePoints are earned based on adding percentages of materials, by material cost, that carry thepre-consumer recycled content, post-consumer recycled content, biobased content or thirdparty sustainable forestry certification content attribute:

Product Sustainable Attribute Material =

Pre-consumer recycled content %

GREEN GLOBES #5.4.1.1 - ANSI #10.4.1.1What percentage is the Product SustainableAttribute Material?

• ≥28% (10 points)

• ≥26% and <28% (9 points)

• ≥24% and <26% (8 points)

• ≥22% and <24% (7 points)

• ≥20% and <22% (6 points)

• ≥18% and <20 (5 points)

• ≥16% and <18% (4 points)

• ≥14% and <16% (3 points)

• ≥12% and <14% (2 points)

• ≥11% and <12% (1 points)

• <11% (0 points)

258

+

Post-consumer recycled content %

+

Biobased content %

+

Third Party Sustainable Forestry Certification content %

Use the formula below to determine the percentages by cost of the products that carry thelisted attributes. Only the portion of materials that has the identified attribute should beincluded. For example, if a product has 40% pre-consumer recycled content, only 40% ofthe value of that product is included.

Sustainable Attribute % = Sum for all materials: (Portion of the Material with the Attribute xmaterials cost)/(Total Material Value)

Products that are claimed for credit under Third Party Sustainable Forestry Certification arenot also included as biobased content.

Biobased content percentage may be calculated by weight or in accordance with ASTMD6866-16 Standard Test Methods for Determining the Biobased Content of Solid, Liquid,and Gaseous Samples Using Radiocarbon Analysis.

The following forest certification systems are recognized:

• Forest Stewardship Council (FSC): https://us.fsc.org/en-us• Sustainable Forestry Initiative, Inc. (SFI): http://www.sfiprogram.org/• American Tree Farm System (ATFS): https://www.treefarmsystem.org/• Canadian Standards Association Sustainable Forestry Management (CSA):

http://www.csasfmforests.ca/• Programme for the Endorsement of Forest Certification (PEFC):

https://www.pefc.org/


259

• Manufacturer’s product data sheets or a statement from manufacturer(s) certifyingclaims or third-party certification from an organization that has the program in its ISO17065 scope of accreditation.

Scoring Matrix


≥28% 10 10

≥26% and <28% 9 10

≥24% and <26% 8 10

≥22% and <24% 7 10

≥20% and <22% 6 10

≥18% and <20 5 10

≥16% and <18% 4 10

≥14% and <16% 3 10

≥12% and <14% 2 10

≥11% and <12% 1 10

<11% 0 10

260

Reuse of Existing Structures and Materials 30

Structural Systems and Non-Structural/Interior Elements 22

Assessment GuidanceExamples of structural systems include exterior walls, interior bearing walls, roof systems,and floor systems.

PPercentage = 100 x (A ÷ B), where:ercentage = 100 x (A ÷ B), where:

A = Total square footage of reused existing structural systems

B = Total square footage of structural systems in the project

GREEN GLOBES #5.5.1.1 - ANSI #10.5.1.1What percentage of the structural systems froman existing building on the site are retained andincorporated in the new design?

• ≥95% (12 points)

• ≥90% and <95% (11 points)

• ≥85% and <90% (10 points)

• ≥80% and <85% (9 points)

• ≥75% and <80% (8 points)

• ≥70% and <75% (7 points)

• ≥65% and <70% (6 points)

• ≥60% and <65% (5 points)

• ≥50% and <60% (4 points)

• ≥40% and <50% (3 points)

• <40% (0 points)

261

Wall Area is measured in the vertical plane and other structural systems are measured inthe horizontal plane.

Recommended Documents• Construction Documents• Calculation for area of existing major structural systems reused

Scoring Matrix


≥95% 12 12

≥90% and <95% 11 12

≥85% and <90% 10 12

≥80% and <85% 9 12

≥75% and <80% 8 12

≥70% and <75% 7 12

≥65% and <70% 6 12

≥60% and <65% 5 12

≥50% and <60% 4 12

≥40% and <50% 3 12

<40% 0 12

262

Assessment GuidanceExamples of non-structural interior systems and finishes include ceiling, interior partitions,demountable walls, flooring, and doors.

Areas are calculated as the projected area of the element (e.g. if an interior partition isreused, the area is calculated as length x height of the wall).


A = Total area of reused existing interior systems and finishes

B = Total area of interior systems and finishes in the new design

GREEN GLOBES #5.5.1.2 - ANSI #10.5.1.2What percentage of non-structural interiorsystems and finishes from an existing building onthe site are retained and incorporated in the newdesign?

• ≥95% (10 points)

• ≥85% and <95% (9 points)

• ≥75% and <85% (8 points)

• ≥65% and <75% (7 points)

• ≥55% and <65% (6 points)

• ≥45% and <55% (5 points)

• ≥35% and <45% (4 points)

• ≥25% and <35% (3 points)

• ≥15% and <25% (2 points)

• ≥10% and <15% (1 points)

• <10% (0 points)

263

Recommended Documents• Construction Documents• Calculations for surface area of existing non-structural elements reused

Scoring Matrix


≥95% 10 10

≥85% and <95% 9 10

≥75% and <85% 8 10

≥65% and <75% 7 10

≥55% and <65% 6 10

≥45% and <55% 5 10

≥35% and <45% 4 10

≥25% and <35% 3 10

≥15% and <25% 2 10

≥10% and <15% 1 10

<10% 0 10

264

Material Reuse from Off-Site 8

Assessment GuidanceThe value of the reused, refurbished, or salvaged material is the greater of the cost of thereused, refurbished or salvaged material or the cost of new comparable material which isbeing avoided.

Percentages are calculated as the percentage of the total materials cost.


A = Total value of reused materials

B = Total value of materials

Recommended Documents• Manufacturer’s specifications, cut sheets and performance documentation• Calculation for percentage of off-site material reused onsite

GREEN GLOBES #5.5.2.1 - ANSI #10.5.2.1What percentage of the project incorporatesreused, refurbished AND/OR off-site salvagedmaterials in place of new materials (exceptfurnishings)?

• ≥20% (4 points)

• ≥10% and <20% (3 points)

• ≥5% and <10% (2 points)

• ≥2% and <5% (1 points)

• <2% (0 points)

265

Scoring Matrix


≥20% 4 4

≥10% and <20% 3 4

≥5% and <10% 2 4

≥2% and <5% 1 4

<2% 0 4

Assessment GuidancePercentages are calculated as the percentage of the total furnishings cost.


A = Total value of reused furnishings

B = Total value of furnishings

GREEN GLOBES #5.5.2.2 - ANSI #10.5.2.2What percentage of furnishings (includingsystems furniture) are reused, salvaged AND/ORrefurbished for reuse within the project?

• ≥30% (4 points)

• ≥20% and <30% (3 points)

• ≥15% and <20% (2 points)

• ≥10% and <15% (1 points)

• <10% (0 points)

• N/A

266

Not applicable where there are no existing furnishings or if it is not feasible to reuse existingfurnishings.

Recommended Documents• Manufacturer’s specifications, cut sheets and performance documentation• Calculation for percentage of furniture reused

Scoring Matrix


≥30% 4 4

≥20% and <30% 3 4

≥15% and <20% 2 4

≥10% and <15% 1 4

<10% 0 4

N/A 0 0

267

Waste 22

Construction Waste 16

Assessment GuidanceThe plan describes the project team’s strategy for reducing construction waste anddiverting materials from landfilling via reuse or recycling.

The preconstruction waste management plan will include:

• The strategies planned for construction waste reduction, salvaging, recycling,returning to supplier/manufacturer, or other methods for diverting waste fromlandfill;

• The facility, hauler, or service provider that will handle each material being diverted;• Whether construction and demolition materials will be separated on-site or

commingled;• The name and contact information for the person(s) responsible for developing and

implementing the waste management plan;• Reporting and record keeping provisions;• Target construction waste rate per 10.6.1.3 below; and• Target waste diversion rate.

Recommended Documents• Preconstruction waste management plan• Construction Documents

GREEN GLOBES #5.6.1.1 - ANSI #10.6.1.1Was a preconstruction waste management plancreated prior to any construction or demolitionactivities?

• Yes (2 points)

• No (0 points)

268

Scoring Matrix


Yes 2 2

No 0 2

Assessment GuidanceThe final waste management summary report must include:

• The weight or volume of the total quantity of construction and demolition waste;• The calculated construction waste per unit area for the project (see 10.6.1.3 below);• The weight or volume of the major categories of materials that were reused or

recycled;• The reuse/recycling rate for each major category of waste material;• The overall reuse/recycling rate for the project;• A description of the processing of materials through source separate or by a

comingled waste hauler;• Copies of receipts and invoices used to track the progress of the waste

management effort;• A statement that describes if a waste recycling facility was used whether it was

certified by a government or non-government organization;• The organization and contact information of the author of the waste management

summary report and the name and contact information of the person at the off-siterecycling facility responsible for date collection and reporting.

Recommended Documents• Waste management report

GREEN GLOBES #5.6.1.2 - ANSI #10.6.1.2Was a final waste management summary reportcompleted after construction documenting theresults of the implementation of thepreconstruction waste management plan?

• Yes (1 points)

• No (0 points)

269

Scoring Matrix


Yes 1 1

No 0 1

Assessment GuidanceConstruction waste includes that which is hauled from the site, whether diverted, landfilled,incinerated, or otherwise disposed of. Soil and land-clearing debris are not included in thecalculations.


GREEN GLOBES #5.6.1.3 - ANSI #10.6.1.3What is the amount of construction waste, perunit area of new building floor area, generated innew portions of buildings?

• Less than 1.2 lbs./ft2 (5.9 kgf/m2) (8 points)

• 1.2 lbs./ft2 (5.9 kgf/m2) to 2.0lbs./ft2 (9.8 kgf/m2) (5 points)

• 2.0 lbs./ft2 (9.8 kgf/m2) to 2.5lbs./ft2 (12.2 kgf/m2) (3 points)

• More than 2.5 lbs./ft2 (12.2 kgf/m2) (0 points)

270

Scoring Matrix


Less than 1.2 lbs./ft2 (5.9 kgf/m2) 8 8

1.2 lbs./ft2 (5.9 kgf/m2) to 2.0 lbs./ft2 (9.8 kgf/m2) 5 8

2.0 lbs./ft2 (9.8 kgf/m2) to 2.5 lbs./ft2 (12.2 kgf/m2) 3 8

More than 2.5 lbs./ft2 (12.2 kgf/m2) 0 8

Assessment GuidanceThe amount of construction waste that is used for waste-to-energy combustion is multipliedby 0.5 when counted as waste diverted from landfill. Waste-to-energy facilities have acombustion efficiency rate of 60% or more.

Soil and land-clearing debris and materials used as alternative daily cover at landfills are notincluded in these calculations.

Calculations may be performed based on weight or volume, but the same basis is usedthroughout this credit. Where calculations are performed to convert waste from weight tovolume or volume to weight, the source of these conversions is stated.


GREEN GLOBES #5.6.1.4 - ANSI #10.6.1.4What percentage of construction waste, includingbuilding demolition waste and packaging, isdiverted from the landfill through recycling, reuse,repurposing, or composting?

• ≥75% (4 points)

• ≥50% and <75% (3 points)

• ≥25% and <50% (2 points)

• <25% (0 points)

271

Scoring Matrix


≥75% 4 4

≥50% and <75% 3 4

≥25% and <50% 2 4

<25% 0 4

Scoring Matrix


Yes 1 1

No 0 1

GREEN GLOBES #5.6.1.5 - ANSI #10.6.1.5Has the facility verified their annual averagerecycling rate from an independent third partyorganization?

• Yes (1 points)

• No (0 points)

272

Post Occupancy Solid Waste Recycling 2

Recommended Documents• Preconstruction waste management plan

Scoring Matrix


0 0 2

1 1 2

2-3 2 2

Assessment GuidanceProvide recycling collection capacity as follows:

• Multi-family: Minimum of 0.0625 CY per resident; or• Office and Retail: Minimum of 0.035 CY per full time employee; or• Schools: Minimum of 0.010 CY per student;

Assessment Guidance

GREEN GLOBES #5.6.2.1 - ANSI #10.6.2.1Does the building design address recycling forsolid waste using one or more of the followingitems?

GREEN GLOBES #5.6.2.1.1 - ANSI #10.6.2.1.1•Capacity

GREEN GLOBES #5.6.2.1.2 - ANSI #10.6.2.1.2•Interior Storage Requirements

273

Interior Storage Requirements: Building design addresses interior storage ofrecyclables in accordance with one or more of the following space layouts, asrequired to meet minimum capacity for scheduled collection and any security orsafety needs:

• In-cabinet or under-counter/work station collection bins;• A minimum of one collection bin centrally located on each floor;• A separate and secure collection area for a single material stream;

AND/OR

• Recycling chutes that empty into dedicated recycling collection bin;

Assessment GuidanceExterior Storage Requirements: Building design addresses exterior recycling storageby providing adequate, accessible enclosures for recycling collection containers insize and number that meet minimum capacity requirements and the following:

• Permanent, durable enclosures are sized to accommodate collection binsrequired for minimum recycling capacity;

• Enclosures are screened on three sides; and• Enclosures are designed to accommodate minimum clearances for collection

equipment.

GREEN GLOBES #5.6.2.1.3 - ANSI #10.6.2.1.3•Exterior Storage Requirements

274

Supply Chain Waste Minimization 4

Assessment GuidanceThe diversion rate is expressed as a percentage and calculated as follows: Diversion Rate=

(1-[(Mass Landfilled+Mass Incinerated without Energy Recovery))/(Mass DiscardedMaterial)])x100

Discarded materials resulting from the recycling of an external waste stream as an incomingmaterial should not be considered a discarded material and should not appear in either thedenominator or numerator.

The Diversion Rate is multiplied by 1.5 for products that have been produced ormanufactured in a facility that meets the following standards and certification programs:

• Business or facilities that have achieved Zero Waste certification from the US ZeroWaste Business Council; or

• Have followed and certified to UL2799

The following methods are accepted as valid diversion from landfill:

• Recycling;• Returning to supplier;• Reuse in same process;• Reuse in different process;• Processing and selling to third party;

GREEN GLOBES #5.6.3.1 - ANSI #10.6.3.1What percentage, by cost, of building productsused come from facilities that divert over 80% oftheir waste?

• ≥50% (4 points)

• ≥40% and <50% (3 points)

• ≥30% and <40% (2 points)

• ≥20% and <30% (1 points)

• <20% (0 points)

275

• Commercial composting; AND/OR• Waste-to-energy: the manufacturer removes, to the maximum practical extent,

recyclable materials from the waste stream using common or front-end recyclingmethods before material is sent to the waste-to-energy operation. Final by-productsof waste-to-energy processes are disposed of properly and, if sent to landfill, areincluded in the total mass discarded value. Facilities are compliant with applicablegovernment emissions regulations and facility permits. The waste-to-energy processused is one of the following:

◦ Bio-diesel or other biofuels;◦ Anaerobic digestion with energy recovery; or◦ Combustion with energy recovery where:

▪ Combustion makes up less than 10% of the total waste by massdiverted; and

▪ Combustion does not generate bottom ash or fly ash defined ashazardous by US CFR 261.24 (TCLP) or equivalent test for thejurisdiction of the incineration plant.

References• Zero Waste Principles of the Zero Waste International Alliance (ZWIA), 2015• UL 2799, 2012

Recommended Documents• Construction Documents• Manufacturer’s specifications, cut sheets, and performance documentation• Verification to ZWIA or UL 2799

276

Scoring Matrix


≥50% 4 4

≥40% and <50% 3 4

≥30% and <40% 2 4

≥20% and <30% 1 4

<20% 0 4

277

Resource Conservation 10

Off-Site Fabrication for Construction Optimization 4

Recommended Documents• Design specifications• Construction Documents

Scoring Matrix


A minimum of 20% 4 4



A minimum of 5% 1 4

Less than 5% 0 4

GREEN GLOBES #5.7.1.1 - ANSI #10.7.1.1What percentage of the project incorporatesbuilding elements that are produced by one orboth of the following methods, alone or incombination?

• Modular Construction• Prefabrication

• A minimum of 20% (4 points)




• Less than 5% (0 points)

278

Design for Deconstruction (DfD) 6

References• Design for Deconstruction, M. Pulaski, C. Hewitt, M/ Horman, and B. Guy, Modern

Steel, (June 2004)• Design for Deconstruction: Principles of Design to Facilitate Reuse and Recycling,

W. Addis, B. Happold, and J. Shouten, Construction Industry Research & InformationAssociation (2004)

• Design for Disassembly in the Built Environment, Brad Guy, Hamer Center, PennState University (2008)

• CSA Z783-12 Deconstruction of Buildings and Their Related Parts

Recommended Documents• Deconstruction Plan

Scoring Matrix


Yes 6 6

No 0 6

GREEN GLOBES #5.7.2.1 - ANSI #10.7.2.1Does the project teams document the applicationof design for deconstruction (DFD) principles inthe design of the building and provides theOwner with a Deconstruction Plan that addressesboth partial deconstruction (for renovations) andtotal deconstruction (for end of life removal) of thebuilding to maximize the reuse and recycling ofbuilding components and materials?

• Yes (6 points)

• No (0 points)

279

Indoor Environment 150

Air Ventilation and Quality 35

Ventilation Air Quantity 9

References• ANSI/ASHRAE/ASHE Standard 170-2013• ANSI/ASHRAE Standard 62.1-2013• IAPMO 2009 Uniform Mechanical Code: Section 402• ICC IMC 2009: 2009 International Code Council (ICC) International Mechanical

Code(IMC): Section 605

Recommended Documents• HVAC drawings and specifications• Ventilation schedule and tables

GREEN GLOBES #6.1.1.1 - ANSI #11.1.1.1Is the quantity of ventilation for the buildingcompliant with one of the following?

• ANSI/ASHRAE Standard 62.1-2013;Ventilation for Acceptable Indoor AirQuality

• The ICC International Mechanical Code(ICC IMC 2015)

• IAPMO UMC (2015): Uniform MechanicalCode

• ANSI/ASHRAE/ASHE Standard 170-2013,Ventilation of Health Care Facilities

OR

• Local codes or standards (if morestringent)

• Yes (9 points)

• No (0 points)

280

• Ventilation air quality design data• Specifications for ventilation systems, CO2 sensing and ventilation control

equipment• Local ventilation codes or standards• List of regularly occupied zones and associated air distribution system• Filter submittals• Engineering drawings and specifications for ductwork• Balancing reports for the ventilation systems

Scoring Matrix


Yes 9 9

No 0 9

281

Air Change Effectiveness 9

Assessment GuidanceThe Ez value is determined using Table 11.1.2.1.

GREEN GLOBES #6.1.2.1 - ANSI #11.1.2.1Are the following strategies implemented whenventilation systems are used?

• For mechanical ventilation systems, thezone air distribution effectiveness Ezvalue is greater than or equal to 0.9 in allregularly occupied spaces, excludingcirculation and transitional spaces.

• Natural ventilation systems are designedin accordance with Section 6.4 of ANSI/ASHRAE Standard 62.1- 2013, or aredesigned using professionally acceptedsophisticated analytical methods such ascomputational fluid dynamics.

• Yes (9 points)

• No (0 points)

282

References• ANSI/ASHRAE Standard 62.1-2013, Section 6.2, Section 6.4


283

• HVAC drawings and specifications• Ventilation schedule and tables• Ventilation air quality design data• Specifications for ventilation systems, CO2 sensing and ventilation control

equipment• Local ventilation codes or standards• List of regularly occupied zones and associated air distribution system• Filter submittals• Engineering drawings and specifications for ductwork• Balancing reports for the ventilation systems

Scoring Matrix


Yes 9 9

No 0 9

284

Air Handling Equipment 11

Assessment GuidanceExamples of air handling equipment that provides ventilation air is central mixed airequipment, make-up air equipment, ventilation equipment for “compartmental” systemssuch as fan coils or unitary heat pumps

Examples of terminal equipment that circulates room or zone air is fan coils or unitary heatpumps.

Not applicable where non-ducted circulating unitary equipment serves only a single zone(e.g. unit heaters, force-flows).

Recommended Documents• HVAC drawings and specifications• Ventilation schedule and tables• Ventilation air quality design data• Occupant density calculation• List of regularly occupied zones and associated air distribution system• Local ventilation codes or standards• Engineering drawings and specifications for ductwork• Balancing reports for the ventilation systems• Air-handling equipment submittals

GREEN GLOBES #6.1.3.1 - ANSI #11.1.3.1Is air handling equipment equipped with filtrationas follows?

• Air handling equipment that providesventilation air: minimum MERV 13

AND

• Terminal equipment that circulates roomor zone air: minimum MERV 8.

• Yes (6 points)

• No (0 points)

• N/A

285

Scoring Matrix


Yes 6 6

No 0 6

N/A 0 0

Assessment GuidanceNot applicable where a building does not have ductwork with radiant systems and operablewindows.

Recommended Documents• HVAC drawings and specifications• Ventilation schedule and tables• Ventilation air quality design data• Local ventilation codes or standards• List of regularly occupied zones and associated air distribution system• Filter submittals• Engineering drawings and specifications for ductwork• Balancing reports for the ventilation systems• Air-handling equipment submittals

GREEN GLOBES #6.1.3.2 - ANSI #11.1.3.2Are interior liners that could harbor microbialgrowth AND/OR erode in the air stream avoidedin any outdoor air, return air, and supply airductwork, or any fan, coil, terminal, or otherdevices exposed to the airstream?

• Yes (5 points)

• No (0 points)

• N/A

286

Scoring Matrix


Yes 5 5

No 0 5

N/A 0 0

287

CO2 Sensing and Ventilation Control Equipment 6

Assessment GuidanceA densely occupied room is 25 or more people per 1,000 ft.2 (92.9 m2).

Examples of variable occupancy rooms are meeting rooms or assembly areas.

Not applicable where there are no densely occupied spaces with variable occupancy.

Recommended Documents• Design drawings• Specifications for ventilation systems, CO2 sensing and ventilation control

equipment• Occupant density calculation• HVAC drawings and specifications• List of regularly occupied zones and associated air distribution system• Construction documents and specifications

Scoring Matrix


Yes 6 6

No 0 6

N/A 0 0

GREEN GLOBES #6.1.4.1 - ANSI #11.1.4.1Do densely occupied rooms with variableoccupancy have CO2 sensing and ventilationcontrol equipment?

• Yes (6 points)

• No (0 points)

• N/A

288

Source Control and Measurement of IndoorPollutants 35

Volatile Organic Compounds 17

GREEN GLOBES #6.2.1.1 - ANSI #11.2.1.1Do adhesives and sealants (not including carpet adhesives) that are applied on site within, orpart of, the building envelope’s continuous plane of air tightness comply with the following?

Assessment GuidanceProvide documentation indicating compliance with the VOC content requirements. Suchdocumentation includes manufacturer declarations or a certification by a third party testingorganization including, but not limited to, one of the following:

• UL EcoLogo – UL Environment◦ UL 2762 Sustainability for Adhesives, 2011◦ Green Seal GS-36 Adhesives for Commercial Use (July 12, 2013)

VOC emissions results are determined by either the California Department of PublicHealth’s Standard Method for the Testing and Evaluation of Volatile Organic ChemicalEmissions from Indoor Sources Using Environmental Chambers, Version 1.1, February 2010;or UL 2821 UL GREENGUARD Certification Program Method for Measuring and EvaluatingChemical Emissions from Building Materials, Finishes and Furnishings, 2013.

Provide documentation indicating compliance with the VOC emission requirements asstated in the Standard Private Office Scenario in CDPH Standard Method V1.1 Tables 4.4 and4.5 and Method V1.1, Table 4.1 does not exceed the maximum allowable concentrations or acertification by a certification body accredited to ISO/IEC 17065:2012 and with relevantcertification program in the scope of its accreditation. Certification programs include but arelimited to, one of the following:

• UL GREENGUARD Gold– UL Environment◦ UL 2818 GREENGUARD Certification Program for Chemical Emissions for

Building Materials, Finishes and Furnishings, 2013

289

• FloorScore® Standard for flooring adhesives, 2015• Indoor Advantage Gold TM –SCS Global Services

◦ SCS - EC10.2 -2007, Environmental Certification Program—Indoor Air QualityPerformance, May, 2007

290

References• UL 2762 Sustainability for Adhesives, 2011• UL 2821 GREENGUARD Certification Program Method for Measuring and Evaluating

Chemical Emissions from Building Materials, Finishes and Furnishings, 2013• South Coast Air Quality Management District (SCAQMD)- Rule 1168

Scoring Matrix


Yes 2 2

No 0 2

Scoring Matrix


Yes 1 1

No 0 1

GREEN GLOBES #6.2.1.2 - ANSI #11.2.1.2Do paints and coatings applied on site within, or are a part of, the building’s continuous planeof air tightness comply with the following prescribed limits of VOC content limits?

GREEN GLOBES #6.2.1.1.1 - ANSI #11.2.1.170% of products by volume comply with VOCemissions criteria

• Yes (2 points)

• No (0 points)

GREEN GLOBES #6.2.1.1.2 - ANSI #11.2.1.190% of products by volume comply with VOCcontent limit

• Yes (1 points)

• No (0 points)

292

http://www.comm-2000.com/ProductDetail.aspx?UniqueKey=23406



Assessment Guidance

293

Provide documentation indicating compliance with the VOC content requirements. Suchdocumentation includes manufacturer declarations or a certification by a third party testingorganization including, but not limited to, one of the following:

• UL EcoLogo◦ UL 2760 Sustainability for Surface Coatings: Recycled Water-borne, 2011◦ UL 2768 Standard for Sustainability for Architectural Surface Coatings, 2011

Green Seal▪ Environmental Standard for Paints and Coatings, GS-11 (July 12,

2013)

VOC emissions results are determined by the California Department of Public Health’sStandard Method for the Testing and Evaluation of Volatile Organic Chemical Emissionsfrom Indoor Sources Using Environmental Chambers, Version 1.1, February 2010 ; or

UL 2821 GREENGUARD Certification Program Method for Measuring and EvaluatingChemical Emissions from Building Materials, Finishes and Furnishings, 2013.

Provide documentation indicating compliance with the VOC emission requirements asstated in the Standard Private Office Scenario in CDPH Standard Method V1.1 Tables 4.4 and4.5 and are compared to the maximum allowable concentrations in CDPH Standard MethodV1.1, Table 4.1 does not exceed the maximum allowable concentrations or a certification by acertification body accredited to ISO/IEC 17065:2012 and with relevant certification programin the scope of its accreditation. Certification programs include but not limited to, one of thefollowing:

• UL GREENGUARD Gold– UL Environment◦ UL 2818 GREENGUARD Certification Program for Chemical Emissions for

Building Materials, Finishes and Furnishings, 2013• Indoor Advantage Gold TM –SCS Global Services

References• UL 2821 GREENGUARD Certification Program Method for Measuring and Evaluating

Chemical Emissions from Building Materials, Finishes and Furnishings, 2013• UL 2768 Standard for Sustainability for Architectural Surface Coatings, 2011

295




• UL 2760 Sustainability for Surface Coatings: Recycled Water-borne, 2011• California Air Resources Board Suggested Control Measure for Architectural

Coatings (February 1, 2008)

Scoring Matrix


Yes 2 2

No 0 2

Scoring Matrix


Yes 1 1

No 0 1

GREEN GLOBES #6.2.1.3 - ANSI #11.2.1.3Do 90% by area of the below interior products comply with prescribed limits of product VOCemissions AND/OR are certified?

Assessment Guidance

GREEN GLOBES #6.2.1.2.1 - ANSI #11.2.1.270% of products by volume comply with VOCemissions criteria

• Yes (2 points)

• No (0 points)

GREEN GLOBES #6.2.1.2.2 - ANSI #11.2.1.290% of products by volume comply with VOCcontent limits

• Yes (1 points)

• No (0 points)

296


Provide documentation indicating compliance with the VOC emission requirements or acertification by a third party testing organization including, but not limited to, one of thefollowing:

• FloorScore (Resilient Flooring) – Resilient Floor Covering Institute◦ SCS - EC10.2 -2007, Environmental Certification Program—Indoor Air Quality

Performance. May, 2007• GREENGUARD Gold – UL Environment

◦ UL 2818, “GREENGUARD Certification Program for Chemical Emissions forBuilding Materials, Finishes and Furnishings,” March 2013.

• Indoor Advantage Gold TM –SCS Global Services◦ SCS - EC10.2 -2007, “Environmental Certification Program—Indoor Air

Quality Performance”, May, 2007.◦ CRI Green Label Plus – Carpet and Rug Institute: CRI Green Label Plus

Carpet Program Test Criteria: http://www.carpet-rug.org/carpet-cushion-and-adhesive.html (last accessed 7/14/17)

For products containing composite wood, provide copies of product labels, chain-of-custody records, or documentation demonstrating compliance with the CARB/ATCMformaldehyde regulation.

297

Points are earned when 90% by area of products in the categories comply with VOCemissions criteria.

298

Scoring Matrix


Yes 3 3

No 0 3

Scoring Matrix


Yes 3 3

No 0 3

Scoring Matrix


Yes 1 1

No 0 1

GREEN GLOBES #6.2.1.3.1 - ANSI #11.2.1.3Floors/floor coverings

• Yes (3 points)

• No (0 points)

GREEN GLOBES #6.2.1.3.2 - ANSI #11.2.1.3Ceiling systems

• Yes (3 points)

• No (0 points)

GREEN GLOBES #6.2.1.3.3 - ANSI #11.2.1.3Acoustical and thermal insulation

• Yes (1 points)

• No (0 points)

300

Scoring Matrix


Yes 1 1

No 0 1

GREEN GLOBES #6.2.1.4 - ANSI #11.2.1.4Do furniture, casework, cabinets, workstations, and seating all comply with prescribed limits ofVOC emissions AND/OR are certified?

Assessment GuidanceNote: certified means compliance with any of the certifications listed per Table 11.2.1.4:Furniture and Furnishings VOC Emissions.

GREEN GLOBES #6.2.1.3.4 - ANSI #11.2.1.3Wall systems

• Yes (1 points)

• No (0 points)

301

Provide documentation indicating compliance with the VOC emission requirements or acertification by a third party testing organization including, but not limited to, one of thefollowing:

• GREENGUARD Gold – UL Environment – 7.6.1, 7.6.2, and 7.6.3◦ UL 2818, GREENGUARD Certification Program for Chemical Emissions for

Building Materials, Finishes and Furnishings, 2013.• MAS Certified Green Furniture per ANSI/BIFMA M7.1-2011(R2016)• SCS Indoor Advantage per ANSI/BIFMA M7.1-2011(R2016)

GREEN GLOBES #6.2.1.4.1 - ANSI #11.2.1.4100% by cost of installed furniture productscomply with ANSI/BIFMA e3 Section 7.6.1

• Yes (1 points)

• No (0 points)

302

Scoring Matrix


Yes 1 1

No 0 1

Scoring Matrix


Yes 1 1

No 0 1

Scoring Matrix


Yes 1 1

No 0 1


• Yes (1 points)

• No (0 points)


• Yes (1 points)

• No (0 points)

303

Pre-Occupancy Indoor Air Quality Testing 6

Scoring Matrix


(#6.2.2.1) Path A: Indoor Air Quality (IAQ) Pre-Occupancy Testing 0 0

(#6.2.2.2) Path B: Total Volatile Organic Compounds (TVOC) 0 0

GREEN GLOBES #6.2.2 - ANSI #11.2.2Two paths are available for assessing pre-occupancy indoor air quality testing:

• (#6.2.2.1) PPath A:ath A: Indoor Air Quality (IAQ)Pre-Occupancy Testing: 6 points

OR

• (#6.2.2.2) PPath B:ath B: Total Volatile OrganicCompounds (TVOC): 3 points


• (#6.2.2.1) Path A: Indoor AirQuality (IAQ) Pre-OccupancyTesting

• (#6.2.2.2) Path B: Total VolatileOrganic Compounds (TVOC)

Criterion only visible if 6.2.2 is answered with "(#6.2.2.1) Path A: Indoor AirQuality (IAQ) Pre-Occupancy Testing"

304

Assessment GuidanceThe testing takes place after construction ends and prior to occupancy.

The test protocols are in accordance with the following:

• The VOC and Particulate Matter sampling and averaging times and measurementmethods achieve the detection limits of the contaminant levels listed in Table11.2.2.1.1 below;

• HVAC systems are operated at the minimum design outdoor air ventilation rateduring testing;

• Air sampling and monitoring are at a height of 3-6 ft. (91-183 cm) from the floor andat least 3 ft. (0.9 m) away from walls and ventilation supply;

• The test protocols are documented to show that appropriate sampling methods andtimes were used; and

• The number of sampling locations are as follows for each portion of the buildingserved by a separate ventilation system:

◦ At Least one per contiguous floor; and◦ At Least one per 10,000 ft.2 (929 m2) of floor area.

The sampling points include areas presumed to have the greatest source strength with theleast ventilation.

GREEN GLOBES #6.2.2.1.1 - ANSI #11.2.2.1.1Has the buildings indoor environments beentested and determined acceptable using thebelow methods?

• U.S. EPA’s Compendium of Methods forthe Determination of Toxic OrganicPollutants in Ambient Air

• TO-1, TO-11, TO-17• ASTM D 5197-09e1 Standard Test Method

for Determination of Formaldehyde andOther Carbonyl Compounds in Air (ActiveSampler Methodology)

• Yes (6 points)

• No (0 points)

305

For any area that fails to meet the requirements, the individual chemical(s) in the highestconcentrations that are leading to failure are to be reviewed and the problem remedied.

Scoring Matrix


Yes 6 6

No 0 6

Assessment GuidanceThe TVOC indoor air sampling and laboratory analysis of collected samples is conducted asfollows:

Sampling for TVOCs is conducted over a minimum four-hour period. All measurements arecompleted prior to occupancy, but during normal occupied hours, with the buildingventilation starting at the normal daily start time and operated at the minimum outside airflow rate for the occupied mode throughout the duration of the testing.

Samples are taken using one of the following collection media:

• Thermal desorption tubes.• Canisters.

Laboratory analysis is conducted in accordance with the following:

Criterion only visible if 6.2.2 is answered with "(#6.2.2.2) Path B: Total VolatileOrganic Compounds (TVOC)"

GREEN GLOBES #6.2.2.2.1 - ANSI #11.2.2.2.1Upon Substantial Completion, but prior tooccupancy, has a TVOC indoor air sampling andlaboratory analysis of collected samples beenconducted?

• Yes (3 points)

• No (0 points)

307

• VOC Range (Carbon): C6 – C16.• Reference Compound: Toluene.

All interior finishes are in place at the time of testing. Non-fixed furnishings, such asworkstations and partitions are encouraged, but not required to be installed at the time oftesting;

Samples are collected for each portion of the building served by a separate air handlingsystem. In each area served by a single air handler, samples are collected for each 25,000ft. 2 (2,323 m2) of floor space, or each contiguous floor space, whichever is larger. Samplesinclude areas presumed to have the least ventilation, and the strongest presumed sourcestrength.

Samples are collected at 3-6 ft. (91-183 cm) above the finished floor.

There is no pass/fail criteria for conducting this test.

Scoring Matrix


Yes 3 3

No 0 3

308

Carbon Monoxide Monitoring 1

Assessment GuidanceSources of combustion could include stoves, ovens, grills, clothes dryers, furnaces, boilers,water heaters, heaters and fireplaces.

Not applicable where there are no areas with combustion sources.

References• NFPA 720 2015, CSA 6.19, UL 2034 or similar standard for detector

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

GREEN GLOBES #6.2.3.1 - ANSI #11.2.3.1Are carbon monoxide monitoring devices andalarms installed in enclosed areas where thereare sources of combustion?

• Yes (1 points)

• No (0 points)

• N/A

309

Legionellosis Mitigation in the Building Water Systems 3

References• ANSI/ASHRAE Standard 188-2015, Legionellosis: Risk Management for Building

Water Systems

Scoring Matrix


Yes 3 3

No 0 3

GREEN GLOBES #6.2.4.1 - ANSI #11.2.4.1Does the building water systems conform withASHRAE 188-2015, Legionellosis: RiskManagement for Building Water Systems?

• Yes (3 points)

• No (0 points)

310



Pest and Contamination Control 2

Scoring Matrix


Yes 1 1

No 0 1

GREEN GLOBES #6.2.5.1 - ANSI #11.2.5.1Are the following integrated pest managementstrategies used?

• Outdoor air inlets have insect screens of18x14 mesh for plenum systems feedingmultiple air handlers

• Structural and mechanical openings arefitted with permanent protection (e.g.screens, sealants, etc.)

• Advertising signs and other assembliesaffixed to the building façade aredesigned and constructed in a way thatreduces bird habitation, and penetrationsin the façade are sealed to prevent entry

• Mullions and ledges are less than 1 in. (2.5cm) deep to discourage bird roosting

• Yes (1 points)

• No (0 points)

GREEN GLOBES #6.2.5.2 - ANSI #11.2.5.2Does the building have a sealed storage area forfood/kitchen solid waste and recycling?

• Yes (1 points)

• No (0 points)

311

Scoring Matrix


Yes 1 1

No 0 1

312

Other Indoor Pollutants (Tobacco, Radon) 6

Assessment GuidanceSmoking is defined as the inhalation of smoke of burning tobacco, use of electronic-cigarettes or other substances encased in items such as (but not limited to) cigarettes,pipes, and cigars for recreational or medical use.

Scoring Matrix


Yes 1 1

No 0 1

References• U.S. EPA document Radon Prevention in the Design and Construction of Schools

and Other Large Buildings (EPA 625-R-92-016, June 1994).

Scoring Matrix


Yes 2 2

No 0 2

GREEN GLOBES #6.2.6.1 - ANSI #11.2.6.1Is there an occupancy policy prohibiting smokingand signage posted at every building entranceprohibiting smoking and the use of electroniccigarettes within 25 ft. (7.6 m) of the building?

• Yes (1 points)

• No (0 points)

GREEN GLOBES #6.2.6.2.1 - ANSI #11.2.6.2.1Has a site-specified assessment of radonpotential been conducted?

• Yes (2 points)

• No (0 points)

313

Assessment GuidanceNot applicable if no measures are indicated.

References• U.S. EPA document Radon Prevention in the Design and Construction of Schools

and Other Large Buildings (EPA 625-R-92-016, June 1994).

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

Assessment Guidance

GREEN GLOBES #6.2.6.2.2 - ANSI #11.2.6.2.2If radon has been detected, has radon preventionand mitigation measures been implemented asindicated by the assessment?

• Yes (1 points)

• No (0 points)

• N/A

GREEN GLOBES #6.2.6.3 - ANSI #11.2.6.3Are spaces housing specialized activities thatgenerate hazardous pollutants:

• provided with separate ventilation AND/OR exhaust systems?

• physically isolated by doors and deck-to-deck partitions or hard lid ceilings?

• Yes (2 points)

• No (0 points)

• N/A

314

Exhaust systems must be capable of maintaining the space at a negative pressure of atleast 5.0 Pascals (0.02 in. water gauge) on average relative to adjacent spaces (with doorsclosed) to prevent the spread of air-borne contaminants to other spaces.

Not applicable where there are no spaces housing specialized activities.

Scoring Matrix


Yes 2 2

No 0 2

N/A 0 0

315

Lighting Design and Systems 32

Daylighting and Views 12

Assessment GuidanceEstimate the DF for a daylit space that has vertical windows using the following formula:

DF = 0.1 x PG, where:DF = daylight factorPG = percentage of glass to floor area (area of the windows/floor area)DF = 0.1 x PG, where:DF = daylight factorPG = percentage of glass to floor area (area of the windows/floor area)

References

GREEN GLOBES #6.3.1.1 - ANSI #11.3.1.1For regularly occupied floor area is a minimumdaylight factor (DF) of at least 2 (excluding alldirect sunlight penetration) achieved?

• ≥75% of the floor area achievesa DF of 3 or more (5 points)

• ≥50 and <75% of the floor areaachieves a DF of 3 or more (4points)

• ≥25 and <50% of the floor areaachieves a DF of 3 or more (3points)

• ≥75% of the floor area achievesa DF of 2 to <3 (2 points)

• ≥50 and <75% of the floor areaachieves a DF of 2 to <3 (1points)


316

• New Building Institute –Advanced Buildings® Daylighting pattern guide• Daylighting• Architectural Lighting Magazine –Benefits of Natural Light• ASHRAE Advanced Energy Design Guides• Whole Building Design Guide (WBDG): Sustainability of Building Envelope, 2016• RADIANCE software (for evaluation) Validated Lighting Simulation Tool• International Commission on Illumination

Recommended Documents• Percentages and calculations for primary occupied spaces with IESNA

recommended task lighting levels• Percentages and calculations for occupied areas with daylight illumination levels• Construction Documents

Scoring Matrix


≥75% of the floor area achieves a DF of 3 or more 5 5

≥50 and <75% of the floor area achieves a DF of 3 or more 4 5

≥25 and <50% of the floor area achieves a DF of 3 or more 3 5

≥75% of the floor area achieves a DF of 2 to <3 2 5

≥50 and <75% of the floor area achieves a DF of 2 to <3 1 5



GREEN GLOBES #6.3.1.2 - ANSI #11.3.1.2What percentage of regularly occupied task areasare designed to have clear views to the exterioror atria within 25 ft. (7.6 m) from a window?

• ≥90% (3 points)

• ≥60% and <90% (2 points)

• ≥40% and <60% (1 points)

• <40% (0 points)

317

http://patternguide.advancedbuildings.net/patterns

https://www.energy.gov/energysaver/save-electricity-and-fuel/lighting-choices-save-you-money/daylighting

http://www.archlighting.com/technology/the-benefits-of-natural-light_o

https://www.ashrae.org/technical-resources/aedgs

http://www.wbdg.org/resources/sustainability-building-envelope

http://www.radiance-online.org/

http://www.cie.co.at/

• Percentage and calculations for views to building exterior or atria• Construction Documents

Scoring Matrix


≥90% 3 3

≥60% and <90% 2 3

≥40% and <60% 1 3

<40% 0 3

Assessment GuidanceActive automated shading devices (e.g. automated widow shades or electrochromicglazing) that automatically adjust based on sky conditions for all listed exposures;

Passive shading devices (e.g. manual window shades or permanent projections such asoverhangs).

Recommended Documents• Specifications for solar shading devices and luminaries

GREEN GLOBES #6.3.1.3 - ANSI #11.3.1.3What type of shading devices are used forsouthern, western, and eastern exposures?

• Active automated shadingdevices (2 points)

• Passive shading devices (1points)

• No shading device are used (0points)

318

Scoring Matrix


Active automated shading devices 2 2

Passive shading devices 1 2

No shading device are used 0 2


recommended task lighting levels• Percentages and calculations for occupied areas with daylight illumination levels• Lighting plans• Construction Documents

Scoring Matrix


>75% 2 2

≥50% and ≤75% 1 2

<50% 0 2

GREEN GLOBES #6.3.1.4 - ANSI #11.3.1.4What percentage of daylit areas (with a DaylightFactor of at least 2) use photo-sensors to maintainconsistent lighting levels throughout the dayusing both daylighting and electric lighting?

• >75% (2 points)

• ≥50% and ≤75% (1 points)

• <50% (0 points)

319

Lighting Design Quantity 9

Assessment Guidance“Recommended vertical and horizontal illuminance targets” are found in the IES LightingHandbook, 10th Edition, Table 22.2 and Applications Sections 21-37 OR Table 11.3.2.1-A: IESIlluminance Categories and Table 11.3.2.1-B: IES Task/Location Categories.

Lighting levels may be increased or decreased by 10% (max.) based on Occupant Age,Visual Performance Requirements, or other weighting factors as detailed in the IES LightingHandbook, 10th Edition Table 4.1,the following weighting factors:

GREEN GLOBES #6.3.2.1 - ANSI #11.3.2.1What percentage of regularly occupied spacesmeet the Recommended Illuminance for theLocations/Tasks in Table 11.3.2.1-A and Table11.3.2.1-B?

• ≥90% (5 points)

• ≥70% and < 90% (4 points)

• ≥50% and <70% (2 points)

• <50% (0 points)

320

References• IESNA Lighting Handbook, 10th Edition, 2011


322

recommended task lighting levels• Lighting plans• Construction Documents

Scoring Matrix


≥90% 5 5

≥70% and < 90% 4 5

≥50% and <70% 2 5

<50% 0 5

Assessment GuidanceNot applicable where spaces are designed such that source/task eye geometry do notrequire IESNA Standard VDT compliant luminaires.


GREEN GLOBES #6.3.2.2 - ANSI #11.3.2.2Do luminance ratios avoid exceeding thefollowing as per IESNA for tasks?

• 3:1 between the task and adjacentsurroundings

• 10:1 between the task and remote (non-adjacent) surfaces

• 20:1 between the brightest and darkestsurface in the field of view

• 8:1 between rows of luminaires wherethere is indirect lighting and where ceilingluminance exceeds 124.1 fL (425 cd/m2)

• Yes (2 points)

• No (0 points)

• N/A

323

recommended task lighting levels

Scoring Matrix


Yes 2 2

No 0 2

N/A 0 0

Assessment GuidanceNot applicable where spaces are designed such that source/task eye geometry do notrequire IESNA Standard VDT compliant luminaires.


recommended task lighting levels

GREEN GLOBES #6.3.2.3 - ANSI #11.3.2.3Does the average luminance avoid exceeding atleast one of the following values for givenluminaire angles where there is direct lighting?

• 248.1 fL (850 cd/m2) at 65° from thevertical

• 102.2 fL (350 cd/m2) at 75° from thevertical

• 51.1 fL (175 cd/m2) at 85° from the vertical

• Yes (2 points)

• No (0 points)

• N/A

324

Scoring Matrix


Yes 2 2

No 0 2

N/A 0 0

325

Lighting Design Quality 6


Scoring Matrix


Yes 1 1

No 0 1

Assessment GuidanceNot applicable to specialty retail, medical, or exterior environments.


GREEN GLOBES #6.3.3.1 - ANSI #11.3.3.1Does regularly occupied space use electric lightsources with a minimum Color Rendering Index(CRI) of 80?

• Yes (1 points)

• No (0 points)

GREEN GLOBES #6.3.3.2 - ANSI #11.3.3.2Does regularly occupied space use electric lightsources with a Correlated Color Temperature(CCT) between 2700°K and 4500°K?

• Yes (1 points)

• No (0 points)

• N/A

326

Scoring Matrix


Yes 1 1

No 0 1

N/A 0 0

Assessment GuidanceDirect only general lighting limits Direct Glare to no more than 50° above horizontal; DirectGlare includes direct view of the light source and luminances over 2,335 fL (8,000 cd/m²).


Scoring Matrix


Yes 2 2

No 0 2

GREEN GLOBES #6.3.3.3 - ANSI #11.3.3.3Does regularly occupied spaces use no morethan 50% direct only general lighting?

• Yes (2 points)

• No (0 points)

327

Assessment Guidance“Control” may either be dimming from 100% to at least 10% or stepped dimming with at leastthree (3) steps: 100%, 50% and 0%.

Recommended Documents• Manufacturer’s specifications, cut sheets, and performance documentation• Lighting plans

Scoring Matrix


Continuous dimming of at least 10% to 100% 2 2

Stepped dimming or switching with at least three steps (100%, 50%,0%)

1 2

Neither 0 2

GREEN GLOBES #6.3.3.4 - ANSI #11.3.3.4Is individual control of primary workspace lightingprovided for at least 90% of occupants?

• Continuous dimming of at least10% to 100% (2 points)

• Stepped dimming or switchingwith at least three steps (100%,50%, 0%) (1 points)


328

Lighting Sustainability 5

Assessment GuidanceThe output of the lights have lost no more than 30% of their initial output at 35,000 hours.35,000 hours is based on at least 1 hour of operation per start.


Scoring Matrix


Yes 2 2

No 0 2

Assessment GuidanceRoHS specifies maximum levels for the following six restricted materials:

• Lead (Pb): < 1000 ppm;• Mercury (Hg): < 100 ppm;• Cadmium (Cd): < 100 ppm;• Hexavalent Chromium: (Cr VI) < 1000 ppm;• Polybrominated Biphenyls (PBB): < 1000 ppm; and

GREEN GLOBES #6.3.4.1 - ANSI #11.3.4.1Do a minimum of 75% of electric light sourceshave a Lumen Maintenance factor of 35,000hours to L70 or greater?

• Yes (2 points)

• No (0 points)

GREEN GLOBES #6.3.4.2 - ANSI #11.3.4.2Are all luminaires RoHS compliant with EUDirective 2011/65/EU of the European Parliament?

• Yes (2 points)

• No (0 points)

329

• Polybrominated Diphenyl Ethers (PBDE): < 1000 ppm.

Certification is provided by the luminaire manufacturer.


Scoring Matrix


Yes 2 2

No 0 2

Assessment GuidanceThe maintenance plan includes the following:

• Reflected ceiling plan;• Lighting fixture schedule (luminaire catalog numbers, manufacturer, lamp, wattage,

beam spread, color temperature, and color rendering index);• Initial measured footcandle levels in each space;• Cleaning instructions and cleaning schedule; and• Lighting sequence of operations for each space (e.g. what the lights are supposed

to do when someone enters the room, what are the light levels they can choose,what controls are in each space).

Recommended Documents• Maintenance, cleaning, and recycling plan

GREEN GLOBES #6.3.4.3 - ANSI #11.3.4.3Is a maintenance and operations plandocumented and supplied to the building owners,management, and maintenance?

• Yes (1 points)

• No (0 points)

330

Scoring Matrix


Yes 1 1

No 0 1

331

Thermal Comfort 23

Thermal Control Zones 14

Assessment GuidanceOffice Occupancies/Areas:Office Occupancies/Areas: Includes offices and conference rooms, among others. For openareas, thermal control zones are designed to be between 500 ft2 (46.5 m2) and 1000 ft2(92.9 m2) for open areas. For single rooms, thermal control zones are designed to bebetween 750 ft2 (69.7 m2) and 1200 ft2 (111.5 m2).

Circulation and support areas are excluded.

Educational Occupancies/Areas:Educational Occupancies/Areas: Includes classrooms, teaching labs, etc. Classrooms AND/OR teaching labs are designed thermal control zones under 1500 ft.2 (139.4 m2).

Healthcare Occupancies/Areas:Healthcare Occupancies/Areas: Includes patient wards, diagnostic and treatment areas.Thermal control zones are designed to be between 500 ft.2 (46.5m2) and 1000 ft. 2(92.9m2).

Open-Area Mercantile and Assembly Occupancies/Areas:Open-Area Mercantile and Assembly Occupancies/Areas: Includes retail, food service,convention halls, etc. For spaces exceeding 464.5 m2 (5000 ft.2) thermal control zones aredesigned to be less than 2500 ft.2 (232.3 m2). For spaces between 2500 ft.2 (232.3 m2)and 5000 ft.2 (464.5 m2) thermal control zones are designed to be less than 1500 ft.2(139.4 m2).

GREEN GLOBES #6.4.1.1 - ANSI #11.4.1.1Which of the following occupancy types applies toyour project?

• Office Occupancies/Areas

• Educational Occupancies/Areas

• Healthcare Occupancies/Areas

• Open-Area Mercantile andAssembly Occupancies/Areas

• N/A

332

Not applicable for other occupancies/areas.

Recommended Documents• Zone plan• Project specifications• Construction Documents• Basis of Design document AND/OR specifications

Scoring Matrix


Office Occupancies/Areas 0 0

Educational Occupancies/Areas 0 0

Healthcare Occupancies/Areas 0 0

Open-Area Mercantile and Assembly Occupancies/Areas 0 0

N/A 0 0

Criterion only visible if 6.4.1.1 is answered with "Office Occupancies/Areas"

GREEN GLOBES #6.4.1.1.1 - ANSI #11.4.1.1.1What is the size of thermal control zones?

• Less than 500 SF for openareas or 750 SF for a singleroom (14 points)

• 500 - 999 SF for open areas or750 - 1199 SF for a single room(10 points)

• 1000 SF or greater for openareas or 1299 SF or greater fora single room (0 points)

• N/A

333

Assessment GuidanceNot applicable where there are no office occupancies/areas.

Scoring Matrix


Less than 500 SF for open areas or 750 SF for a single room 14 14

500 - 999 SF for open areas or 750 - 1199 SF for a single room 10 14

1000 SF or greater for open areas or 1299 SF or greater for a singleroom

0 14

N/A 0 0

Assessment GuidanceNot applicable where there are no educational occupancies/areas.

Scoring Matrix


Less than 1500 SF 14 14

1500 SF or greater 0 14

N/A 0 0

Criterion only visible if 6.4.1.1 is answered with "Educational Occupancies/Areas"

GREEN GLOBES #6.4.1.1.2 - ANSI #11.4.1.1.2What is the size of thermal control zones forclassrooms and teaching labs?

• Less than 1500 SF (14 points)

• 1500 SF or greater (0 points)

• N/A

334

Assessment GuidanceNot applicable where there are no healthcare occupancies/areas.

Scoring Matrix


Less than 500 SF 14 14

500 - 999 SF 10 14

1000 SF or greater 0 14

N/A 0 0

Criterion only visible if 6.4.1.1 is answered with "Healthcare Occupancies/Areas"

GREEN GLOBES #6.4.1.1.3 - ANSI #11.4.1.1.3What is the size of thermal control zones inpatient wards, diagnostic areas, and treatmentareas?

• Less than 500 SF (14 points)

• 500 - 999 SF (10 points)

• 1000 SF or greater (0 points)

• N/A

Criterion only visible if 6.4.1.1 is answered with "Open-Area Mercantile andAssembly Occupancies/Areas"

335

Assessment GuidanceNot applicable where there are no open-area mercantile and assembly occupancies/areas.

Not applicable for other occupancies/areas.

Scoring Matrix


2500-5000 SF are designed to be less than 1500 SF 14 14

5000 SF are designed to be less than 2500 SF 10 14

Neither of the above 0 14

N/A 0 0

GREEN GLOBES #6.4.1.1.4 - ANSI #11.4.1.1.4What is the size of thermal control zones?

• 2500-5000 SF are designed tobe less than 1500 SF (14 points)

• 5000 SF are designed to beless than 2500 SF (10 points)

• Neither of the above (0 points)

• N/A

336

Thermal Comfort Design 9

Assessment GuidanceExceedance hours for regularly occupied spaces do not exceed 300 hours per year.

Not applicable where the occupancy is outside the purview of 55-2013.

Recommended Documents• Documentation demonstrating compliance with ANSI/ASHRAE Standard 55- 2013,

including relevant worksheets and report• Manufacturer’s specifications, cut sheets, and performance documentation

Scoring Matrix


Yes 9 9

No 0 9

N/A 0 0

GREEN GLOBES #6.4.2.1 - ANSI #11.4.2.1Are the HVAC systems and building designed toprovide a thermal environment in conformancewith ANSI/ASHRAE Standard 55-2013, ThermalEnvironmental Conditions for Human Occupancy?

• Yes (9 points)

• No (0 points)

• N/A

337

Acoustic Comfort 26

Airborne Noise Isolation 6

References• ASTM E1374-06• ASHRAE Systems Application Handbook-2007, Chapter 47• ANSI S12.60-2002

Recommended Documents• Specification which includes Annex E of ANSI S12.60 – 2010• Test Report indicating compliance with ANSI S12.60 – 2010• Description of acoustic design strategies and all design targets• Construction Documents

Scoring Matrix


0 0 4

1 1 4

2 2 4

3 3 4

4-7 4 4

GREEN GLOBES #6.5.1.1 - ANSI #11.5.1.1Does the building design include at least one ofthe following acoustic design strategies?

GREEN GLOBES #6.5.1.1.1 - ANSI #11.5.1.1.1•Toilets are located remotely from acoustically separated areas

338

Assessment GuidanceLeave unchecked for N/A if there are no toilets.

Scoring Matrix


checked 1 1

unchecked 0 0

Assessment GuidanceExamples of noise producing areas are dance studios, music rooms, cafeterias, indoorswimming pools, mechanical rooms, and gymnasia.

Scoring Matrix


checked 1 1

unchecked 0 1

GREEN GLOBES #6.5.1.1.2 - ANSI #11.5.1.1.2•Acoustically separated areas are located away from noise producing areas

GREEN GLOBES #6.5.1.1.3 - ANSI #11.5.1.1.3•Entry doors to rooms opposite each other on the same corridor are staggered

339

Scoring Matrix


checked 1 1

unchecked 0 1

Scoring Matrix


checked 1 1

unchecked 0 1

Scoring Matrix


checked 1 1

unchecked 0 1

GREEN GLOBES #6.5.1.1.4 - ANSI #11.5.1.1.4•Through-wall penetrations comply with Annex B of ANSI/ASA S12.60-2010/Part 1

GREEN GLOBES #6.5.1.1.5 - ANSI #11.5.1.1.5•Walls separating acoustically separated areas from other areas are constructed fullheight to underside of the next floor above or the roof deck

340

Assessment GuidanceFire-stopping and fire-rated assemblies comply with this requirement.

Scoring Matrix


checked 1 1

unchecked 0 1

Assessment GuidanceExamples of high floor impact activities are dance studios, shops, and gymnasia.

Scoring Matrix


checked 1 1

unchecked 0 1

GREEN GLOBES #6.5.1.1.6 - ANSI #11.5.1.1.6•Walls separating acoustically separated areas from other areas have all jointsbetween wall panels and penetrations acoustically sealed

GREEN GLOBES #6.5.1.1.7 - ANSI #11.5.1.1.7•Areas with high floor impact activities are not located above acoustically separatedareas

341

Recommended Documents• Construction Documents

Scoring Matrix


0 0 2

1 1 2

2-3 2 2

Scoring Matrix


checked 1 1

unchecked 0 0

GREEN GLOBES #6.5.1.2 - ANSI #11.5.1.2Does the design comply with minimum SoundTransmission Class (STC) ratings of floor/ceilingassemblies, walls and doors between acousticallyseparated areas (e.g. learning spaces), andadjacent spaces as follows and as applicable?

GREEN GLOBES #6.5.1.2.1 - ANSI #11.5.1.2.1•STC-45 where the adjacent space is a corridor, stair, office, or conference room

342

Scoring Matrix


checked 1 1

unchecked 0 1

Assessment GuidanceStacked non-critical spaces and spaces connected by an open stairway are exempt.

Scoring Matrix


checked 1 1

unchecked 0 1

GREEN GLOBES #6.5.1.2.2 - ANSI #11.5.1.2.2•STC-50 where the adjacent space is a quiet area, speech clinic, health clinic,classroom, or an exterior wall

GREEN GLOBES #6.5.1.2.3 - ANSI #11.5.1.2.3•Floor Ceiling Assemblies: Designed to meet a minimum STC 50 rating

343

Sound Masking System 6

Recommended Documents• Sound level measurements taken at the property line• Construction Documents• Description of acoustic design strategies and all design targets• Test Report indicating compliance with ANSI S12.60 – 2010

GREEN GLOBES #6.5.2.1 - ANSI #11.5.2.1Does the building design incorporate a soundmasking system that has an overall level specifiedto an A-weighted decibel (dBA) value within thefollowing spaces and ranges?

• Offices:◦ Open: 45-48dBA◦ Enclosed: 35-45dBA◦ Meeting/Conference: 30-45dBA◦ Circulation: 45-48dBA

• Healthcare:◦ Patient room: 40-48dBA◦ Private offices and exam/treatment

room: 35-45dBA◦ Waiting area: 45-48dBA◦ Corridor and public spaces:

45-48dBA◦ Circulation: 45-48dBA

• Other:◦ All other areas where speech

privacy, concentration, or sleep/relaxation is required: 35-48-dBA

• Yes (4 points)

• No (0 points)

344

Scoring Matrix


Yes 4 4

No 0 3

Recommended Documents• Sound level measurements taken at the property line

Scoring Matrix


Yes 1 1

No 0 1

References

GREEN GLOBES #6.5.2.2 - ANSI #11.5.2.2Is the measured overall level of the soundmasking system within 0.5dBA of that specified?

• Yes (1 points)

• No (0 points)

GREEN GLOBES #6.5.2.3 - ANSI #11.5.2.3Does the measured spectrum of the soundmasking system conform to the National ResearchCouncil’s COPE Optimum Masking frequencyrange and 1/3 octave band levels, or the projectacoustician’s specified 1/3 octave band levels,within +/-2.0dB?

• Yes (1 points)

• No (0 points)

345

• GSA, Sound Matters, 2012• GSA, Facilities Standards, P100, 2014• Facilities Guideline Institute, “Sound & Vibration”, 2010• FGI Guidelines, 2014• ASTM E1374-06, Open Office Guide• National Research Council’s COPE

Scoring Matrix


Yes 1 1

No 0 1

346

Structure Borne Noise Isolation 1

References• ASTM E989-2012

Recommended Documents• FIIC value for flooring assemblies

Scoring Matrix


Yes 1 1

No 0 1

GREEN GLOBES #6.5.3.1 - ANSI #11.5.3.1Does the Impact Insulation Class (IIC) design of allfloor-ceiling assemblies have a minimum rating ofIIC-50?

• Yes (1 points)

• No (0 points)

347

Reverberation Time or Ceiling Noise Reduction Coefficient(NRC) 4

348

GREEN GLOBES #6.5.4.1 - ANSI #11.5.4.1Does either the maximum reverberation time ofthe room (RT) or the minimum Noise ReductionCoefficient (NRC) rating of the ceiling comply withthe following values?

• Offices:◦ Offices (enclosed): RT 0.6 seconds

or NRC 0.75 or NRC 0.70 if floor iscarpeted 100%

◦ Offices (open): RT 0.4 seconds orNRC 0.90

• Schools:◦ School classrooms: RT 0.6

seconds or NRC 0.80 or NRC 0.70if floor is carpeted 100%

◦ Presentation and meeting spaces:RT 0.5 seconds or NRC 0.80 orNRC 0.70 if floor is carpeted 100%

• Healthcare:◦ Patient/resident care areas: RT 0.5

seconds or NRC 0.90◦ Medication safety zones: RT 0.5

seconds or NRC 0.90 or NRC 0.80if floor is carpeted 100%

◦ Exam/treatment rooms: RT 0.5seconds or NRC 0.90 or NRC 0.80if floor is carpeted 100%

◦ Activity/waiting areas: RT 1.5seconds or NRC 0.75 or 0.70 iffloor is carpeted 100%

• Other:◦ All other spaces where speech

intelligibility, concentration, privacyor sleep/relaxation is required: RT1.0 seconds or NRC 0.80

• Yes (4 points)

• No (0 points)

• N/A

349

Assessment GuidanceIf the average ceiling height exceeds 12 ft. (3.7 m), the reverberation time compliance path isused; the NRC compliance path is not permitted. If wall or floor absorption is present, thereverberation time compliance path may permit ceilings with lower NRC values.

Not applicable for Multi-Unit Residential Buildings (MURBs).

Scoring Matrix


Yes 4 4

No 0 4

N/A 0 0

350

Mechanical Noise 2

Assessment Guidance

GREEN GLOBES #6.5.5.1 - ANSI #11.5.5.1Does design comply with background soundlevels associated with mechanical systems inaccordance with ANSI/ASA S12.2 Standard“Criteria for Evaluating Room Noise” and asfollows?

• Airborne sound power levels from HVACunit do not exceed the Room Criteriadetailed in ASHRAE Systems ApplicationHandbook 2014. Chapter 8, Table 1 forlisted spaces when HVAC units are inoperation; use 2014 FGI Guidelines forDesign and Construction of Health CareFacilities

• Spaces are designed such that roombackground noise using the Room Criteria(RC) ratings complies with ASHRAESystems Application Handbook-2014,Chapter 48, Table1; use 2014 FGIGuidelines for Healthcare Spaces

• Yes (2 points)

• No (0 points)

• N/A

351

1. Designers should also be sure to consult the additional guidance of the footnotes for thistable listed in the ASHRAE Applications Handbook, 2007 version, Chapter 47, Table 42.

Not applicable for Multi-Unit Residential Buildings (MURBs).

References• WBDG: DG 1110-3-122 Design Guide for Interiors, 1997• WBDG: Federal Green Construction Guide for Specifiers: 01 57 19.12 (01353) Noise

and Acoustic Management• HUD Guide to Airborne, Impact and Structure Borne Noise• CHPS –Collaborative for High Performance Schools• ASTM E989-2012• ASHRAE Systems Application Handbook-2007, Chapter 47• ASA/ INCE/ NCAC Interim Sound and Vibration Design Guidelines for Hospital and

Healthcare Facilities

Scoring Matrix


Yes 2 2

No 0 2

N/A 0 0

353

Airborne HVAC Noise 2

References• ASA/ INCE/ NCAC Interim Sound and Vibration Design Guidelines for Hospital and

Healthcare Facilities• ANSI S12.60-2010/Part 1• ANSI S12-2- 2008• ASTM E336- 14• ASTM E1374-2006(2011)• ASTM E966- 10e1• ASTM E413- 10• ASTM E1686- 10e1• ASTM E90- 09• ASTM E1332- 10a

Recommended Documents• Manufacturer’s specifications, cut sheets and performance documentation• Acoustic mitigation measures for mechanical equipment and plumbing systems• Construction Documents

Scoring Matrix


Yes 1 1

No 0 1

GREEN GLOBES #6.5.6.1 - ANSI #11.5.6.1Are sound attenuators and/or silencers, or ductsdesigned in a “Z” configuration where significantcross talk paths exist between two habitablespaces?

• Yes (1 points)

• No (0 points)

354

References• ASA/ INCE/ NCAC Interim Sound and Vibration Design Guidelines for Hospital and

Healthcare Facilities• ANSI S12.60-2010/Part 1• ANSI S12-2- 2008• ASTM E336- 14• ASTM E1374-2006(2011)• ASTM E966- 10e1• ASTM E413- 10• ASTM E1686- 10e1• ASTM E90- 09• ASTM E1332- 10a

Recommended Documents• Test Report indicating compliance with ANSI S12.60 – 2010• Specification which includes Annex E of ANSI S12.60 – 2010

Scoring Matrix


Yes 1 1

No 0 1

GREEN GLOBES #6.5.6.2 - ANSI #11.5.6.2Are HVAC grills and diffusers selected thatcomply with ANSI/ASA S12.60-2010/Part 1?

• Yes (1 points)

• No (0 points)

355

Structure Borne HVAC Noise 2

Scoring Matrix


Yes 1 1

No 0 1

Recommended Documents• Manufacturer’s specifications, cut sheets and performance documentation

Scoring Matrix


Yes 1 1

No 0 1

GREEN GLOBES #6.5.7.1 - ANSI #11.5.7.1Are fans and other powered HVAC equipmentacoustically separated from the structure usingvibration isolators?

• Yes (1 points)

• No (0 points)

GREEN GLOBES #6.5.7.2 - ANSI #11.5.7.2Are ducts supported on resilient mounts to isolatethem from the structural systems, and isolatedusing resilient material where they pass throughwalls?

• Yes (1 points)

• No (0 points)

356

Piping Noise 1

Recommended Documents• Manufacturer’s specifications, cut sheets and performance documentation• Construction Documents

Scoring Matrix


Yes 1 1

No 0 1

GREEN GLOBES #6.5.8.1 - ANSI #11.5.8.1With the exception of sprinklers and hydronicsystems, is piping running directly above oradjacent to quiet areas and learning spacesavoided?

• Yes (1 points)

• No (0 points)

357

Electrical System Noise 2

Recommended Documents• Acoustic mitigation measures for mechanical equipment and plumbing systems• Construction Documents

Scoring Matrix


Yes 1 1

No 0 1

Recommended Documents• Specification which includes Annex E of ANSI S12.60 – 2010• Test Report indicating compliance with ANSI S12.60 – 2010

GREEN GLOBES #6.5.9.1 - ANSI #11.5.9.1Are low-noise ballasts installed in quiet areas andall other areas where speech intelligibility isimportant?

• Yes (1 points)

• No (0 points)

GREEN GLOBES #6.5.9.2 - ANSI #11.5.9.2Does noise from light fixtures and other electricalfixtures avoid exceeding values indicated in ANSI/ASA S12.60-2010/Part 1?

• Yes (1 points)

• No (0 points)

358

Scoring Matrix


Yes 1 1

No 0 1

359

Appendix A: REFERENCES AND GUIDELINESThe following is an alphabetical list of References recommended within this Technical ReferenceManual. Click on the criteria number to link back to the corresponding subsection headingwithin the manual (references with website links listed at end of Appendix A).

• 2012 IECC, Section C4022012 IECC, Section C402◦ Green Globes #3.1.1.3.2 - ANSI #8.3.1.1.1

• 2014 L2014 Landscape Irrigation Best Management Practicesandscape Irrigation Best Management Practices◦ Green Globes #4.8.1.1 - ANSI #9.8.1.1

• 2015 IAPMO Green Plumbing & Mechanical Code Supplement Section 4022015 IAPMO Green Plumbing & Mechanical Code Supplement Section 402◦ Green Globes #4.1.1 - ANSI #9.1.1, 9.1.2, 9.1.3, 9.1.4◦ Green Globes #4.1.1.3 - ANSI #9.1.3.1

• 2015 IECC2015 IECC◦ Green Globes #3.1.1.3.4 - ANSI #8.3.2.1.1◦ Green Globes #3.1.1.3.5 - ANSI #8.3.2.1.1

• 2015 IECC, Section C4022015 IECC, Section C402◦ Green Globes #3.1.1.3.1 - ANSI #8.3.1.1.1◦ Green Globes #3.1.1.3.2 - ANSI #8.3.1.1.1

• 2015 International Green Construction Code (IgCC), T2015 International Green Construction Code (IgCC), Table 702.able 702.11◦ Green Globes #4.1.1 - ANSI #9.1.1, 9.1.2, 9.1.3, 9.1.4◦ Green Globes #4.1.1.2 - ANSI #9.1.2.1

• 2016 Invasive Species Compendium2016 Invasive Species Compendium◦ Green Globes #2.5.1.2 - ANSI #7.5.1.2

• ANSI S12-2- 2008ANSI S12-2- 2008◦ Green Globes #6.5.6.1 - ANSI #11.5.6.1◦ Green Globes #6.5.6.2 - ANSI #11.5.6.2

• ANSI S12.60-2002ANSI S12.60-2002◦ Green Globes #6.5.1.1 - ANSI #11.5.1.1

• ANSI S12.60-2010/PANSI S12.60-2010/Part 1art 1◦ Green Globes #6.5.6.1 - ANSI #11.5.6.1◦ Green Globes #6.5.6.2 - ANSI #11.5.6.2

• ANSI/AANSI/ASHRAE SSHRAE Standard 160-2009: Criteria for Moisture Control Design Analysis intandard 160-2009: Criteria for Moisture Control Design Analysis inBuildingsBuildings

◦ Green Globes #1.4.1.1 - ANSI #6.4.1.1◦ Green Globes #1.4.1.2 - ANSI #6.4.1.1

• ANSI/AANSI/ASHRAE SSHRAE Standard 188-2015, Ltandard 188-2015, Legionellosis: Risk Management for Building Wegionellosis: Risk Management for Building WateraterSSystemsystems

360


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◦ Green Globes #6.2.4.1 - ANSI #11.2.4.1• ANSI/AANSI/ASHRAE SSHRAE Standard 62.tandard 62.1-20131-2013

◦ Green Globes #6.1.1.1 - ANSI #11.1.1.1• ANSI/AANSI/ASHRAE SSHRAE Standard 62.tandard 62.1-2013, Section 6.2, Section 6.41-2013, Section 6.2, Section 6.4

◦ Green Globes #6.1.2.1 - ANSI #11.1.2.1• ANSI/AANSI/ASHRAE/ASHRAE/ASHE SSHE Standard 170-2013tandard 170-2013

◦ Green Globes #6.1.1.1 - ANSI #11.1.1.1• ANSI/AANSI/ASHRAE/IES SSHRAE/IES STTANDANDARD 90ARD 90..1-2013, T1-2013, Table 7able 7.8.8

◦ Green Globes #3.1.1.3.18 - ANSI #8.3.3.4.1• ANSI/AANSI/ASHRAE/IES SSHRAE/IES Standard 90tandard 90..1-20131-2013

◦ Green Globes #3.1.1.3.4 - ANSI #8.3.2.1.1◦ Green Globes #3.1.1.3.5 - ANSI #8.3.2.1.1◦ Green Globes #3.1.1.3.11 - ANSI #8.3.2.5.1◦ Green Globes #3.1.1.3.12 - ANSI #8.3.2.6.1◦ Green Globes #3.1.1.3.16 - ANSI #8.3.3.2.1◦ Green Globes #3.1.1.3.17 - ANSI #8.3.3.3.1

• ANSI/AANSI/ASHRAE/IES SSHRAE/IES Standard 90tandard 90..1-2013, Section 31-2013, Section 3◦ Green Globes #3.1.1.3.9 - ANSI #8.3.2.4.1

• ANSI/AANSI/ASHRAE/IES SSHRAE/IES Standard 90tandard 90..1-2013, Section 51-2013, Section 5◦ Green Globes #3.1.1.3.1 - ANSI #8.3.1.1.1◦ Green Globes #3.1.1.3.2 - ANSI #8.3.1.1.1◦ Green Globes #3.1.1.3.10 - ANSI #8.3.2.4.2

• ANSI/AANSI/ASHRAE/IES SSHRAE/IES Standard 90tandard 90..1-2013, Section 6.5.1-2013, Section 6.5.11◦ Green Globes #3.1.1.3.21 - ANSI #8.3.3.7.1



• ANSI/AANSI/ASHRAE/IES SSHRAE/IES Standard 90tandard 90..1-2013, Section 91-2013, Section 9◦ Green Globes #3.1.1.3.10 - ANSI #8.3.2.4.2

• ANSI/AANSI/ASHRAE/IES SSHRAE/IES Standard 90tandard 90..1-2013, T1-2013, Table 6.5.3.able 6.5.3.1-11-1◦ Green Globes #3.1.1.3.22 - ANSI #8.3.3.8.1

• ANSI/AANSI/ASHRAE/IESNA SSHRAE/IESNA Standard 90tandard 90..1-20101-2010◦ Green Globes #3.1.1.1.1 - ANSI #8.1.1.1◦ Green Globes #3.2.3.3 - ANSI #8.4.3.3

• ANSI/AANSI/ASHRAE/USGBC/IES SSHRAE/USGBC/IES Standard 189tandard 189..1-2014 T1-2014 Table 10able 10.3.2.3.3.2.3◦ Green Globes #1.3.1.1.1 - ANSI #6.3.1.1

• ANSI/AANSI/ASHRAE/USGBC/IES SSHRAE/USGBC/IES Standard 189tandard 189..1-2014, Informative Appendix F: Integrated1-2014, Informative Appendix F: Integrated

361










DesignDesign◦ Green Globes #1.1.1.1 - ANSI #6.1.1.1◦ Green Globes #1.1.1.2 - ANSI #6.1.1.1◦ Green Globes #1.1.1.3 - ANSI #6.1.1.1◦ Green Globes #1.1.2.1 - ANSI #6.1.2.1◦ Green Globes #1.1.2.2 - ANSI #6.1.2.1◦ Green Globes #1.1.2.3 - ANSI #6.1.2.1◦ Green Globes #1.1.2.4 - ANSI #6.1.2.1

• ANSI/AANSI/ASHRAE/USGBC/IES SSHRAE/USGBC/IES Standard 189tandard 189..1-2014, Section 101-2014, Section 10.3.2.3.3.2.3◦ Green Globes #1.3.1.2.1 - ANSI #6.3.2.1

• ANSI/AANSI/ASHRAE/USGBC/IES SSHRAE/USGBC/IES Standard 189tandard 189..1-2014, Section 6.3.2.1-2014, Section 6.3.2.11◦ Green Globes #4.1.1 - ANSI #9.1.1, 9.1.2, 9.1.3, 9.1.4◦ Green Globes #4.1.1.1 - ANSI #9.1.1.1

• ANSI/BIFMA e3-2014: Business and Institutional Furniture Sustainability SANSI/BIFMA e3-2014: Business and Institutional Furniture Sustainability Standard (BIFMAtandard (BIFMAe3) and Le3) and Level® Sustainability Certification Program for Furnitureevel® Sustainability Certification Program for Furniture


• ANSI/GBI 01-2019 Green Globes Assessment Protocol for Commercial BuildingsANSI/GBI 01-2019 Green Globes Assessment Protocol for Commercial Buildings◦ Green Globes #3.1.1.2.1 - ANSI #8.2.1.1◦ Green Globes #3.1.1.2.1.1 - ANSI #8.2.1.1

• ANSI/GBI 01-2019 Green Globes Assessment Protocol for Commercial Buildings, SectionANSI/GBI 01-2019 Green Globes Assessment Protocol for Commercial Buildings, Section8.58.5

◦ Green Globes #3.1.1.3.15 - ANSI #8.3.3.1.2• ANSI/MTANSI/MTS 1.0 Whole SS 1.0 Whole Systems Integrated Process Guide (WISP) - 2007ystems Integrated Process Guide (WISP) - 2007

◦ Green Globes #1.1.1.1 - ANSI #6.1.1.1◦ Green Globes #1.1.1.2 - ANSI #6.1.1.1◦ Green Globes #1.1.1.3 - ANSI #6.1.1.1◦ Green Globes #1.1.2.1 - ANSI #6.1.2.1◦ Green Globes #1.1.2.2 - ANSI #6.1.2.1◦ Green Globes #1.1.2.3 - ANSI #6.1.2.1◦ Green Globes #1.1.2.4 - ANSI #6.1.2.1

• ANSI/NSC 373-2014 Sustainability Assessment for Natural Dimension SANSI/NSC 373-2014 Sustainability Assessment for Natural Dimension Stonetone◦ Green Globes #5.2.1.1 - ANSI #10.2.1.1◦ Green Globes #5.2.1.2 - ANSI #10.2.1.2

• AASSA/ INCE/ NCA/ INCE/ NCAAC Interim Sound and Vibration Design Guidelines for Hospital andC Interim Sound and Vibration Design Guidelines for Hospital andHealthcare FacilitiesHealthcare Facilities


362





◦ Green Globes #6.5.6.2 - ANSI #11.5.6.2• AASSABE/ICC 802-2014 ANSI LABE/ICC 802-2014 ANSI Landscape Irrigation Sprinkler and Emitter Sandscape Irrigation Sprinkler and Emitter Standardtandard

◦ Green Globes #4.8.1.1 - ANSI #9.8.1.1• AASCE/SEI 24-14 “Flood RSCE/SEI 24-14 “Flood Resistant Design and Constructionesistant Design and Construction”(2014)”(2014)

◦ Green Globes #2.1.2.3.1 - ANSI #7.1.2.3.1◦ Green Globes #2.1.2.3.2 - ANSI #7.1.2.3.2

• AASHRAE Advanced Energy Design GuidesSHRAE Advanced Energy Design Guides◦ Green Globes #6.3.1.1 - ANSI #11.3.1.1

• AASHRAE SSHRAE Systems Application Handbookystems Application Handbook-2007-2007, Chapter 47, Chapter 47◦ Green Globes #6.5.1.1 - ANSI #11.5.1.1◦ Green Globes #6.5.5.1 - ANSI #11.5.5.1

• AASSTM E1332- 10aTM E1332- 10a◦ Green Globes #6.5.6.1 - ANSI #11.5.6.1◦ Green Globes #6.5.6.2 - ANSI #11.5.6.2

• AASSTM E1374-06TM E1374-06◦ Green Globes #6.5.1.1 - ANSI #11.5.1.1

• AASSTM E1374-06, Open Office GuideTM E1374-06, Open Office Guide◦ Green Globes #6.5.2.3 - ANSI #11.5.2.3

• AASSTM E1374-2006(2011)TM E1374-2006(2011)◦ Green Globes #6.5.6.1 - ANSI #11.5.6.1◦ Green Globes #6.5.6.2 - ANSI #11.5.6.2

• AASSTM E1686- 10e1TM E1686- 10e1◦ Green Globes #6.5.6.1 - ANSI #11.5.6.1◦ Green Globes #6.5.6.2 - ANSI #11.5.6.2

• AASSTM E1980-11, STM E1980-11, Standard Practice for Calculating Solar Rtandard Practice for Calculating Solar Reflectance Indeeflectance Index of Horizontalx of Horizontaland Land Low-Sloped Opaque Surfacesow-Sloped Opaque Surfaces

◦ Green Globes #2.3.4.3 - ANSI #7.3.4.3• AASSTM E2843-16a STM E2843-16a Standard Specification for Demonstrating That a Building is intandard Specification for Demonstrating That a Building is in

WWalkable Proalkable Proximity to Neighborhood Assetsximity to Neighborhood Assets◦ Green Globes #2.2.1.7 - ANSI #7.2.1.7

• AASSTM E2844-15, STM E2844-15, Standard Specification for Demonstrating that a Building’tandard Specification for Demonstrating that a Building’s Ls LocationocationProvides Access to Public TProvides Access to Public Transitransit

◦ Green Globes #2.2.1.1 - ANSI #7.2.1.1• AASSTM E2921-13 STM E2921-13 Standard Practice for Minimum Criteria for Comparing Whole Buildingtandard Practice for Minimum Criteria for Comparing Whole Building

Life Cycle Assessments for Use with Building Codes and RLife Cycle Assessments for Use with Building Codes and Rating Sating Systemsystems◦ Green Globes #5.1.1.1 - ANSI #10.1.1.1

• AASSTM E336- 14TM E336- 14◦ Green Globes #6.5.6.1 - ANSI #11.5.6.1

363

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◦ Green Globes #6.5.6.2 - ANSI #11.5.6.2• AASSTM E413- 10TM E413- 10


• AASSTM E90- 09TM E90- 09◦ Green Globes #6.5.6.1 - ANSI #11.5.6.1◦ Green Globes #6.5.6.2 - ANSI #11.5.6.2

• AASSTM E966- 10e1TM E966- 10e1◦ Green Globes #6.5.6.1 - ANSI #11.5.6.1◦ Green Globes #6.5.6.2 - ANSI #11.5.6.2

• AASSTM E989-2012TM E989-2012◦ Green Globes #6.5.3.1 - ANSI #11.5.3.1◦ Green Globes #6.5.5.1 - ANSI #11.5.5.1

• Agroforestry Note 38 – LAgroforestry Note 38 – Landscape planning for environmental benefits USDandscape planning for environmental benefits USDA NaturalA NaturalRResources Conservation Serviceesources Conservation Service, (2008), (2008)

◦ Green Globes #2.5.1.1 - ANSI #7.5.1.1• Architectural Lighting Magazine –Benefits of Natural LightArchitectural Lighting Magazine –Benefits of Natural Light

◦ Green Globes #6.3.1.1 - ANSI #11.3.1.1• CHPS –Collaborative for High PCHPS –Collaborative for High Performance Schoolserformance Schools

◦ Green Globes #6.5.5.1 - ANSI #11.5.5.1• CSCSA S478-95 (R2007): Guideline on Durability in BuildingsA S478-95 (R2007): Guideline on Durability in Buildings

◦ Green Globes #1.3.1.2.1 - ANSI #6.3.2.1• CSCSA Z783-12 Deconstruction of Buildings and Their RA Z783-12 Deconstruction of Buildings and Their Related Pelated Partsarts

◦ Green Globes #5.7.2.1 - ANSI #10.7.2.1• California Air RCalifornia Air Resources Board Suggested Control Measure for Architectural Coatingsesources Board Suggested Control Measure for Architectural Coatings

(February 1, 2008)(February 1, 2008)◦ Green Globes #6.2.1.2 - ANSI #11.2.1.2

• Cool RCool Roof Roof Rating Councilating Council◦ Green Globes #2.3.4.1 - ANSI #7.3.4.1◦ Green Globes #2.3.4.1.1 - ANSI #7.3.4.1◦ Green Globes #2.3.4.1.2 - ANSI #7.3.4.1

• Cooperative Extension RCooperative Extension Research, Education and Extension Service (USDesearch, Education and Extension Service (USDA CSREES) -A CSREES) -LLocal Cooperative Extension Socal Cooperative Extension System Officesystem Offices

◦ Green Globes #2.5.1.1 - ANSI #7.5.1.1• DaylightingDaylighting

◦ Green Globes #6.3.1.1 - ANSI #11.3.1.1• Design for Deconstruction, M. Pulaski, C. Hewitt, M/ Horman, and B. GuyDesign for Deconstruction, M. Pulaski, C. Hewitt, M/ Horman, and B. Guy, Modern S, Modern Steel,teel,

(June 2004)(June 2004)

364

http://www.archlighting.com/technology/the-benefits-of-natural-light_o




https://www.energy.gov/energysaver/save-electricity-and-fuel/lighting-choices-save-you-money/daylighting

◦ Green Globes #5.7.2.1 - ANSI #10.7.2.1• Design for Deconstruction: Principles of Design to Facilitate RDesign for Deconstruction: Principles of Design to Facilitate Reuse and Reuse and Recycling, Wecycling, W..

Addis, B. Happold, and JAddis, B. Happold, and J. Shouten, Construction Industry R. Shouten, Construction Industry Research & Informationesearch & InformationAssociation (2004)Association (2004)

◦ Green Globes #5.7.2.1 - ANSI #10.7.2.1• Design for Disassembly in the Built Environment, Brad GuyDesign for Disassembly in the Built Environment, Brad Guy, Hamer Center, Hamer Center, P, Penn Senn Statetate

University (2008)University (2008)◦ Green Globes #5.7.2.1 - ANSI #10.7.2.1

• ENERGENERGY SY STTAR Qualified Product ListsAR Qualified Product Lists◦ Green Globes #3.2.1.4 - ANSI #8.4.1.4◦ Green Globes #3.2.3.2 - ANSI #8.4.3.2

• EPEPA WA WaterSense WaterSense Water Budget Tater Budget Tool (V 1.02)ool (V 1.02)◦ Green Globes #4.8.1.1 - ANSI #9.8.1.1

• EPEPAA’’s Guidelines for Ws Guidelines for Water Rater Reuseeuse◦ Green Globes #4.6.1.1 - ANSI #9.6.1.1

• ExExecutive Order 13728: Wildland-Urban Interface Federal Risk Mitigation, 2016ecutive Order 13728: Wildland-Urban Interface Federal Risk Mitigation, 2016◦ Green Globes #2.1.2.2 - ANSI #7.1.2.2

• FEMA TFEMA Technical Bulletin 2/2008echnical Bulletin 2/2008◦ Green Globes #2.1.2.3.1 - ANSI #7.1.2.3.1◦ Green Globes #2.1.2.3.2 - ANSI #7.1.2.3.2

• FGI Guidelines, 2014FGI Guidelines, 2014◦ Green Globes #6.5.2.3 - ANSI #11.5.2.3

• Facilities Guideline InstituteFacilities Guideline Institute, “Sound & Vibration, “Sound & Vibration””, 2010, 2010◦ Green Globes #6.5.2.3 - ANSI #11.5.2.3

• Federal Energy Management ProgramFederal Energy Management Program’’s (FEMP) Energy-Efficient Product Procurements (FEMP) Energy-Efficient Product Procurement◦ Green Globes #3.2.1.4 - ANSI #8.4.1.4◦ Green Globes #3.2.3.2 - ANSI #8.4.3.2

• Federal and state noFederal and state noxious weed listsxious weed lists◦ Green Globes #2.5.1.2 - ANSI #7.5.1.2

• GSGSA, Facilities SA, Facilities Standards, P100tandards, P100, 2014, 2014◦ Green Globes #6.5.2.3 - ANSI #11.5.2.3

• GSGSA, Sound Matters, 2012A, Sound Matters, 2012◦ Green Globes #6.5.2.3 - ANSI #11.5.2.3

• GaBi Software Building LGaBi Software Building LCCAA◦ Green Globes #5.1.1.1 - ANSI #10.1.1.1

• Guide to Integrating RGuide to Integrating Renewable Energy in Federal Constructionenewable Energy in Federal Construction◦ Green Globes #3.4.1.1 - ANSI #8.6.1.1

• HUD Guide to AirborneHUD Guide to Airborne, Impact and S, Impact and Structure Borne Noisetructure Borne Noise

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https://www.gpo.gov/fdsys/pkg/FR-2016-05-20/pdf/2016-12155.pdf


http://plants.usda.gov/java/noxComposite

http://www.gabi-software.com/america/solutions/building-lca/

http://energy.gov/eere/femp/downloads/guide-integrating-renewable-energy-federal-construction

◦ Green Globes #6.5.5.1 - ANSI #11.5.5.1• IAPMO 2009 Uniform Mechanical Code: Section 402IAPMO 2009 Uniform Mechanical Code: Section 402

◦ Green Globes #6.1.1.1 - ANSI #11.1.1.1• ICC IMC 2009: 2009 International Code Council (ICC) International MechanicalICC IMC 2009: 2009 International Code Council (ICC) International Mechanical

Code(IMC): Section 605Code(IMC): Section 605◦ Green Globes #6.1.1.1 - ANSI #11.1.1.1

• ICC, 2015 International Wildland-Urban Interface CodeICC, 2015 International Wildland-Urban Interface Code◦ Green Globes #2.1.2.2 - ANSI #7.1.2.2◦ Green Globes #2.7.1.1 - ANSI #7.7.1.1

• IDIDA – IES Model Lighting Ordinance (MLA – IES Model Lighting Ordinance (MLO), TO), Tables A and B, 2011ables A and B, 2011◦ Green Globes #2.6.1.2.1 - ANSI #7.6.2.1

• IDIDA – IES Model Lighting Ordinance (MLA – IES Model Lighting Ordinance (MLO), TO), Tables C, C1, C2, 2011ables C, C1, C2, 2011◦ Green Globes #2.6.1.2.2 - ANSI #7.6.2.2

• IDIDA – IES Model Lighting Ordinance (MLA – IES Model Lighting Ordinance (MLOO, 2011), 2011)◦ Green Globes #2.6.1.1 - ANSI #7.6.1.1

• IESNA Lighting Handbook, 10th Edition, 2011IESNA Lighting Handbook, 10th Edition, 2011◦ Green Globes #6.3.2.1 - ANSI #11.3.2.1

• ISO 15686 (series), 2014ISO 15686 (series), 2014◦ Green Globes #1.3.1.2.1 - ANSI #6.3.2.1

• International Commission on IlluminationInternational Commission on Illumination◦ Green Globes #6.3.1.1 - ANSI #11.3.1.1

• International Energy Conservation Code (IECC) 2012International Energy Conservation Code (IECC) 2012◦ Green Globes #3.1.1.1.1 - ANSI #8.1.1.1

• International PInternational Performance Measurement and Verformance Measurement and Verification Protocol; DOE/EE-0157erification Protocol; DOE/EE-0157(December 1997)(December 1997)

◦ Green Globes #3.3.2.1 - ANSI #8.5.2.1◦ Green Globes #3.3.2.1.1 - ANSI #8.5.2.1◦ Green Globes #3.3.2.2 - ANSI #8.5.2.2◦ Green Globes #3.3.3.1 - ANSI #8.5.3.1

• International Society of ArboricultureInternational Society of Arboriculture’’s “s “AAvoiding Tvoiding Tree Damage During Construction,ree Damage During Construction,””(2011)(2011)

◦ Green Globes #2.3.3.1 - ANSI #7.3.3.1• Invasive plant lists published by regional invasive plant councilsInvasive plant lists published by regional invasive plant councils

◦ Green Globes #2.3.3.1 - ANSI #7.3.3.1• Multi-attribute SMulti-attribute Standards (MAtandards (MAS): products compared use the same MAS): products compared use the same MASS

◦ Green Globes #5.2.1.2 - ANSI #10.2.1.2• NFPNFPA 720 2015, CSA 720 2015, CSA 6.A 6.1919, UL 2034 or similar standard for detector, UL 2034 or similar standard for detector

◦ Green Globes #6.2.3.1 - ANSI #11.2.3.1

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http://www.cie.co.at/



http://www.na-ipc.org/ipcs/

• NISNIST Handbook 135, 1995T Handbook 135, 1995◦ Green Globes #1.3.1.1.1 - ANSI #6.3.1.1

• NONOAA Digital CoastAA Digital Coast◦ Green Globes #1.1.3.1 - ANSI #6.1.3.1◦ Green Globes #1.1.3.3 - ANSI #6.1.3.3◦ Green Globes #1.1.3.4 - ANSI #6.1.3.4

• NONOAA NESDIS 142 Series – RAA NESDIS 142 Series – Regional Climate Tegional Climate Trends and Scenarios for the Urends and Scenarios for the U.S. National.S. NationalClimate AssessmentClimate Assessment

◦ Green Globes #1.1.3.1 - ANSI #6.1.3.1◦ Green Globes #1.1.3.3 - ANSI #6.1.3.3◦ Green Globes #1.1.3.4 - ANSI #6.1.3.4

• NSF/ANSI 140-2015 Sustainability Assessment for CarpetNSF/ANSI 140-2015 Sustainability Assessment for Carpet◦ Green Globes #5.2.1.1 - ANSI #10.2.1.1◦ Green Globes #5.2.1.2 - ANSI #10.2.1.2

• NSF/ANSI 332-2015 Sustainability Assessment for RNSF/ANSI 332-2015 Sustainability Assessment for Resilient Flooringesilient Flooring◦ Green Globes #5.2.1.1 - ANSI #10.2.1.1◦ Green Globes #5.2.1.2 - ANSI #10.2.1.2

• NSF/ANSI 336-2011 Sustainability Assessment for Commercial Furnishings FabricNSF/ANSI 336-2011 Sustainability Assessment for Commercial Furnishings Fabric◦ Green Globes #5.2.1.1 - ANSI #10.2.1.1◦ Green Globes #5.2.1.2 - ANSI #10.2.1.2

• NSF/ANSI 342-2014 Sustainability Assessment for WNSF/ANSI 342-2014 Sustainability Assessment for Wallcovering Productsallcovering Products◦ Green Globes #5.2.1.1 - ANSI #10.2.1.1◦ Green Globes #5.2.1.2 - ANSI #10.2.1.2

• NSF/ANSI 347-2012 Sustainability Assessment for Single Ply RNSF/ANSI 347-2012 Sustainability Assessment for Single Ply Roof Membranesoof Membranes◦ Green Globes #5.2.1.1 - ANSI #10.2.1.1◦ Green Globes #5.2.1.2 - ANSI #10.2.1.2

• National Academies and the Climate RNational Academies and the Climate Resilience Tesilience Toolkit/Climate Exploreroolkit/Climate Explorer◦ Green Globes #1.1.3.1 - ANSI #6.1.3.1◦ Green Globes #1.1.3.3 - ANSI #6.1.3.3◦ Green Globes #1.1.3.4 - ANSI #6.1.3.4

• National Institute of SNational Institute of Standards and Ttandards and Technology (NISechnology (NIST) Building Life Cycle Cost (BLT) Building Life Cycle Cost (BLCC)CC)ProgramProgram

◦ Green Globes #3.4.1.1 - ANSI #8.6.1.1• National RNational Research Council’esearch Council’s COPEs COPE

◦ Green Globes #6.5.2.3 - ANSI #11.5.2.3• New Building Institute –Advanced BuildingsNew Building Institute –Advanced Buildings® Daylighting pattern guide® Daylighting pattern guide

◦ Green Globes #6.3.1.1 - ANSI #11.3.1.1• North American Industry Classification SNorth American Industry Classification System.(NAICS)ystem.(NAICS)

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http://patternguide.advancedbuildings.net/patterns

http://www.census.gov/eos/www/naics/

◦ Green Globes #2.2.1.7 - ANSI #7.2.1.7• PPollinator Pollinator Partnershipartnership, Ecoregional Planting Guides, Ecoregional Planting Guides

◦ Green Globes #2.5.1.5 - ANSI #7.5.1.5• Preparing a Building Service life plan for Green Buildings, Dru Meadows, 2014Preparing a Building Service life plan for Green Buildings, Dru Meadows, 2014

◦ Green Globes #1.3.1.2.1 - ANSI #6.3.2.1• RADIANCE software (for evaluation) VRADIANCE software (for evaluation) Validated Lighting Simulation Talidated Lighting Simulation Toolool

◦ Green Globes #6.3.1.1 - ANSI #11.3.1.1• Screening-level product risk assessment tools referencing NSF/GCI/ANSI 355: GreenerScreening-level product risk assessment tools referencing NSF/GCI/ANSI 355: Greener

Chemicals and Processes Information SChemicals and Processes Information Standard AND/OR processes allowed bytandard AND/OR processes allowed byregulatory authorities, eregulatory authorities, e..g. REAg. REACH, EPCH, EPA, Health Canada or other sources (2011)A, Health Canada or other sources (2011)

◦ Green Globes #5.3.1.1 - ANSI #10.3.1.1• SimaPro Sustainability Life Cycle Assessment Carbon FootprintingSimaPro Sustainability Life Cycle Assessment Carbon Footprinting

◦ Green Globes #5.1.1.1 - ANSI #10.1.1.1• South Coast Air Quality Management District (SCSouth Coast Air Quality Management District (SCAAQMD)- Rule 1168QMD)- Rule 1168

◦ Green Globes #6.2.1.1 - ANSI #11.2.1.1• SState and local university or college landscape reference guidetate and local university or college landscape reference guide

◦ Green Globes #2.3.4.1 - ANSI #7.3.4.1◦ Green Globes #2.5.1.1 - ANSI #7.5.1.1◦ Green Globes #2.5.1.2 - ANSI #7.5.1.2

• Sustainable Sites InitiativeSustainable Sites Initiative, SITES v2 R, SITES v2 Rating Sating System, (2014)ystem, (2014)◦ Green Globes #2.3.3.1 - ANSI #7.3.3.1

• TTally™ally™◦ Green Globes #5.1.1.1 - ANSI #10.1.1.1

• TTechnical Guidance on Implementing the Sechnical Guidance on Implementing the Stormwater Runoff Rtormwater Runoff Requirements for Federalequirements for FederalProjects 2009Projects 2009

◦ Green Globes #2.4.1.1 - ANSI #7.4.1.1• The Association of PThe Association of Pedestrian and Bicycle Professionals, Bicycle Pedestrian and Bicycle Professionals, Bicycle Parking Guidelines,arking Guidelines,

2nd Edition (2010)2nd Edition (2010)◦ Green Globes #2.2.1.5 - ANSI #7.2.1.5

• The AThe Athena Impact Estimator for Buildings (Vthena Impact Estimator for Buildings (Version 4.2 or later)ersion 4.2 or later)◦ Green Globes #5.1.1.1 - ANSI #10.1.1.1

• Tile Council of North AmericaTile Council of North America’’s Green Squared Certification (ANSI A138.s Green Squared Certification (ANSI A138.1-2011)1-2011)◦ Green Globes #5.2.1.1 - ANSI #10.2.1.1◦ Green Globes #5.2.1.2 - ANSI #10.2.1.2

• UU.S. EP.S. EPA document RA document Radon Prevention in the Design and Construction of Schools andadon Prevention in the Design and Construction of Schools andOther LOther Large Buildings (EParge Buildings (EPA 625-R-92-016, June 1994).A 625-R-92-016, June 1994).

◦ Green Globes #6.2.6.2.1 - ANSI #11.2.6.2.1◦ Green Globes #6.2.6.2.2 - ANSI #11.2.6.2.2

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http://www.pollinator.org/guides

http://www.radiance-online.org/

http://www.simapro.co.uk/

http://www.sustainablesites.org/resources

http://choosetally.com/

http://calculatelca.com/software/impact-estimator/

• UU.S. EP.S. EPAA’’s Construction Site Ss Construction Site Stormwater Runoff Control - Menu of Best Managementtormwater Runoff Control - Menu of Best ManagementPracticesPractices

◦ Green Globes #2.3.1.2.1 - ANSI #7.3.1.2.1• UU.S. Environmental Protection Agency (EP.S. Environmental Protection Agency (EPA) National PA) National Pollutant Discharge Eliminationollutant Discharge Elimination

SSystem (NPDES) Pystem (NPDES) Permit Programsermit Programs◦ Green Globes #2.3.1.1.1 - ANSI #7.3.1.1.1

• UU.S. Environmental Protection Agency (EP.S. Environmental Protection Agency (EPA) National SA) National Stormwater Calculatortormwater Calculator◦ Green Globes #2.4.1.1 - ANSI #7.4.1.1

• UL 100: SUL 100: Standard for Sustainability for Gypsum Boards and Ptandard for Sustainability for Gypsum Boards and Panelsanels◦ Green Globes #5.2.1.1 - ANSI #10.2.1.1◦ Green Globes #5.2.1.2 - ANSI #10.2.1.2

• UL 102: SUL 102: Standard for Sustainability for Standard for Sustainability for Swinging Door Lwinging Door Leafseafs◦ Green Globes #5.2.1.1 - ANSI #10.2.1.1◦ Green Globes #5.2.1.2 - ANSI #10.2.1.2

• UL 2760 Sustainability for Surface Coatings: RUL 2760 Sustainability for Surface Coatings: Recycled Wecycled Water-borneater-borne, 2011, 2011◦ Green Globes #6.2.1.2 - ANSI #11.2.1.2

• UL 2762 Sustainability for Adhesives, 2011UL 2762 Sustainability for Adhesives, 2011◦ Green Globes #6.2.1.1 - ANSI #11.2.1.1

• UL 2768 SUL 2768 Standard for Sustainability for Architectural Surface Coatings, 2011tandard for Sustainability for Architectural Surface Coatings, 2011◦ Green Globes #6.2.1.2 - ANSI #11.2.1.2

• UL 2799UL 2799, 2012, 2012◦ Green Globes #5.6.3.1 - ANSI #10.6.3.1

• UL 2821 GREENGUUL 2821 GREENGUARD Certification Program Method for Measuring and EvaluatingARD Certification Program Method for Measuring and EvaluatingChemical Emissions from Building Materials, Finishes and Furnishings, 2013Chemical Emissions from Building Materials, Finishes and Furnishings, 2013


• USDUSDA National Invasive Species Information CenterA National Invasive Species Information Center◦ Green Globes #2.3.4.1 - ANSI #7.3.4.1◦ Green Globes #2.5.1.2 - ANSI #7.5.1.2

• United SUnited States Department of Agriculturetates Department of Agriculture, The 2010 Wildland-Urban Interface of the, The 2010 Wildland-Urban Interface of theContinuous UnitedContinuous United

◦ Green Globes #2.1.2.2 - ANSI #7.1.2.2• WBDG: DG 1110-3-122 Design Guide for Interiors, 1997WBDG: DG 1110-3-122 Design Guide for Interiors, 1997

◦ Green Globes #6.5.5.1 - ANSI #11.5.5.1• WBDG: Federal Green Construction Guide for Specifiers: 01 57 19WBDG: Federal Green Construction Guide for Specifiers: 01 57 19..12 (01353) Noise and12 (01353) Noise and

Acoustic ManagementAcoustic Management◦ Green Globes #6.5.5.1 - ANSI #11.5.5.1

• WWalk Scorealk Score

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http://www.epa.gov/nrmrl/wswrd/wq/models/swc/









https://v3.greenglobes.com/www.walkscore.com

◦ Green Globes #2.2.1.7 - ANSI #7.2.1.7• WWaterSenseaterSense®’®’s “What to Plant”s “What to Plant”

◦ Green Globes #2.5.1.2 - ANSI #7.5.1.2• Whole Building Design Guide (WBDG), Section 01 81 10 (01120), 2001Whole Building Design Guide (WBDG), Section 01 81 10 (01120), 2001

◦ Green Globes #1.3.1.2.1 - ANSI #6.3.2.1• Whole Building Design Guide (WBDG): Sustainability of Building EnvelopeWhole Building Design Guide (WBDG): Sustainability of Building Envelope, 2016, 2016

◦ Green Globes #6.3.1.1 - ANSI #11.3.1.1• Xerces Society for Invertebrate Conservation, PXerces Society for Invertebrate Conservation, Pollinator-Friendly Plant Listsollinator-Friendly Plant Lists

◦ Green Globes #2.5.1.5 - ANSI #7.5.1.5• Zero WZero Waste Principles of the Zero Waste Principles of the Zero Waste International Alliance (ZWIA), 2015aste International Alliance (ZWIA), 2015

◦ Green Globes #5.6.3.1 - ANSI #10.6.3.1

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https://www3.epa.gov/watersense/outdoor/what_to_plant.html

http://www.wbdg.org/resources/sustainability-building-envelope

http://www.xerces.org/pollinator-conservation/plant-lists

Appendix B: DEFINITIONS, ABBREVIATIONS ANDACRONYMSDefinitions (ANSI/GBI 01-2019 Section 5.1)Note:Note: Italicized words found throughout this Standard indicate that a definition for the term canbe found in the Definitions Section. Definitions not found in this section may be found inreferenced standards contained in this Standard, and the user shall adhere to the meanings asdefined in those standards. Other terms not defined in this Section or in referenced standardscontained in this Standard shall have their ordinarily accepted meanings within the context inwhich they are used. Ordinarily accepted meanings are based upon American Standard Englishlanguage usage as documented in a comprehensive dictionary. Where definitions in thisStandard differ from those in a reference standard or any other source, definitions found in thisStandard shall be used.

acoustically separated area:acoustically separated area: an enclosed space that, to function properly, requires separationfrom other adjacent spaces by wall, floor, and ceiling assemblies that have an STC ratingadequate to allow clear, intelligible communication between sender and receiver within thespace (e.g. meeting rooms, auditoria, theaters, concert venues, cinemas, lecture halls, libraries,classrooms, conference rooms, counseling offices, private offices, private rooms in health carefacilities, sleeping rooms, etc.).

article:article: a manufactured item which:

1. is formed to a specific shape or design during manufacture;2. has end use function(s) dependent in whole or in part upon its shape or design during

end use; and3. has either no change of chemical composition during its end use or only those changes

of composition which have no commercial purpose separate from that of the article, andthat result from a chemical reaction that occurs upon end use of other chemicalsubstances, mixtures, or articles; except that fluids and particles are not consideredarticles regardless of shape of design.

assemblies:assemblies: building systems categorized as exterior walls, internal partitions, windows, interimfloors, roofs, beams, and columns.

alternate water source(s):alternate water source(s): non-potable water resources or water supplies not developed forpotable use.

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autoclaves: (autoclaves: (see steam sterilizers).

baseline equivalent emission rate (BER):baseline equivalent emission rate (BER): the baseline building emission rate (BER) representsthe mass carbon dioxide equivalent (CO2e) emitted for the average U.S. commercial building inthe proposed building's location when using data from the U.S. Department of Energy's EnergyInformation Administration's (EIA) "Commercial Building Energy Consumption Survey (CBECS)."The BER is expressed as the mass of CO2e emitted per year per unit area of the total usefulfloor area of a building – lb./ft²/yr. (kg/m²/yr.).

biobased content:biobased content: that portion of a material or product derived from plants and other renewableagricultural, marine, and/or forestry resources. Biobased content does not include animal feed,food, or biofuels.

boilerless/connectionless food steamers:boilerless/connectionless food steamers: an appliance designed to cook food within anenclosure via steam-laden air that does not have a dedicated connection to a water supply.

brownfield:brownfield: real property, the expansion, redevelopment, or reuse of which may be complicatedby the presence or potential presence of a hazardous substance, pollutant, or contaminant(Some legal exclusions and additions may apply).

building commissioning:building commissioning: a process for enhancing the delivery of a project. The processassesses and documents that the facility, systems, and/or assemblies are planned, designed,installed, tested, and can be operated and maintained to meet the Owner's ProjectRequirements.

building envelope:building envelope: the element of a building that separates the conditioned interior space fromthe exterior, such as walls, roofs, floors, slabs, foundations, doors, and fenestration.

building product:building product: building elements and assemblies.

building resilience:building resilience: the ability of a building and project site to withstand and recover rapidly fromadverse events and to adapt to changing environmental conditions.

C-factorC-factor (thermal conductance)(thermal conductance):: the amount, in British Thermal Units (Btu), that flows each hourthrough 1 ft² of the surface area of material when there is a 1° temperature difference betweenthe inside and outside air Btu/hr-ft²-F.

carbon diocarbon dioxide equivalent (COxide equivalent (CO22e):e): a measure used to compare the impact of variousgreenhouse gases based on their global warming potential (GWP). CO2e approximates the time-integrated warming effect of a unit of a given greenhouse gas, relative to that of carbon dioxide

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(CO2). GWP is an index for estimating the relative global warming contribution of atmosphericemissions of a unit mass of a particular greenhouse gas compared to the emission of a unitmass of CO2.

carbon offset:carbon offset: a certificate representing the reduction of one metric ton (2,205 lbs.) of carbondioxide equivalent emissions.

cartridge filtration:cartridge filtration: a removable type of filtration unit containing media. Cartridge filters areremoved and cleaned or replaced as a unit in entirety.

CCAAS numberS number : assignment by the Chemical Abstracts Service (CAS), a division of the AmericanChemical Society, which assigns numbers to chemicals to allow for database searches. Mostmolecule databases allow searching by CAS number.

charrettecharrette : a collaborative session in which a project team creates a solution to a design orproject problem. The structure may vary, depending on the complexity of the problem ordesired outcome and the individuals working in the group. Charrette's can take place overmultiple sessions in which the group divides into sub-groups. Each sub-group then presents itswork to the full group as material for future dialogue. Charrette's can serve as a way of quicklygenerating solutions while integrating the aptitudes and interests of a diverse group of people.

clear views:clear views: direct, unobstructed visual sightlines from a seated or standing position inside thebuilding to a point at least 20 ft. (6.1 m) outside the building allowing occupants exposure tosunlight and a visual connection to nature and the outdoors. Adjustable shading devices forglare control shall not be considered an obstruction.

climate zone:climate zone: see Normative Appendix B of ANSI/ASHRAE/IESNA Standard 90.1-2013, or Section301 of the 2015 International Energy Conservation Code (IECC).

clothes washer:clothes washer:

• commercial clothes washer:commercial clothes washer: a front-loading or top-loading clothes washer designed foruse in applications in which the occupants of more than one household will be using theclothes washer, such as multi-family housing common areas or laundromats.

• multi-load clothes washer:multi-load clothes washer: a clothes washer with a bulk capacity generally equal to orgreater than 25 lbs. (11.33 kg) of laundry; used in commercial laundromat operations andmulti-family common areas for tenant use and are coin- or card-operated.

• single-load clothes washer:single-load clothes washer: a clothes washer with a bulk capacity less than 25 lbs. (11.33kg); typically termed "family-sized" and found in dwelling units, commercial laundromats,and multi-family common areas for tenant use. Except for those located within dwelling

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units, SLWs are typically coin-or card-operated.• tunnel washer:tunnel washer: an industrial laundry machine design specifically to accommodate heavy

wash loads; also called a continuous batch washer. In operation, laundry progressesthrough the washer in one direction, while water and washing chemicals move throughin the opposite direction on a continuous basis.

combination oven:combination oven: an appliance designed to cook food within an enclosure via hot airconvection and steam-laden air.

conceptual design phase:conceptual design phase: a document that records the concepts, calculations, decisions, andproduct selections used to meet the owner's project requirements and to satisfy applicableregulatory requirements, standards, and guidelines. The document includes both narrativedescriptions and lists of individual items that support the design process.

construction documents:construction documents: all of the written and graphic documents (including BIM, CAD, andother electronic files) prepared or assembled by the architect/engineer for communicating thedesign and administering the project. The term "Construction documents" also includes theProject Manual that contains the bidding forms and instructions, contract forms and conditions,and specifications, as well as documentation of all modifications made after the constructionagreements are signed.

construction documents phase:construction documents phase: the last stage of the design process. The design and deliveryteam is focused on finalizing the drawings and specifications for all components and systems ofthe building producing the Contract Documents. A complete set of Contract Documentsprovides a comprehensive, fully coordinated set of construction documents and specificationsthat the contractor uses to obtain necessary permits and construct the project.

conventional filtration:conventional filtration: sorptive media filtration (e.g., with perlite or diatomaceous earth) in whichregular backflushing is done with each filter cleaning and the media is replaced after each flush.In conventional filtration, the media is mixed in a slurry process inside the filter and deposited onfabric coated tubes in the pressure vessel.

counterflow systems:counterflow systems: an evaporative cooling system in which the flow of air is upward acrossthe wetted cooling media.

cradle-to-gate product life cycle:cradle-to-gate product life cycle: a partial product life cycle from resource extraction (cradle) tothe factory gate before the product is transported to the consumer. This includes the productstages or raw material supply, transport, and manufacturing. The construction process, use, andend-of-life stages of the product are omitted in this case.

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cradle-to-grave product life cycle:cradle-to-grave product life cycle: the full product life cycle from resource extraction (cradle)through the disposal stage (grave). This includes the product, construction process, use, andend-of-life stages.

crossflow system:crossflow system: an evaporative cooling system in which the flow of air is horizontal across thewetted cooling media.

daylighting:daylighting: the integration of natural light for an enhanced connection to nature and tominimize the need for artificial lighting during the day using strategies such as effectiveorientation and placement of windows, use of light wells, light shafts or tubes, skylights,clerestory windows, light shelves, reflective surfaces, and shading, and the use of interiorglazing to allow light into adjacent spaces.

deconstruction:deconstruction: the systematic dismantling and removal of a structure or its parts to salvage andharvest the components, for the purpose of reusing and recycling the reclaimed materials fortheir maximum value; the disassembly of a building with the explicit intent of recovering buildingmaterials for safe and economical reuse.

design development phase:design development phase: refines the scope of work previously approved in the schematicdesign phase. In this phase, the project is developed to a level of detail necessary to work out aclear, coordinated description of all aspects of the project. Major elements including equipment,fire protection, mechanical, electrical, structural, telecommunications and plumbing systems aredesigned and coordinated through enlarged scale drawings, detailed elevations, and plans, anddesign mockups as required.

direct lighting:direct lighting: lighting provided from a source without reflection from other surfaces, whichallows light to travel on a straight path from the light source to the point of interest, such asceiling-mounted or suspended luminaires with mostly downward light distributioncharacteristics.

drift eliminator:drift eliminator: structure to control water lost from cooling towers as liquid droplets areentrained in the exhaust air. A drift eliminator does not prevent water lost by evaporation.

drip irrigation:drip irrigation: any non-spray, low volume irrigation system utilizing emission devices with a flowrate measured in gallons per hour (gal/hr.) or liters per hour (L/hr.). Low volume irrigation systemsare specifically designed to apply small volumes of water slowly at or near the root zone ofplants.

drought tolerant plant:drought tolerant plant: a plant that can withstand long periods with little or no water and/or thathave relatively low water requirements.

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dry vacuum system:dry vacuum system: a system that does not use water to form a seal for a vacuum pump or useflowing water to create a vacuum.

eexisting building:xisting building: a building or portion thereof that was previously occupied or approved foroccupancy by the authority having jurisdiction.

eexterior vegetated space:xterior vegetated space: outside the building footprint and paved areas. Applies only to siteswhere the site is vegetated with plants that are native, adapted to the ecosystem and/or non-invasive.

fenestration:fenestration: all areas (including frames) in the building envelope that transmit light includingwindows, translucent panels, clerestory windows, skylights, and glass block walls. For doorswhere the glazed vision area is less than 50% of the door area, the fenestration area is theglazed vision area. For all other doors, the fenestration area is the door area (including frames).

fenestration area:fenestration area: total area of the fenestration measured using the rough opening andincluding glass, sash, and frame.

F-factor:F-factor: the perimeter heat loss factor for slab-on-grade floor, expressed in Btu/hr-ft-oF (W/m-K).

food waste disposer:food waste disposer: a device used to shred food and other kitchen wastes prior to disposal.

formulated product:formulated product: any combination or blend of two or more constituent chemicals if thecombination does not occur in nature and is not, in whole or in part, the result of a chemicalreaction.

furnishings, finishes, and fit-outsfurnishings, finishes, and fit-outs: products and materials permanently installed on the interior ofa building. This definition includes casework, shelving, and cabinets as well as finish materialsused on floors, walls and ceilings. This definition does not include moveable furniture such asdesks, tables, and chairs.

global warming potential (Gglobal warming potential (GWP):WP): an index, describing the radiative characteristics of well-mixedgreenhouse gases, that represents the combined effect of the differing times these gasesremain in the atmosphere and their relative effectiveness in absorbing outgoing infraredradiation. This index approximates the time-integrated warming effect of a unit mass of a givengreenhouse gas in today's atmosphere, relative to that of carbon dioxide. (See carbon dioxideequivalent).

graywater:graywater: Untreated waste water that has not come into contact with toilet waste, kitchen sinkwaste, dishwasher waste or similarly contaminated sources. Graywater includes waste waterfrom bathtubs, showers, and bathroom wash basins, clothes washers and laundry tubs.

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greenfield:greenfield: undeveloped lands such as fields, forests, farmland or rangeland.

grid displaced electricity:grid displaced electricity: all electricity generated in or on the building site by, for example, PVpanels, wind-power, combined heat and power systems (CHP), or similar systems.

impervious hardscape area:impervious hardscape area: a hard surface area (e.g., parking lot) that prevents or retards theentry of water into the soil, thus causing water to run off the surface in greater quantities and atan increased rate of flow.

indoor environmental quality:indoor environmental quality: refers to the quality of the air and environment inside buildings,based on pollutant concentrations and conditions that can affect the health, comfort, andperformance of occupants-including temperature, relative humidity, light, sound and otherfactors.

integrated design process (IDP):integrated design process (IDP):a holistic approach to project design and planning whereproject team members from multiple disciplines work together throughout the project designand delivery process; this emphasizes goal setting, clear and ongoing communication, attentionto detail, and active collaboration among team members with the objective of achieving holisticsolutions.

integrated pest management:integrated pest management: the use of different techniques to control pests, used singly or incombination, such as selection of pest-resistant plant varieties, regular monitoring for pests, useof pest-resistant materials or use of natural predators of the pest, to control pests, with anemphasis on methods that are least injurious to the environment and most specific to theparticular pest.

landscape irrigation sprinkler(s):landscape irrigation sprinkler(s): hydraulically operated mechanical device that dischargespressurized water into the air through a nozzle(s) as a spray or stream of water.

lavatory:lavatory: a washbowl or basin plumbing fixture supplied with water from a lavatory faucetlocated within the confinements of a bathroom or toilet room and used for the sole purpose ofpersonal hygiene.

lavatory faucet(s):lavatory faucet(s): a fitting that controls the flow of water into a lavatory.

light pollution:light pollution: any adverse effect of artificial light including sky glow, glare, light trespass, lightclutter, decreased visibility at night, and energy waste.

luminaire:luminaire: a complete lighting unit, consisting of an artificial light source(s) together with thecomponents required to mount the unit and distribute the light, position the light source, andconnect the light source to a power supply (often referred to as a "fixture").

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major renovation:major renovation: has occurred when 50% of the gross area (measured to the exterior footprint)of the building has been renovated.

makmakeup water:eup water: water added to a cooling tower for water replenishment or water qualitymaintenance in a cooling tower, evaporative cooler, humidifier, fountain, pool, or other items inwhich water is continually depleted or used during operation.

mature plant:mature plant: a full-grown plant or the size of the plant after a specified period once the plantbecomes established.

meter (or sub-meter):meter (or sub-meter): an instrument used to measure the volume and/or rate of flow of water ina conduit or channel.

modular construction:modular construction: the remote assembly of major portions of a building constructed ofmultiple material types involving several trades working together to build a modular unit such asa bathroom pod, patient room pod, or a wall/floor/roof assembly including HVAC, electrical, andplumbing components.

mulch:mulch: a layer of permeable material applied to the surface of a landscape area to helpconserve soil moisture, improve soil health, discourage weed growth and enhance visualappeal.

multi-load:multi-load: (see clothes washer)

neighborhood asset(s):neighborhood asset(s): a single physical location where business transactions or services areavailable to the public. Neighborhood assets include, but are not limited to grocery stores,banks, retail outlets, and nonprofit and public services such as religious facilities, schools, parks,police and fire stations, and government offices.

non-potable water:non-potable water: water that is not potable water (see potable water).

non-structural element(s):non-structural element(s): elements attached to or housed in a building or building system, thatare not part of the main load-resisting structural system of the building. These include:

1. architectural elements such as a parapet wall, partition wall, non-load carrying windows,suspended ceilings, furnishings, cladding systems, and veneer;

2. mechanical system components;3. electrical system elements; and4. miscellaneous components, such as sign boards and file cabinets.

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off-site renewable energyoff-site renewable energy: green power or Renewable Energy Certificates (RECs) purchasedfrom a third-party source such as an electrical utility. There is no physical renewable energysystem either on site or specifically connected to the building.

once-through water-cooled equipment:once-through water-cooled equipment: equipment that uses a heat exchange process forcooling only once before discharge of the water to a drainage system.

onsite renewable energyonsite renewable energy: energy derived from sun, wind, water, the Earth's core, and variousforms of biomass from recovered waste sources that is captured, stored and used on thebuilding site, using such technologies as wind turbines, photovoltaic solar panels, transpiredsolar collectors, solar thermal heaters, and small-scale hydroelectric power plants.

orientation:orientation: the relation of a building and its associated fenestration and interior surfaces tocompass direction and, therefore, to the location of the sun, usually given in terms of angulardegrees away from the south, (e.g., a wall facing due Southeast has an orientation of 45degrees east of south).

overhang:overhang: a horizontal projection for a window or wall.

ozone depletion potential (ODPozone depletion potential (ODP): a number that refers to the amount of ozone depletion causedby a substance.

The ODP is the ratio of the impact on ozone of a chemical compared to the impact of asimilar mass of CFC-11. Thus, the ODP of CFC-11 is defined to be 1.0. Other CFCs andHCFCs have ODP's that range from 0.01 to 1.0. The halons have ODP's ranging up to 10.Carbon tetrachloride has an ODP of 1.2, and methyl chloroform's ODP is 0.11. HFCs havezero ODP because they do not contain chlorine. Manufacturers publish tables of all ozonedepleting substances showing their ODP's, GWP's, and CAS numbers.

permeable pavement(s):permeable pavement(s): infiltrate, treat, and/or store rainwater where it falls. They can be madeof pervious concrete, porous asphalt, or permeable interlocking pavers.

pervious concrete:pervious concrete: allows some or all water to penetrate the concrete assembly

porous asphalt pavement(s):porous asphalt pavement(s): allows some or all water to penetrate the asphalt assembly.

post-consumer recycled content:post-consumer recycled content: the portion of recycled material, in a product, generated byhouseholds or by commercial, industrial and institutional facilities in their role as end-users ofthe product which can no longer be used for its intended purpose. Post-consumer recycledcontent includes returns of materials from the distribution chain.

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potable water:potable water: water that meets the requirement of the authority having jurisdiction and issatisfactory for drinking, culinary, and domestic purposes.

pre-consumer recycled content:pre-consumer recycled content: the portion of recycled material in a product diverted from thewaste stream during a manufacturing process. Materials that have been reutilized (i.e.,reworked, reground, or scrap generated in a process and capable of being reclaimed within thesame process that generated it) are excluded.

pre-design:pre-design: the activities that happen during or prior to the conceptual/schematic design phaseof the project.

prefabrication:prefabrication: off-site, custom fabrication of major building elements in specialized facilities, inwhich various materials are joined to form a component part of a final installation. Examplesinclude trusses, joists, structural steel fabrications, architectural casework, curtain wall, andprecast concrete. This does not include manufactured, multi-material components such aswindows, doors, and gypsum sheathing unless they are incorporated into a prefabricatedbuilding element.

pre-rinse spray valve(s):pre-rinse spray valve(s): a handheld device, used with commercial dishwashing andwarewashing equipment and applications, that sprays water on dishes, flatware, and other foodservice items to remove food residue before cleaning and sanitizing the items.

pressure regulation:pressure regulation: a device used to maintain a constant, desired down-stream water pressurein a pipeline or emission device.

previously developed site:previously developed site: land that is or was occupied by a permanent structure (excludingagricultural or forestry buildings), and associated fixed surface infrastructure.

primary [regularly] occupied space:primary [regularly] occupied space: a room or enclosed space designed for human occupancy inwhich individuals perform activities for which the space has been specifically designed.

product formulation:product formulation: any combination or blend of two or more constituent chemicals, if thecombination does not occur in nature and is not, in whole or in part, the result of a chemicalreaction.

proposed equivalent emission rate (PERproposed equivalent emission rate (PER): PER is expressed as the mass of CO2e emitted peryear per unit area of the total useful floor area of the proposed building – lb./ft²/yr. (kg/m²/yr.).

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R-value:R-value: indicates the resistance to heat flow (thermal resistance) of a material. The R-value ofthermal insulation depends on the type of material, its thickness, and its density. The higher theThe higher theR-valueR-value , the greater the insulating effectiveness., the greater the insulating effectiveness. In calculating the R-value of a multi-layeredinstallation, the R-value's of the individual layers are added.

rain shutoff devicerain shutoff device: a device connected to an irrigation controller that overrides scheduledirrigation when significant precipitation is detected.

rainwater:rainwater: untreated water from natural precipitation that has not been contaminated by use.Can be utilized through rainwater harvesting.

rainwater catchment:rainwater catchment: collection and conveyance of precipitation from a rooftop or otherconstructed, above ground collection surface.

rainwater harvestingrainwater harvesting: utilizing rainwater for potable, non-potable, industrial or irrigationapplications.

reclaimed [recycled] water:reclaimed [recycled] water: highly treated wastewater that can be used for irrigation or othernon-potable uses to extend water supplies.

recovered [reclaimed] material:recovered [reclaimed] material: material that would have otherwise been disposed of as wasteor used for energy recovery (e.g., incinerated for power generation), but has instead beencollected and recovered as a material input, in lieu of virgin primary material, for recycling or amanufacturing process.

recycled content:recycled content: proportion, by mass, of recycled material in a product or packaging. Only pre-consumer and post-consumer recycled materials are considered to be recycled content (seerecycled materialrecycled material).

recycled material:recycled material: materials that have been diverted from the waste stream and reprocessedand remanufactured to form part or all of a new product.

regenerative sorptive media:regenerative sorptive media: filtration media capable of filtering down to 5 microns, that isusually composed of diatomaceous earth or perlite but that is unique in that it is not back-washed and replace after each use, but rather agitated off of filter tubes and then recoated onthe filter. In addition to only needing occasional replacement, filtration processes using this typeof media are much more water efficient.

remediation:remediation: cleanup or other methods used to remove or contain a toxic spill, contamination orhazardous material.

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renewable energy:renewable energy: energy that is continuously replenished on the Earth, such as wind, solarthermal, solar electric, geothermal, hydropower, and various forms of biomass from recoveredwaste sources.

RRenewable Energy Certificates (RECs)enewable Energy Certificates (RECs): renewable energy certificates (RECs) also known asrenewable energy credits, green certificates, green tags, or tradable renewable certificates,represent the environmental attributes of the power produced from renewable energy projectsand are sold separately from commodity electricity. Customers can buy green certificateswhether or not they have access to green power through their local utility or a competitiveelectricity marketer and they can purchase RECs without having to switch electricity suppliers.

renovation:renovation: changing in-kind, strengthening, refinishing, or replacing of structural elements orupgrading of existing materials, equipment and/or fixtures.

reuse:reuse: to use an object, material or resource again, either for its original purpose or a similarpurpose, without significantly altering the physical form of the object or material.

risk:risk: the probability that a product formulation, article or constituent chemical will cause anunacceptable hazardous or toxic human health or safety, or ecological effect under the intendedexposure and use conditions.

risk assessment, product:risk assessment, product: a scientific product composition screening-level analysis thatdetermines if a product formulation, article, or constituent chemical will produce a risk, basedupon constituent hazards, dose and exposure assessments, and risk characterization.

risk characterization ratio (RCR):risk characterization ratio (RCR): the quantitative probability estimate for adverse effects (i.e.,toxicity) to occur under defined exposure conditions – calculated as RCR = exposure dosage/noadverse effects dosage, with RCR values \< 1.0 indicating the risk is adequately controlled.

salvaged material:salvaged material: discarded or unused construction materials or products removed from astructure or a site that have value and can be directly substituted for new materials or productswith minimal reprocessing.

sand-based filtration:sand-based filtration: filtration that does not utilize a sorptive media (such as diatomaceousearth or perlite) and does not filter down to 5 microns.

service life:service life: the expected lifetime of a product.

shared use [multi-user] path:shared use [multi-user] path: a form of infrastructure that supports multiple non-motorizedtransportation opportunities, such as walking, bicycling and inline skating. A multi-use path isphysically separated from motor vehicular traffic with an open space or barrier.

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sidelit daylighted area:sidelit daylighted area: the perpendicular area from the glazing into the space that isdetermined by either:

1. a distance of 15 ft. (4.6 m) or

2. the perpendicular distance from the glazing to the nearest partition that is 5 ft.(1.5 m) orhigher

multiplied by the smaller of either;

a. the width of the window plus 2 ft. (0.6 m) on both sides,

b. the width of the window plus the distance to a permanent partition, or

c. the width of the window plus one-half the distance to the closest skylight or verticalglazing.

single load:single load: (see clothes washer)

Smart WSmart Water Application Tater Application Technology (SWechnology (SWAAT):T): a national initiative of water providers andirrigation industry representatives to promote landscape water-use efficiency through theapplication of state-of-the-art irrigation technologies.

soil moisture sensorsoil moisture sensor: a device to measure the moisture level in the soil and which is, in someinstances, connected to an irrigation system to signal the bypass of the scheduled irrigationcycle if the soil moisture is above a specified level.

specialized activities:specialized activities: activities that generate pollutants, that may include but are not limited to,printing rooms, and areas that contain industrial and quasi-industrial equipment.

splash out trough:splash out trough: the channel located around the edge of a pool that is designed to catchwater that otherwise would spill or be tracked out of the pool onto the decking. The splash outtrough drains back to the pool system.

steam sterilizer [autoclave]:steam sterilizer [autoclave]: a device that uses moist heat in the form of saturated steam underpressure for a predetermined period of time to sterilize materials.

stormwater:stormwater: natural precipitation that has contacted a surface at, below (channels storm drainpipes), or above (elevated roadways) grade.

structural system:structural system: the load-resisting system of a structure that transfers loads to the soil orsupporting structure through interconnected structural components or members.

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sub-meter:sub-meter: a subdivision of the utility metering of a building that records the proportionateenergy use of specific building systems and appliances.

substantial completion:substantial completion: the stage in the progress of a construction project when the project ordesignated portion thereof is sufficiently complete in accordance with the Contract Documentsso that the Owner can occupy or utilize the project for its intended use.

Superfund site:Superfund site: a site that is on the U.S. Environmental Protection Agency's (EPA) NationalPriority List (NPL) based on a scoring process that rates its current or potential health impact.

task lighting:task lighting: light that is directed to a specific surface or area to provide illumination for visualtasks.

toplit daylighted area:toplit daylighted area: the actual perimeter of the rough glazing unit or skylight opening to apoint expanding outward from each side to a distance of 70% of the ceiling height. Areas ofoverlap with toplit daylighted area or sidelit daylighted area can only be applied to one area.Light obstructed by a permanent partition that is 5 ft. (1.5 m) high or taller is not considered aspart of the toplit daylighted area.

TTotal Material Votal Material Value:alue: the invoiced cost of materials and products as received by the contractor,permanently installed in the building project, not including the contractor's profit, overhead, orlabor. Alternatively, 45% of the total construction cost may be used to establish the Total MaterialValue.

TTree Protection Zone (TPZ):ree Protection Zone (TPZ): an area established to minimize damage to trees and their rootsystems. The TPZ is determined by measuring the diameter of the trunk at a standard height of4.5 ft. (1.37 m) above the ground line and a radius from the tree trunk is extended 1.5 ft. (.46 m)for each inch (2.54 cm) of trunk diameter. For example, if the tree trunk is 10 in. (25.4 cm) at 4.5ft. (1.37 m) above the ground line, then the TPZ radius would extend 15 ft. (4.57 m) from the treetrunk in all directions.

U-factor (thermal transmittance):U-factor (thermal transmittance): the heat transmission in unit time through unit area for all theelements of construction and the boundary air films, induced by unit temperature differencebetween the environmental conditions on each side. Btu/hr-ft²-oF (W/m²-K).

variable air volume (Vvariable air volume (VAAV) system:V) system: an HVAC system that provides temperature control by varyingthe supply of conditioned air in different parts of the building according to heating and coolingneeds. The air supply temperature may be constant or varied (also according to heating andcooling needs).

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variable occupancy:variable occupancy: a variance of 30% from design occupancy for a minimum of 30% ofnormally occupied hours.

vegetated roofvegetated roof : a roof system that may include a water proofing and root repellent system, adrainage system, filter cloth, a lightweight growing medium, and plants. Vegetated roof systemscan be modular, with drainage layers, filter cloth, growing media and plants already prepared inmovable, interlocking grids or each component can be installed separately.

waste heat:waste heat: waste heat from industrial processes and power stations rated at more than 10MWeand with a power efficiency of greater than 35%.

water factor (WF):water factor (WF): the quotient of the total weighted per-cycle water consumption for cold washdivided by the cubic foot (or liter) capacity of the clothes washer.

water features:water features: a designated, often artificial, area in which visible water is moving or open forsome purpose. While often this is for aesthetic purposes, these areas may have multiple uses.Generally, the term applies to places not used exclusively for irrigation.

water tempering device:water tempering device: a device that cools a discharge of hot water or steam to the sanitarysewer by dilution (mixing) with cooler water.

wetland:wetland: natural or constructed areas that are inundated or saturated by surface or groundwater at a frequency and duration sufficient to support, and that under normal circumstances dosupport, a prevalence of vegetation typically adapted for life in saturated soil conditions.Wetlands generally include swamps, marshes, bogs and similar areas.

Abbreviations and Acronyms (ANSI/GBI 01-2019 Section 5.2)APBP:APBP: Association of Pedestrian and Bicycle Professionals

AASSA:A: Acoustical Society of America

AASSABE:ABE: American Society of Agricultural and Biological Engineers

AASCE:SCE: American Society of Civil Engineers

AASSTM:TM: ASTM International

AASHRAE:SHRAE: American Society of Heating, Refrigerating and Air-Conditioning Engineers

AATFS:TFS: American Tree Farm System

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BUG:BUG: Backlight, Uplight and Glare Ratings

CCABI:ABI: Center for Agriculture and Bioscience International

CCAAS:S: Chemical Abstracts Service

CBECS:CBECS: Commercial Building Energy Consumption Survey. Developed by the U.S. Departmentof Energy's Energy Information Administration (EIA)

CDPH:CDPH: California Department of Public Health

CHPS:CHPS: Collaborative for High Performance Schools

COCO22e:e: Carbon Dioxide Equivalent Emissions Rate

CRI:CRI: Carpet and Rug Institute, Inc ..

EMS:EMS: Environmental Management System

EPEPAA: Environmental Protection Agency

FEMA:FEMA: Federal Emergency Management Agency

FGI:FGI: Facility Guidelines Institute

HVHVAAC&R:C&R: heating, ventilating, air-conditioning, and refrigerating

IAPMOIAPMO : International Association of Plumbing and Mechanical Officials

ICC:ICC: International Code Council®

IDP:IDP: Integrated Design Process

IECC:IECC: International Energy Conservation Code

IES:IES: Illuminating Engineering Society of North America

INCE:INCE: Institute of Noise Control Engineering

ISO:ISO: International Organization for Standardization

LLCCA:A: life cycle assessment

LLWWA:A: Landscape water allowance

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MERMERV:V: Minimum Efficiency Reporting Value

MURB:MURB: Multi-Unit Residential Building

NBI:NBI: New Buildings Institute

NCNCAAC:C: National Council of Acoustical Consultants

NFPNFPA:A: National Fire Protection Association

NISIC:NISIC: National Invasive Species Information Center

NISNISTT:: National Institute of Standards and Technology

NREL:NREL: National Renewable Energy Laboratory

PEFC:PEFC: Programme for Endorsement of Forest Certification

RCR:RCR: Risk Characterization Ratio

RELs:RELs: Reference Exposure Levels

RFCI:RFCI: Resilient Floor Covering Institute

SCSCAAQMD:QMD: South Coast Air Quality Management District

SMASMACNA:CNA: Sheet Metal and Air Conditioning Contractors' National Association

TTCNA:CNA: Tile Council of North America

USDUSDAA : United States Department of Agriculture

VVOCOC : Volatile Organic Compounds

WBDG:WBDG: Whole Building Design Guide

WF:WF: Water Factor

WISP:WISP: Whole Systems Integration Process

ZWIA:ZWIA: Zero Waste International Alliance

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