Construction Documents - Client...At the Construction Documents Phase? Tip: At the Construction...

10/7/2014 Construction Documents - Client - Printable Blank Survey

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Construction Documents - ClientPrintable Blank Survey

OVERALL TOTAL: 1000

1 PROJECT MANAGEMENT 70

1.1 INTEGRATED DESIGN PROCESS (IDP) 20

1.1.1 Integrated Design Meetings 6

1.1.1.1 Was an integrated design process (IDP) employed, whichincluded a minimum of three of the following key designdisciplines involved in the project? (check as many key disciplines below as apply)Tip: Individuals representing key design disciplines shouldattend a pre-design planning session in the form of a meeting,charrette, or workshop during pre-design of the project. TheGreen Globes Assessor will ask for minutes or report of thepre-design planning workshop or charrette.

Reference Material:Green Globes SI Technical Reference Manual, Section1.1.1.1

Yes No 6

1.1.1.1.1

Acoustics Consultant, Acoustician, or Special SystemsEngineer?

Yes No

1.1.1.1.2

Architect or Interior Designer?Yes No

1.1.1.1.3

Building Facilities Manager? Yes No NA

1.1.1.1.4

Commissioning Agent? Yes No

1.1.1.1.5

Contractor? Yes No

1.1.1.1.6

Electrical Engineer?

Tip: Mark “N/A” where there are no major changes to electrical

Yes No NA



systems.

1.1.1.1.7

Lighting Designer/Illuminating Engineer? Yes No

1.1.1.1.8

Mechanical Engineer - HVAC? Yes No NA

1.1.1.1.9

Mechanical Engineer - Plumbing? Yes No

1.1.1.1.10

Owner and/or Leasing Company Representative? Yes No

1.1.1.1.11

Project Manager? Yes No

1.1.1.1.12

Structural Engineer?

Tip: Mark “N/A” where there are no major structural changes.

Yes No NA

1.1.1.1.13

Sustainable Design Coordinator?

Tip: This is a role that can be assumed by a member of theteam (e.g. the architect or interior designer).

Yes No

1.1.1.1.14

User Group Representative? Yes No

1.1.2 IDP Performance Goals 11

1.1.2.1 Were (qualitative) green design goals established at the pre-design phase for the following:Tip: Written qualitative goals must have been established during the pre-design phase for each item receiving credit.

1.1.2.1.1

Acoustic comfort? Yes No 1

1.1.2.1.2

Efficient lighting? Yes No 1

1.1.2.1.3

Lighting quality?

Tip: “Lighting quality” refers to recognizing early in the designprocess the visual needs of the future occupants, such asvisual comfort from glare, and lighting that supports health andproductivity, and whether lighting levels are adequate for thetask.

Yes No 1



1.1.2.1.4

Material utilization and efficiency?

Tip: This means Life Cycle Analysis, minimal use of rawmaterials, recycling, deconstruction and disassembly.

Yes No 1

1.1.2.1.5

Space optimization and flexibility?

Tip: Many larger organizations have a space planning,programming and justification policy and proceduresdocument, including most public entities. This can serve as aguidance document for this process. Otherwise, prudentconsideration of the true space need, space layout andadaptability for the most efficient design for the intendedoccupancy should be reflected in the sustainable goal settingprocess.

Yes No 1

1.1.2.1.6

Thermal comfort and indoor air quality? Yes No 1

1.1.2.1.7

Waste management and recycling for occupants? Yes No 1

1.1.2.2 Were performance goals (metrics) established at the pre-design phase for the following: Tip: Written performance goals must have been established during the pre-design phase for each item receiving credit.

1.1.2.2.1

Construction waste diversion? Yes No 1

1.1.2.2.2

Lighting power density? Yes No 1

1.1.2.2.3

Plug load power density? Yes No 1

1.1.2.2.4

Water conserving features? Yes No 1

1.1.3 IDP Progress Meetings for Design 3

1.1.3.1 Did the integrated design process (IDP) team hold progress meetings prior to the completion of the following project phases: Tip: Agenda items should include the following: Review established (and/or modified) performance goals and green design goals;Refine language regarding performance and green design goal outcomes into Plans and Specifications; Identify any missingrequirements and required steps to correct; establish/track responsibilities for gathering documentation and review plans for operationsand maintenance training.

1.1.3.1.1

At the Concept Design Phase?

1



Tip: At the Concept Design Phase, the general scope,preliminary design, scale, and relationships among thecomponents of the project are established along with budgetand schedule.

Yes No

1.1.3.1.2

At the Design Development Phase?

Tip: At the Design Development Phase, enlarged scaledrawings, detailed elevations and plans, and design mock-upsshould show major elements including mechanical, electrical,structural, telecommunications, plumbing systems, and fireprotection.

Yes No 1

1.1.3.1.3

At the Construction Documents Phase?

Tip: At the Construction Documents Phase, finalized drawingsand specifications for all components and systems of thebuilding are produced that form the basis for drawing upcontracts, obtaining necessary permits, and constructing theproject. The construction documents phase also encompassesthe majority of formal documentation for the Green Globesassessment and rating process.

Yes No 1

1.2 ENVIRONMENTAL MANAGEMENT DURING CONSTRUCTION 10

1.2.1 Building Materials and Building Envelope 2

1.2.1.1 Is there a requirement for the following construction best-practices to protect building materials and control mold: Tip: Examples of building materials made of organic material include wood, gypsum board, and plasterboard. This is verified by theGreen Globes Assessor. The measures should be included in the General Contractors‘ Environmental Management System as part ofthe Site and Work Instructions.

Reference Material:ASHRAE Indoor Quality Guide: Best Practices for Design, Construction and Commissioning, 2010Green Globes SI Technical Reference Manual, Section 1.2.1.1

1.2.1.1.1

Building materials made of organic material or those thatcould absorb moisture are protected in transit and at theconstruction site from contact with moisture and fromcollecting organic matter such as leaves, soil or insects?

Tip: Examples of building materials made of organic materialinclude wood, gypsum board, and plasterboard. This is verifiedby the Green Globes Assessor. The measures should beincluded in the General Contractors‘ EnvironmentalManagement System as part of the Site and Work Instructions.

Reference Material:ASHRAE Indoor Quality Guide: Best Practices for Design,Construction and Commissioning, 2010Green Globes SI Technical Reference Manual, Section1.2.1.1

Yes No 1

1.2.1.1.2



The interior is weather-tight and dry before installation ofinterior walls, wood floors, ceilings, or HVAC systems?

Tip: Reference Material:ASHRAE Indoor Quality Guide: Best Practices for Design,Construction and Commissioning, 2010Green Globes SI Technical Reference Manual, Section1.2.1.1

Yes No 1

1.2.2 IAQ during Construction 8

1.2.2.1 Is there a requirement for either one of the following best-practices to maintain good indoor air quality?

The area under construction is to be flushed with 100%outdoor air for 7 consecutive days prior to occupancy andfilters changed after flush out but before it is occupied?

orBaseline Indoor Air Quality testing gives positive results asper Environmental Protection Agency (EPA) Testing forIndoor Air Quality, section 01 81 09, (December 2007)?

Tip: The measures should be included in the GeneralContractors‘ Environmental Management System as part of theSite and Work Instructions. Optimally a building zone flush-outbegins as soon as HVAC systems are operational and extendsthrough the end of construction, furniture and finishingsinstallation. The minimum recommended flush-out period is 7days; it should be completed prior to occupancy. The HVACsystem that covers the reconfigured space should be runcontinuously, 24 hours a day, with 100% outside air (no returnair should be re-circulated into the space). The degree of zonecontrol provided by the BAS (if any) will determine the overallapproach to flush-out. Flush out by alternative means, such asexhaust fans in the space entry ways with direct venting to theoutside or via exhaust vents, would accomplish the samepurpose.

Reference Material:ASHRAE Indoor Quality Guide: Best Practices for Design,Construction and Commissioning, 2010Green Globes SI Technical Reference Manual, Section1.2.2.1

Building flushed 7 days & filters changed

IAQ test yields acceptable results

No3

1.2.2.2 Where parts of the building will be occupied during construction, which of the following five basic strategies are specified perSMACNA‘S IAQ Guidelines for Occupied Buildings Under Construction to control dust, odors or irritants: Tip: The measures should be included in the General Contractor‘s Environmental Controls specification as part of the Site and WorkInstructions. A formal Environmental Management System (EMS) is not required.

Reference material:SMACNA IAQ Guidelines for Occupied Buildings Under ConstructionGreen Globes SI Technical Reference Manual, Section 1.2.2.2

1.2.2.2.1

HVAC Protection?

Tip: Mark “N/A” where the building is entirely unoccupied



during construction.

Reference material:SMACNA IAQ Guidelines for Occupied Buildings UnderConstructionGreen Globes SI Technical Reference Manual, Section1.2.2.2

Yes No NA 1

1.2.2.2.2

Pollutant Source Control?

Tip: Mark “N/A” where the building is entirely unoccupiedduring construction or where the source of pollution is far awayfrom occupied spaces.


Yes No NA 1

1.2.2.2.3

Pathway Interruption?

Tip: Mark “N/A” where the building is entirely unoccupiedduring construction.


Yes No NA 1

1.2.2.2.4

Housekeeping?



Yes No NA 1

1.2.2.2.5

Scheduling?



Yes No NA 1



1.3 ENVIRONMENTAL PURCHASING 10

1.3.1 Does the environmental purchasing plan for constructioninclude the procurement of energy-saving, high-efficiencyequipment? Tip: Energy efficient equipment typically means Energy Star-labeled appliances and office equipment, and/or officepartitions and furniture that are either certified to be energyefficient or designated by a manufacturer as energy-efficientbased on some objective criteria.

Yes No 5

1.3.2 Is there an environmental purchasing plan for the futureoccupying organization with provisions for energy and waterefficient equipment, environmental attributes for consumables,and a policy and procedure to reduce and minimize the needfor materials and products? Tip: This document represents a commitment by the futuretenant organization’s decision makers to continue the practiceof environmental purchasing after the project is complete andthe space is occupied. It should include a policy coveringenvironmental attributes of consumable materials, ongoingequipment purchases are energy efficient (or water efficient asapplicable), safety and hazard minimization as applicable, anda plan to minimize/reduce the need for materials and products.

Yes No 5

1.4 COMMISSIONING 30

1.4.1 Commissioning Requirements 24

1.4.1.1 Is there a requirement that commissioning of new interior building elements or systems is to be conducted in accordance withASHRAE/NIBS Guideline 0-2005: The Commissioning Process, Articles 5, 6, and 7 for the following:Tip: Inputs determined by the project’s scope of work. Where no commissioning is to be done, mark “No.”

Reference material:ASHRAE/NIBS Guideline 0-2005: The Commissioning Process, Articles 5, 6, and 7Guideline 1.1 – HVAC&R Technical Requirements for The Commissioning ProcessGreen Globes SI Technical Reference Manual, Section 1.4.1.1

1.4.1.1.1

Building automation systems?

Tip: Mark “N/A” where systems are not linked to buildingautomation system.

Yes No NA 3

1.4.1.1.2

Communication systems?

Tip: Mark “N/A” where communications systems are not withinthe scope of the project.

Yes No NA 2

1.4.1.1.3

Electrical systems? Yes No 2

1.4.1.1.4

Fire protection system? Yes No 2



1.4.1.1.5

HVAC&R and controls? Yes No 5

1.4.1.1.6

Lighting systems and their controls? Yes No 5

1.4.1.1.7

Plumbing system?

Tip: This involves spot check and verification that the flows areaccurate for the different fittings, fixtures, and appliances. Mark“N/A” where plumbing systems are not within the scope of theproject.

Yes No NA 2

1.4.1.2 Is there a requirement that the commissioning will beconducted in accordance with ASHRAE Guideline 0-2005:Annex L?Tip: This annex provides guidance on writing specifications forthe commissioning activities that are to be performed byconstruction contractors. A specification guide is included withthe assumption that the construction contractor is involved onlyduring the construction phase and for the correction andwarranty period. Where no commissioning is to be done, mark“No.”

Yes No 3

1.4.2 Training 3

1.4.2.1 Is there a requirement that there will be training for thefacility operator on the systems listed above in accordancewith ASHRAE/NIBS Guideline 0-2005: Article 7.2.14?Tip: Reference material:

Green Globes SI Technical Reference Manual, Section1.4.2.1

Yes No 3

1.4.3 Operations and Maintenance Manual 3

1.4.3.1 Is there a requirement to develop or modify an existingOperations and Maintenance (O&M) Manual and/orComputerized Maintenance Management System (CMMS) thatcontains descriptions and information on the continuous tasksrelated to any additional complex systems – for examplecommunications, fire, security, cleaning instructions, lightingcontrols, etc.? Tip: If the project does not have an Operations andMaintenance Manual, the owner’s building management likelyhas an existing O&M manual or active CMMS program thatwould apply to all building space, including new tenants.Cooperation from the building owner is key in such a case.

Reference material:Green Globes SI Technical Reference Manual, Section1.4.3.1

There is/will be a complete, user-friendly O&M manual, relevantto the project scope

O&M Manual meets some, but not all, requirements

There is/will be a complete CMMS, or CMMS update, relevantto the project scope

CMMS meets some, but not all, requirements

No

3

2 ENERGY 300



2.1 ENERGY SUB-METERING 65

2.1.1 Is electricity separately metered for the interior space? Tip: Reference Material:

Green Globes SI Technical Reference Manual, Section2.1.1

Yes No 10

2.1.2 Is there sub-metering installed for the following:

2.1.2.1

Lighting? Yes No 10

2.1.2.2

Plug loads? Yes No 10

2.1.2.3

Large specialized equipment (e.g. servers, medicalequipment, MRI units, etc.) that are likely to produce morethan 10% of annual energy use?

Tip: Mark “N/A” for a facility less than 20,000 ft. or wherethese features are not present.

Yes No NA 10

2.1.2.4

Other features that impact energy?

Tip: For example, a chiller plant retro-fitted for waste heat.Mark “N/A” if there are no other features that impact energy.

Yes No NA 10

2.1.2.4.1 Describe:Tip: Please describe any other features that impact energy.

2.1.3 Is there a monitoring feature that includes continuous orregular updates for shared with tenants for different energyend uses, plug loads, and high energy use equipment?Tip: Reference Material:

Green Globes SI Technical Reference Manual, Section2.1.3

Yes No 10

2.1.4 Is the monitored data analyzed, configured and reported insuch a way that tenants can take corrective action to reduceloads based on the reported results?Tip: A relevant, useful plan would address the who, what,when, and how the data is collected, analyzed, reported,reviewed, and the processes for following up on reportedinformation to improve energy efficiency.

Reference Material:Green Globes SI Technical Reference Manual, Section2.1.4

Yes No 5

2.2 BUILDING ENVELOPE 25

2



2.2.1 Are windows energy efficient, or were inefficient windows retrofitted to improve energy efficiency by the following: Tip: This criterion applies to the portion of windows directly related to (bordering) the specific space. “Energy efficient” here means U-factor and SHGC values less than reported in Green Globes SI Technical Reference Manual Table 2.2.1 (derived from ASHRAE 90.1-2010). Determine the weighted average assembly U-factor values and the SHGC on a weighted area average for all windows. Thecode compliance documentation, such as details from COMCheck of the main building, should provide the details needed for thiscalculation.

Reference Material:Green Globes SI Technical Reference Manual, Section 2.2.1

2.2.1.1

The thermal transmittance (U-factor) of the building‘sfenestration system is less than or equal to the values inTable 2.2.1 of the Green Globes for Sustainable InteriorsTechnical Reference Manual?

Tip: Reference Material:Green Globes SI Technical Reference Manual, Section2.2.1Green Globes SI Technical Reference Manual, Table2.2.1: Building Envelope Requirements

Yes No 5

2.2.1.2

The Solar Heat Gain Coefficient (SHGC) of the building‘sfenestration system is less than or equal to the values inTable 2.2.1 of the Green Globes for Sustainable InteriorsTechnical Reference Manual?

Tip: Reference Material:Green Globes SI Technical Reference Manual, Section2.2.1Green Globes SI Technical Reference Manual, Table2.2.1: Building Envelope Requirements

Yes No 5

2.2.2 Have existing windows been sealed to reduce infiltration?Tip: The design drawings must show where and how existingwindows have been sealed. Mark “not applicable” if there areno existing windows designated for the project space.

Yes No NA 5

2.2.3 Are the non-base building supplementary heating and/orcooling systems high efficiency units (e.g. cooling in serverrooms)?Tip: High efficiency units should meet or exceed a SeasonalEnergy Efficiency Ratio (SEER) of 13 or higher (whichevermeets local codes or standards), and an Energy EfficiencyRatio (EER) of 11.2 or higher (whichever meets local codes orstandards). Mark “not applicable” where there are nosupplementary heating or cooling units.

Yes No NA 10

2.3 LIGHTING 95

2.3.1 Lighting Power Density 40

2.3.1.1 Is the total installed interior lighting power density (LPD)of the space at or below the lighting power density requirementin the Green Globes for Sustainable Interiors TechnicalReference Manual, Table 2.3.1.1-A Building Area Method or



Table 2.3.1.1-B Space-by-Space Method?Tip: Lighting power density for connected lighting circuits is theenergy use (in watts) per square foot for lighting. The values inthese tables are adapted from ANSI/ASHRAE/IESNA Standard90.1-2010. Provide calculations to the Green Globes Assessorfor verification.

Reference Material:Green Globes SI Technical Reference Manual, Section2.3.1.1Green Globes SI Technical Reference Manual, Table2.3.1.1-A Building Area MethodGreen Globes SI Technical Reference Manual, Table2.3.1.1-B Space-by-Space Method

Yes, Building Area Method

Yes, Space-by-Space Method

No40

2.3.2 Interior Automatic Light Shut-off Controls 30

2.3.2.1 How many light fixtures have time-scheduling devicesand/or individual occupant-sensing devices? Tip: Time-scheduling devices must control zones no more than25,000 ft. (2,320 m ) per floor. There must be manualoverride switching devices that control zones no more than5,000 ft. (465 m ) and these must allow lighting to stay on forno more than two hours. Individual occupant-sensing devicesmust control zones no more than 2,500 ft. (232 m ) in spacessmaller than 10,000 ft. (930 m ). For spaces that are largerthan 10,000 ft. (930 m ), the control zones must be no greaterthan 10,000 ft. (930 m ). The occupant-sensing devicesshould also turn off all lighting in controlled areas within 30minutes of all occupants leaving the area.


More than 50%

30% - 50%

10% - 29%

Less than 10%

No

N/A

30

2.3.3 Light Reduction Controls 25

2.3.3.1 How many interior light fixtures have lighting controls thatcan reduce the lighting load by at least 50% from full lightingusing any of the following technologies:

Dual switching of alternate rows or luminaries?Switching of individual lamps independently of adjacentlamps within a luminaire?Switching of each lamp or luminaire?Occupancy sensors within the space?

Tip: This criterion is based upon total light fixtures that havecontrols, e.g. if a 6 story building has 3 floors with sensorsthroughout, then 50% of the light fixtures would be controlledby sensors. Dual switches allow occupants to control a lightfrom more than one place. A luminaire is defined as thelighting unit consisting of a lamp or lamps, while the lamp is theactual light source. Mark “N/A” for spaces that use less than0.5 W/ft. (0.1 W/m ). Overall, the total connected lighting load(in kW) would need to be controllable so that the lightingenergy across all fixtures can be reduced by at least half.

More than 50%

30% - 50%

10% - 29%

Less than 10%

No

N/A

25

2.4 DAYLIGHTING 30

2 2

2 2

2 2

2 2

2 2

2 2

2 2



2.4.1 Controls for Daylighted Zones 30

2.4.1.1 Do all small daylit areas have automatic photocell lightingcontrols?Tip: “Small daylit area” means 250 - 2,500 ft. (23 -232 m ),and may have manual or automatic controls. “Automaticlighting photocell controls” includes stepped switching, steppeddimming and/or continuous dimming. Mark “N/A” where thereare no sidelit and/or toplit areas larger than 250 ft. (23 m ).

Yes No NA 15

2.4.1.2 Do all large daylit areas have automatic photocell lightingcontrols?Tip: “Large daylit area” means larger than 2,500 ft. (232 m ),and must have automatic controls. “Automatic lightingphotocell controls” include: stepped switching, steppeddimming, and continuous dimming. Mark “not applicable”where there are no sidelit and/or toplit areas larger than 2,500ft. (232 m ).

Yes No NA 15

2.5 HVAC SYSTEMS AND CONTROLS 35

2.5.1 Automation Systems 15

2.5.1.1 Is there a central Building Automation System (BAS) thatencompasses all systems that affect building energyperformance, lighting, and thermal comfort?Tip: For this criterion the space should have independentcontrol and/or monitoring capability for systems that affectenergy usage, lighting and thermal comfort. Either singlecontrols per unit or programmable access to a central buildingautomation system would be sufficient, as long as the masterBAS does not override zone programming. Small, constantsystems like single toilet exhausts and plug loads need not becontrolled by the BAS, though the BAS should carry thenecessary fault alarms for building systems.

Yes No 10

2.5.1.2 Can the heating, ventilation and air-conditioning servinginterior zones be controlled independently of the heating,ventilation and air-conditioning serving adjacent spaces thatare not part of the interiors project? Tip: The tenant space either has its own dedicated HVACsystems or the space systems are extensions of a largerbuilding HVAC system. Check “Yes” if there are dedicatedHVAC systems controllable by tenants. Or check “Yes” if theheating, cooling, and ventilation loads of the space are servedby building HVAC systems, are controllable by the tenants,and the loads of other spaces do not limit the HVAC systemscapacities or efficiencies.

Yes No NA 5

2.5.2 Domestic Hot Water Heaters 20

2.5.2.1 Are the new water heaters tankless instant hot-waterheaters or do they meet the efficiency requirements ofASHRAE 90.1-2010? Tip: Mark “N/A” if hot water is centralized for the wholebuilding, and the tenant has no control.

Tankless instant hot-water heaters

Meets ASHRAE 90.1-2010

No

N/A

10

2.5.2.2 Are all building gas domestic hot water heaters equippedwith intermittent electrical igniters and low NO burners?

2 2

2 2

2 2

2 2

X



Tip: Mark “N/A” if there are no domestic hot water heatersdedicated to the space.


Yes No NA 10

2.6 PLUG LOADS 50

2.6.1 Plug Load Inventory 16

2.6.1.1 Is there an inventory of plug load items and equipment(based on name plate specifications) that is kept current,reviewed and revised as space occupancy and systemschange? Tip: Create an editable electronic tabulation of all plug loadequipment that is introduced into the space. The file shouldinclude nameplate specifications and locations of theequipment, updated at least quarterly and whenever newequipment is introduced or old equipment is replaced.

Yes No 5

2.6.1.2 Is there separate metering and monitoring – either real-time continuous or interval metering (down to 15 minuteresolution) – that distinguishes between plug loads and majorequipment loads and allows occupants to view plug loadprofiles? Tip: For plug load metering to be possible, plug load circuitsneed to be on separate circuits and the energy draw on thesecircuits would need to be incorporated in a building automationsystem (BAS) monitoring system or alternate plug loadtracking system.

Yes No 6

2.6.1.3 Is there a system in place to track plug loads (frommetered data) on at least a monthly basis, and which providesfeedback to occupants for recommended strategies they canuse to limit plug loads over which they have control? Tip: Incorporate a data tracking, analysis, and reportingmethod as part of the space automation system or similar datacollection alternative.

Yes No 5

2.6.2 Plug Load Limiting 12

2.6.2.1 Are there policies in place that limit or prohibit “plug loadaccumulation” – the introduction or use of personal electricalequipment that increase plug loads (e.g. space heaters, fans,task lamps, coffee makers, charging stations, additionalpersonal computers, etc.)? Tip: Written criteria or restrictions for both the kinds of plug-inequipment allowed and corresponding limitations can bedeveloped and made available to all occupants.

Yes No 6

2.6.2.2 Is there a policy in place that requires all new equipmentpurchases to be based on energy efficient criteria, such asENERGY STAR or other applicable standards? Tip: Identify the basis for what kind of plug-in systems andequipment are allowed when purchasing or leasing equipment,whether ENERGY STAR or other energy-efficient criteria.Mark “N/A” if no future purchases are anticipated, or the kind ofpurchases anticipated would not lend themselves to ENERGY

Yes No NA 6

®

®



STAR or other energy efficient standard.

2.6.3 Plug Load Management 22

2.6.3.1 Are there the following software-based power management control systems that can be programmed to minimize plug loads: Tip: These criteria apply to spaces in which plug-load circuits are separate and plug-load management software and systems can beinstalled and programmed.

2.6.3.1.1

Power management strategies to control plug loads?

Tip: Examples include load-sensing plug strips that use amaster/slave approach, which can be set so that when turningoff computers everything else in the plug strip also turns off;occupancy-sensing plug strips that detect the presence orabsence of a user and automatically turn equipment on or offin response; and programmed time-of-use circuits that limitwhen, and for how long, plug load circuits are energized. Mark“N/A” if such plug load systems cannot be installed in contextof the tenant's operations.

Yes No NA 7

2.6.3.1.2

The power management system has been commissionedand is actively in use?

Tip: Mark “N/A” if such plug load systems cannot be installed incontext of the tenant's operations.

Yes No NA 7

2.6.3.2 Is there a policy in place for educating occupants on howto best manage plug loads to minimize plug load energy use? Tip: Mark “Yes” if you have a policy that gives occupantsinstructions on what plug-loads are in place, which plug loadsare under their control, and what responsibilities they have toaffect this control.

Yes No 8

3 WATER 90

3.1 PLUMBING FIXTURES 54

3.1.1 Are the following plumbing fixtures and fittings dedicated to the space certified as being compliant with the requirements of theU.S. EPA’s WaterSense Program: Tip: Reference Material:

Green Globes SI Technical Reference Manual, Section 3.1.1

3.1.1.1

Toilets (maximum effective flush 1.28 gallons)?

Tip: Mark “N/A” where there are no toilets dedicated to theproject space and/or they are centralized and not under controlof the tenants.


Yes No NA 18



3.1.1.2

Urinals that achieve one of the following:

Use no water?orMaximum effective flush volume of 1 pint?orMaximum effective flush volume of 0.5 gallons?

Tip: Mark “N/A” where there are no urinals dedicated to theproject space and/or they are centralized and not under controlof the tenants.


No water

Max flush less than or equal to 1 pint

Max flush less than or equal to 0.5 gallons

No

N/A

18

3.1.1.3

Showerheads (maximum effective flow rate 2.0 gallons perminute)?

Tip: Mark “N/A” where showerheads are not within the scopeof the project or dedicated to the space.


Yes No NA 10

3.1.1.4

Non-residential lavatory faucets (maximum flow rate 0.5gallons per minute)?

Tip: Mark “N/A” where there are no non-residential lavatoryfaucets dedicated to the project space and/or they arecentralized and not under control of the tenants.


Yes No NA 8

3.2 RESIDENTIAL & COMMERCIAL FOOD SERVICE FIXTURES AND EQUIPMENT 20

Green Globes provides two paths for assessing either residential plumbing fixtures or commercial food service equipment (asapplicable):

Path A: Residential Plumbing Fixtures - 20 pointsPath B: Commercial Food Service Equipment - 20 points

Points cannot be combined between paths. Please review and select the appropriate pathway for the project, subject to Green GlobesAssessor review.

3.2.1 Path A: Residential Plumbing Fixtures

3.2.1.1 Do residential lavatory faucets conform to WaterSense? Tip: Mark “N/A” where there are no lavatory faucets dedicatedto the project space and/or they are centralized and not undercontrol of the tenants.




Yes No NA 5

3.2.1.2 Do residential kitchen faucets conform to WaterSense? Tip: Mark “N/A” where there are no residential kitchen faucetsdedicated to the project space and/or they are centralized andnot under control of the tenants.


Yes No NA 8

3.2.1.3 Do residential clothes washers have an ENERGY STARlabel and a maximum water factor of 6.0 gal/ft. (23 L/m ) perfull cycle?Tip: Mark “N/A” where there are no clothes washers dedicatedto the project space and/or they are centralized and not undercontrol of the tenants.

Yes No NA 3

3.2.1.4 Do residential dishwashers have an ENERGY STARlabel and a maximum water factor of 5.8 gal/ft. (22 L/m ) perfull cycle?Tip: Mark “N/A” where there are no dishwashers dedicated tothe project space and/or they are centralized and not undercontrol of the tenants.

Yes No NA 4

3.2.2 Path B: Commercial Food Service Equipment

3.2.2.1 Do food services avoid water intensive equipment byhaving no water-fed garbage disposal?

Yes No

3.2.2.2 Do the following appliances meet the prescribed limits for water usage:Tip: Reference Material:

Green Globes SI Technical Reference Manual, Section 3.2.2.2

3.2.2.2.1

Combination ovens or steamers consume 2 gal/hr. (7.6L/hr.) or less?

Tip: Mark “N/A” where there will be no combination ovens.


Yes No NA

3.2.2.2.2

Pre-rinse spray valves for dish-rinsing consume 1.5gal/min (5.7 L/min) or less?

Tip: Mark “N/A” where there will be no pre-rinsing.

Reference Material:Green Globes SI Technical Reference Manual, Section

Yes No NA

®

3 3

®

3 3



3.2.2.2

3.2.2.2.3

Dishwashers consume 1.5 gal/rack/cycle (6 L/cycle) orless?

Tip: Mark “N/A” where there will be no dishwashers.


Yes No NA

3.3 WATER INTENSIVE APPLICATIONS 16

3.3.1 Laboratory and Medical Equipment 7

3.3.1.1 Are sterilizers equipped with the following: Tip: Mark “not applicable” where there are no sterilizers.

3.3.1.1.1

Mechanical vacuum systems?

Tip: Where volume of equipment needing to be sterilized ishigh or where equipment needs to be sterilized quickly, avacuum can be used to draw on the chamber, allowing bettercontract with the steam. Mark “N/A” where there are nosterilizers.

Yes No NA 1

3.3.1.1.2

Water tempering devices that only allow water to flowwhen the discharge of condensate or hot water from thesterilizer exceeds 140°F (60°C)?

Tip: Sterilizers need cold water to cool the hot condensatecreated during sterilization before it can be sent down thedrain. A condensate tempering system monitors thetemperature of the draining water temperature and applies coldwater only when needed (e.g. when the water from thesterilizer is hotter than 60°C (140°F). Mark “N/A” where thereare no sterilizers.

Yes No NA 1

3.3.1.2 Does laboratory or medical equipment use non-potablewater for once-through cooling?Tip: Mark “N/A” where there is no laboratory or medicalequipment.

Yes No NA 2

3.3.1.3 Are dry vacuum systems specified for medical/dentalpurposes? Tip: Examples of dry vacuum systems include suction devicesused by dentists and surgeons to remove body fluids, andlarge surgical-unit vacuum pumps that remove gases used foranesthesia. Mark “N/A” where there will be no medical/dentalvacuum systems.

Yes No NA 1

3.3.1.4 Do X-rays, MRIs, CT scans, and other imagingequipment employ digital technologies;



and/orDo large X-ray film systems (capable of processing X-ray filmsof more than 5.9 in (150 mm) in length or width) employrecycling technology to reduce water waste?Tip: Mark “N/A” where there will be no imaging systems orwhere film imaging will be required or where films will be lessthan 5.0 in (150 mm) in length or width.

Yes No NA 2

3.3.2 Laundry Equipment 4

3.3.2.1 Do coin or card-operated laundromat machines meet theprescribed water factor (WF) performance as follows (ifapplicable):

Single-load, soft- or hard-mount laundromat washingmachines with a WF of 8 gal/ft. or less? and/orMulti-load washing machines with a WF of 9.5 gal/ft. orless?

Tip: “Water Factor (WF)” means volume of water per unit ofcapacity of the washing machine (in gal/ft. or L/m ) for a fullcycle. “Soft-mount” means not bolted to the floor. “Hard-mount”means bolted to the floor. “Single load” means up to 22 lbs. (10kg). “Multi-load washing machine” means a washer that cantake over 22 lbs. (10 kg) per load. Mark “N/A” where there areno coin- and card-operated machines.

Yes No NA 2

3.3.2.2 If an institutional/industrial laundry, are there the followingtypes of washing machines:

Tunnel washing machine that is programmable to use aspecific amount of water depending on the soiling of thematerial to be washed?That has a water consumption of 0.96 gal/lb. (8 L/kg); orless than 1.44 gal/lb. (12 L/kg)?That has a water recycling system?

Tip: Prescribed efficiency is 8 L/kg (0.96 gal/lb.) (preferred) orless than 12 L/kg (1.44 gal/lb.) (acceptable). Mark “N/A” wherethere is no institutional or industrial laundry or where volumesare not sufficient – e.g. approximately 363 lbs. (800 kg) perhour.

Yes No NA 2

3.3.3 Special water features 2

3.3.3.1 Do special water features (e.g. swimming pools, spas,ornamental fountains, water playscapes, etc.) filter and re-circulate water for reuse within the system? Tip: Mark “N/A” where there are no special water features.

Yes No NA 1

3.3.3.2 Do special water features use alternate sources of waterfor make-up water? Tip: Mark “N/A” where there are no special water features, orwhere alternate sources of water would be unsuitable.

Yes No NA 1

3.3.4 Metering 3

3

3

3 3



3.3.4.1 Is there sub-metering for all water-intensive indoorapplications such as commercial kitchens, commercial laundry,labs, pools, spas, etc.? Tip: Mark “N/A” where there are no water-intensiveapplications.

Yes No NA 3

4 MATERIALS AND RESOURCES 250

4.1 INTERIOR FIT-OUTS (INCLUDING FINISHES AND FURNISHINGS) 60

Green Globes SI provides two paths for assessing interior fit-outs (including finishes and furnishings):

Path A: Performance Path for Interior Fit-outs - 60 pointsPath B: Prescriptive Path for Interior Fit-outs - 50 (out of 60) points

Points cannot be combined between paths for 4.1 Interior Fit-outs. Please review and select answers from one of the two paths asappropriate for your project.

4.1.1 Path A: Performance Path for Interior Fit-outs

4.1.1.1 Was life cycle assessment and relative comparison of aminimum of two alternative interior fit-outs (including finishesand furnishings) performed during design, which resulted in theselection of an interior fit-out that has the least anticipatedenvironmental impact based upon comparable applications?Tip: The interior fit-out with the least anticipated environmentalimpact of the two alternative comparable interior fit-outs mustbe implemented for potentially receiving full credit. Third-partyreviewed life cycle assessment must conform to ISO 14040and ISO 14044.


Yes No 60

4.1.2 Path B: Prescriptive Path for Interior Fit-outs

4.1.2.1 Based upon the appropriate application and specification of comparable products, what percentage of the interior fit-out materialsand products (including finishes and furnishings) selected (based upon cost) have:Tip: A minimum of 10% (EPDs, third-party certifications, and/or product life cycle assessments) is necessary to be awarded points.


4.1.2.1.1

Environmental Product Declarations (EPDs) that utilizeProgram Operator verified EPD, conform to ISO standards,and minimally include cradle-to-gate scope:

Industry Wide (Generic) EPD: Products specified forthe interior fit-out shall include Type III EnvironmentalProduct Declaration (EPD)?

and/orManufacturer Specific EPD: Products specified forthe interior fit-out shall include Type III EnvironmentalProduct Declaration (EPD)?



and/orThird-party certifications that are based upon a multipleattribute standard(s) developed by a consensus basedprocess from an approved standard developmentorganization?

and/orThird-party verified product life cycle assessmentbased upon ISO 14040 and 14044, and minimally coverscradle-to-gate scope?

and/orThird-party sustainable forestry certifications?

Tip: A minimum of 10% by cost (EPDs, third-partycertifications, and/or product life cycle assessments) isnecessary to be awarded points. EPDs must conform to ISOStandards 14040, 14044, 14025, and 21930 or EN 15804(Type III: EPDs). Examples of third-party certifications basedon multiple attribute standards include NSF sustainabilityassessment standards, UL Environment sustainabilitystandards, Sustainable Minds Transparency Report , andother consensus-based assessment standards that aremultiple attribute based. Review the Green Globes SITechnical Reference Manual, Section 4.1.2 for more detailsand examples of product specific declarations, third-partycertifications, and third-party sustainable forestry certificationsfor interior fit-outs, finishes, and furnishings.


> 39%

25 - 39%

10 - 24%

1 - 9%

No

4.2 MINIMIZED USE OF INTERIOR MATERIALS 10

4.2.1 Are furnishings used that can be converted to servemultiple functions (e.g. seating that can also be used forsleeping)?Tip: Examples of furnishings that can be converted to servemultiple functions include tables that can be used forconferencing as well as training, Murphy beds or convertiblesleeping furniture that allows for a space to be used formultiple functions, and height adjustable and/or adaptablesurfaces that allow for both wheelchairs and chairs to be usedat the same location.

Yes No NA 10

4.2.1.1 Describe any such furnishings used:

4.3 DECONSTRUCTION, DISASSEMBLY, AND REASSEMBLY 60

4.3.1 Does the interior fit-out design facilitate future deconstruction, demounting and disassembly, and re-configuration by utilizing thefollowing:Tip: Flexible design involves designing a space around products that can be disassembled and reassembled for easier maintenance,repair, recovery, reuse of components/materials, and reconfiguration of components/materials without substantial damage to thematerials or their surroundings. Benefits include less waste, on-site dust, and easier on-site storage. Provide examples of furnituresystems and demountable and reconfigurable casework partitions that are easily disassembled and/or reassembled to the GreenGlobes Assessor for verification.

Reference Material:

TM



Green Globes SI Technical Reference Manual, Section 4.3.1

4.3.1.1

Modular furniture systems?

Tip: Reference Material:Green Globes SI Technical Reference Manual, Section4.3.1

Yes No NA 15

4.3.1.2

Modular casework solutions?


Yes No NA 15

4.3.1.3

Interior demountable partitions?


Yes No NA 15

4.3.2 Are assemblies constructed to be erected by easilyremovable and reusable fastening methods?Tip: Assemblies of furniture, casework, demountable partitions,or other adaptive assemblies shall use fastening methods thatare easy to utilize with simple tools (i.e. an allen wrench, screwdriver, etc.). Some fasteners require no tools, but use amovement that allows a component to slide and then beremoved from the overall assembly (i.e. replaceable chair capsor arm components).

Yes No 15

4.4 WASTE 80

4.4.1 Construction and Operational Waste 80

4.4.1.1 What percentage of the construction waste, includinginterior building demolition waste, will be diverted from thelandfill?Tip: When calculating percentage of construction waste, beconsistent with units used – either by weight or by volume.Develop a waste management/reduction plan and strategy,which should include a waste audit and waste diversionstrategy report. In retrofit situations, check that there is anasbestos removal plan; a procedure to minimize the risk ofexposure to lead-based paint; instructions for a waste audit; adismantling and source separation plan; a list of constructionmaterials that are to be source-separated on-site for reuse andrecycling; addresses universal waste (i.e. fluorescent tubes,ballasts, batteries, etc.); and a contractual means of ensuringthat all recyclable materials and equipment are diverted fromlandfill. Estimates of waste diversion will be verified by theGreen Globes Assessor.

Reference Material:

> 74%

50 - 74%

< 50%20




4.4.1.2 Does the building design address operations-related recycling programs through one or more of the following:

4.4.1.2.1

Operational flow for waste handling and storage facilitiesfor recycling?

Tip: Storage areas to include collection of mixed paper,corrugated cardboard, glass, plastics, and metals. Thereshould be at least 20 ft. (1.86 m ) of designated storagespace for recyclables per 10,000 ft. (929 m ) of space or 100ft. (9 m ) for buildings greater than 50,000 ft. (4,645 m ).There should also be adequate space for the temporary sortingand storage of recyclables at collection points near the sourcesof waste - either in each office or on each floor. Chutes mayalso be used to separate materials. Review the constructiondocuments for details of a recycling system and facilities forhandling and storing recyclables.


Yes No 15

4.4.1.2.2

Storage areas for recyclable waste at points of service?

Tip: All gaps and cracks should be sealed within designatedstorage areas for recyclable waste protect against pests.

Yes No 15

4.4.1.2.3

Storage areas for recyclable waste at pick-up areas?

Tip: Designated storage areas for recyclable waste at pick-upareas should be sealed to protect against pests.

Yes No 15

4.4.1.2.4

Operational flow for handling and storage facilities forcomposting?

Tip: Mark “N/A” for dense urban sites without any food service.

Yes No NA 10

4.4.1.3 Are any components of the interior fit-out made utilizingprefabricated construction methods?Tip: Pre-fabricated versus conventional construction methodsoften reduce waste; both from a manufacturing perspective, aswell as the at the actual construction site for an interior fit-out.Examples include wall and partition panels built off-site forinstallation on-site.

Yes No 5

4.5 BUILDING SERVICE LIFE PLAN 20

4.5.1 Is there a schedule for maintenance, repair andreplacement for each interior element for the duration of thebuilding design service life?

2 2

2 2

2 2 2 2



Tip: This plan and policy may be specific for the space beingassessed or part of an overall building document. Theobjective of a “Building Service Life Plan” is to providereasonable assurance that the new building will be serviceablefor an estimated period of time as a result of using qualitysystems and components that are properly installed and wellmaintained. CSA S478-95 (R2007): Guideline on Durability inBuildings outlines how to develop and implement a BuildingDurability Plan.


Yes No 10

4.5.2 Is there a building housekeeping plan and policy forrequiring environmentally preferable cleaning products andprocedures for the new renovated space?Tip: This plan and policy may be specific for the space beingassessed or part of an overall facility/building document.

Yes No 10

4.6 REUSE OF NON-STRUCTURAL ELEMENTS 20

4.6.1 What percentage of the existing interior ceilings, interiorpartitions, doors and frames, and/or cabinetry will be reusedwithin the project?Tip: Areas are calculated as the projected area of the element.For example, if an interior partition is re-used, the area iscalculated as length x height of the wall, doors and frameswould be width x height, and cabinetry would be length xwidth/2 for base and/or wall cabinets and length x width for fullheight cabinetry. See the Green Globes SI TechnicalReference Manual, Section 4.6.1, for more details on thecalculation. Mark “N/A” where there are no existing interiorpartitions, demountable walls, or ceilings.


> 95%

81% - 95%

66% - 80%

41% - 65%

26% - 40%

10% - 25%

< 10%

N/A

10

4.6.2 What percentage of the existing furnishings (includingsystems furniture) will be re-used and/or refurbished for reusewithin the project?Tip: Areas are to be used consistently for determiningcalculations. See the Green Globes SI Technical ReferenceManual, Section 4.6.1, for more details on the calculation.Mark “N/A” where there are no existing furnishings or wherethey are clearly not suitable.


> 65%

41% - 65%

26% - 40%

10% - 25%

< 10%

N/A

10

5 EMISSIONS 40

5.1 INTEGRATED PEST MANAGEMENT 10

5.1.1 Has an integrated pest management policy beendeveloped for the interior space that includes roles and Yes No NA 10



responsibilities?

5.2 LEAK DETECTION IN COMMERCIAL REFRIGERATION 20

5.2.1 Is there a requirement that equipment installer(s) testremote commercial systems (e.g. supermarket refrigeration) asper GreenChill Best Practices Guideline Ensuring Leak-TightInstallations of Commercial Refrigeration Equipment?Tip: Verify that remote commercial refrigerating systemequipment was tested prior to the building‘s occupancy toguarantee the system is leak tight according to proceduresdescribed in GreenChill Best Practices Guideline for Leak-Tight Installations of Commercial Refrigeration Equipment.Mark “N/A” if there is no commercial refrigeration.

Reference Material:GreenChill Best Practices Guideline Ensuring Leak-TightInstallations of Commercial Refrigeration EquipmentGreen Globes SI Technical Reference Manual, Section5.2.1

Yes No NA 8

5.2.2 Are there refrigerant leak detectors capable of detectingleakage rates down to 2.0% per year for each refrigerant?Tip: Refrigerant monitors, as required by ANSI/ASHRAEStandard 15-2010, are considered safety devices, and are notconsidered leak detection devices. Any HVAC refrigerantsused in the building must comply with the US EPA‘s SignificantNew Alternative Policy (SNAP) Listing. Mark “N/A” where thereare no refrigerants.

Yes No NA 6

5.2.3 Is there an alarm system capable of alerting the buildingoperator to leakage thresholds?Tip: Refrigerant monitors, as required by ANSI/ASHRAEStandard 15-2010, are considered safety devices, and are notconsidered leak detection devices. Mark “N/A” where there areno refrigerants.

Yes No NA 6

5.3 JANITORIAL EQUIPMENT 10

5.3.1 Are there designated storage areas for hazardousmaterials/janitorial supplies with full-height, floor-to-floor wallsand mechanical ventilation?Tip: Mark “N/A” if there are no janitorial storage areasdedicated to the project space and/or they are centralized andnot under control of the tenants.


Yes No NA 10

6 INDOOR ENVIRONMENT 250

6.1 VENTILATION 30

6.1.1 Ventilation Air Quantity 15

6.1.1.1 Is the quantity of ventilation air for the space compliant



with ASHRAE 62.1-2010, or applicable local codes orstandards (if more stringent)? Tip: Compliance with ANSI/ASHRAE Standard 62.1-2010 isrequired for full credit. If existing building systems preventcompliance per above, document the actual level ofcompliance, citing applicable standards.

Reference Material:ANSI/ASHRAE STANDARD 62.1-2010Green Globes SI Technical Reference Manual, Section6.1.1.1

Yes No 15

6.1.2 CO Sensing and Ventilation Control Equipment 15

6.1.2.1 Does the HVAC system design and operation complywith the demand control ventilation requirements in ASHRAE90.1-2010, Section 6.4.3.9?Tip: Mark “N/A” if spaces are regularly occupied, the ventilationrequirements are mainly fixed, or the tenant has no effectivecontrol over ventilation rate changes by the HVAC system.

Reference Material:ANSI/ASHRAE STANDARD 90.1-2010Green Globes SI Technical Reference Manual, Section6.1.2.1

Yes No 15

6.2 SOURCE CONTROL AND MEASUREMENT OF INDOOR POLLUTANTS 80

6.2.1 Volatile Organic Compounds 60

6.2.1.1 Is there a requirement that adhesives and sealantscomply with prescribed limits of VOCs and/or be certified?Tip: “Certified” means compliance with the assessmentguidance and any of the certifications listed in Green Globes SITechnical Reference Manual, Table 6.2.1.1: Adhesives andSealants VOC Limits. The “prescribed limits” are based onSouth Coast Air Quality Management District Rule 1168 forvolatile organic compounds. Refer to Table 6.2.1.1: Adhesivesand Sealants VOC Limits for the types of adhesives andsealants and the test methods used to determine VOCs inthese products.

Reference Material:Green Globes SI Technical Reference Manual, Section6.2.1.1Green Globes SI Technical Reference Manual, Table6.2.1.1: Adhesives and Sealants VOC Limits

Yes No 9

6.2.1.2 Is there a requirement that carpet, carpet pad, and under-carpet adhesives comply with the Carpet and Rug Institute’s(CRI) Green Label Plus program?Tip: Carpet and Rug Institute’s (CRI) Green Label Plusprogram is designed for architects, builders, specifiers, andfacility managers who want assurances that carpet andadhesive products meet the most stringent criteria for lowchemical emissions. Mark “N/A” if there will be no carpeting.

Reference Material:Green Globes SI Technical Reference Manual, Section

Yes No NA 9

2



6.2.1.2The Carpet and Rug Institute (CRI), Commercial GreenLabel / Green Label Plus

6.2.1.3 Is there a requirement that paints comply with prescribedlimits of VOCs and/or be certified?Tip: “Certified” means compliance with any of the certificationslisted in the Green Globes for Sustainable Interiors TechnicalReference Manual, Section 6.2.1.3. Refer to Table 6.2.1.3:Paint VOC Limits in the Green Globes SI manual for the typesof paints and the test methods used to determine VOCs inthese products. The “prescribed limits” given in the Table arebased on ASTM D6886-03 Standard Test Method forSpeciation of the Volatile Organic Compounds (VOCs) in LowVOC Content Waterborne Air-Dry Coatings by GasChromatography for volatile organic compounds. For othertypes of interior coatings containing VOC’s, refer to themanufacturer’s data and, where possible, cite the same ASTMD6886 – 03 standard.

Reference Material:Green Globes SI Technical Reference Manual, Section6.2.1.3Green Globes SI Technical Reference Manual, Table6.2.1.3: Paint VOC Limits

Yes No 9

6.2.1.4 Is there a requirement that floors, floor coverings(including resilient and other non-carpet flooring) comply withprescribed limits of VOCs and/or be certified?Tip: “Certified” means compliance with any of the certificationslisted in the Green Globes SI Technical Reference Manual,Section 6.2.1.4. The “prescribed limits” are given in the IndoorReference Exposure Levels (REL) developed by the CaliforniaOffice of Environmental Health and Hazard Assessment(OEHHA) for volatile organic compounds. “Floor coverings”include carpeting, resilient and other non-carpet flooring. Referto Table 6.2.1.4: Floors & Floor Coverings VOC Limits in theGreen Globes SI manual for the types of products, the testmethods used to determine VOC emissions from theseproducts, and the VOC emissions criteria.

Reference Material:Green Globes SI Technical Reference Manual, Section6.2.1.4Green Globes SI Technical Reference Manual, Table6.2.1.4: Floors & Floor Coverings VOC Limits

Yes No 8

6.2.1.5 Is there a requirement that interior ceiling products(including insulation, acoustical ceilings, etc.) comply withprescribed limits of VOCs and/or be certified?Tip: “Certified” means compliance with any of the certificationslisted in the Green Globes for Sustainable Interiors TechnicalReference Manual, Section 6.2.1.5. The “prescribed limits” aregiven in the Indoor Reference Exposure Levels (REL)developed by the California Office of Environmental Health andHazard Assessment (OEHHA) for volatile organic compounds.“Interior ceiling products” include insulation and acousticalceilings. Refer to Table 6.2.1.5: Interior Ceiling Product VOCLimits in the Green Globes SI manual for the types of products,the test methods used to determine VOC emissions from these

Yes No 8



products, and the VOC emissions criteria.

Reference Material:Green Globes SI Technical Reference Manual, Section6.2.1.5Green Globes SI Technical Reference Manual, Table6.2.1.5: Interior Ceiling Product VOC Limits

6.2.1.6 Is there a requirement that interior wall products(including insulation, wall coverings, etc.) comply withprescribed limits of VOCs and/or be certified?Tip: “Certified” means compliance with any of the certificationslisted in the Green Globes Sustainable Interiors TechnicalReference Manual, Section 6.2.1.6. The “prescribed limits” aregiven in the Indoor Reference Exposure Levels (REL)developed by the California Office of Environmental Health andHazard Assessment (OEHHA) for volatile organic compounds.“Interior wall products” include insulation and wall coverings.Does not apply to countertops, casework, cabinetry, andshelving. Refer to Table 6.2.1.6: Interior Wall Product VOCLimits in the Green Globes SI manual for the types of products,the test methods used to determine VOC emissions from theseproducts, and the VOC emissions criteria.

Reference Material:Green Globes SI Technical Reference Manual, Section6.2.1.6Green Globes SI Technical Reference Manual, Table6.2.1.6: Interior Wall Product VOC Limits

Yes No 8

6.2.1.7 Is there a requirement that systems furniture and seatingcomply with prescribed limits of VOCs and/or be certified?Tip: Reference ANSI 189.1-2009, office furniture systems andseating installed prior to occupancy shall be tested accordingto ANSI/BIFMA Standard M7.1 and shall not exceed the limitrequirements listed in Normative Appendix E of this standard.Alternatively, Green Guard certification constitutes compliancewith this criterion. Mark “N/A” if purchase of new furniture is notwithin the scope of the project.

Yes No NA 9

6.2.2 Moisture and Vapor Control Methods 10

6.2.2.1 Are there any of the following measures to avoid mold:Tip: All appropriate spaces within the scope of the project should incorporate operational floor drains—shown on drawings or specifiedin the project manual—and include consideration of separate drain and holding tanks for hazardous or toxic materials.

Reference Material:ANSI/ASHRAE STANDARD 62.1-2010, Section 5.14ASHRAE 160-2009, Design Criteria for Moisture Design Analysis in Buildings, September 2006Green Globes SI Technical Reference Manual, Section 6.2.2.1

6.2.2.1.1

Materials and finishes are resistant to mold growth inspaces that generate high humidity (e.g. kitchens, toiletrooms, pools, laundry facilities, shower areas, etc.)?

Tip: Examples of resistant materials and finishes includeconcrete, masonry, glass, metals, medium density fiberboard(MDF), mold-resistant board products and finishes, etc. Yes No 5



Reference Material:ANSI/ASHRAE STANDARD 62.1-2010, Section 5.14ASHRAE 160-2009, Design Criteria for Moisture DesignAnalysis in Buildings, September 2006Green Globes SI Technical Reference Manual, Section6.2.2.1

6.2.2.1.2

There are floor drains located in all areas where equipmentfailures may cause plumbing leaks or where certainoperations may cause spills or overflows (e.g. spa rooms)?

Tip: Floor drains designed as part of the project space shouldbe directed to the appropriate building drain piping. Potentialhazardous liquid waste from equipment or processes shouldbe evaluated as part of the project design. Floor draindischarges should incorporate one or more holding facilities ata location where servicing and waste removal would not posea significant health hazard. In some cases, the building mayhave already have facilities available to accept hazardousdrainage. Mark “N/A” if there are no such spaces where floordrains might be required.

Reference Material:ANSI/ASHRAE STANDARD 62.1-2010, Section 5.14ASHRAE 160-2009, Design Criteria for Moisture DesignAnalysis in Buildings, September 2006Green Globes SI Technical Reference Manual, Section6.2.2.1

Yes No NA 5

6.2.3 Ventilation and Physical Isolation for Specialized Activities 10

6.2.3.1 Are there separate ventilation and/or physical isolation forspecialized activities that generate pollutants (e.g. healthcaresettings, hair salons, nail salons, janitor closets, labs, testingareas, etc.)?Tip: “Specialized activities” include but are not limited tomedical isolation rooms, printing, smoking, cooking, photoprocessing, laundry, dry-cleaning, laboratory work andworkshop activities. Mark “N/A” if there are no specializedactivities that generate pollutants.

Yes No NA 5

6.2.3.1.1 Describe any such specialized activities:

6.2.3.2 Are the separate ventilation systems for specializedactivities capable of maintaining, on average, a negativepressure at least 5.0 Pascals (0.02 inches of water gauge)? Tip: “Specialized activities” include but are not limited tomedical isolation rooms, hair and nail salons, printing,smoking, cooking, photo processing, laundry, dry-cleaning,laboratory work and workshop activities. Negative pressure iswith respect to adjacent spaces with doors closed. Mark “N/A”if there are no specialized activities that generate pollutants.


Yes No NA 5



6.2.3.2.1 Describe any separate ventilation systems for suchspecialized activities:

6.3 LIGHTING 52

6.3.1 Daylighting 22

6.3.1.1 What percentage of the total regularly-occupied tenantspace floor area achieves a daylight factor (DF) greater than2?Tip: “Daylight factor” means the ratio of internal light level toexternal light level. Levels between 2 and 5 indicate adequatedaylighting and possibly the need for artificial lighting for part ofthe time. Levels greater than 5 indicate a well daylit area, butglare and solar gain may cause problems. Consult the WholeBuilding Design Guide for recommended DF for various typesof spaces, and the Green Globes SI Technical ReferenceManual, Section 6.3.1.1 for daylight factor calculations.


> 60%

31 - 60%

10 - 30%

< 10%

10

6.3.1.2 What percentage of the floor area of primary occupiedspace offers a view to the exterior (i.e. is within 25 ft. (7.6 m)from a window)?Tip: The percentage is based on the number of task areas thathave a view to the building exterior over the total number oftask areas in the space.

> 60%

31 - 59%

10 - 30%

< 10%

6

6.3.1.3 What percentage of interior treatments provides suncontrol for interior spaces (e.g. shades, roller blinds,sunscreening, window treatments, etc.)?Tip: Provide percent of treated or shaded window area to thetotal fenestration area that is directly adjacent to the projectspace.

> 75%

50 - 75%

25 - 49%

< 25%

3

6.3.1.4 What percentage of the floor area contains photo-sensorsin daylit areas to maintain consistent lighting levels throughoutthe day using both daylighting and artificial lightingTip: This applies to areas with a Daylight Factor of at least 2.


> 75%

50 - 75%

25 - 49%

< 25%

3

6.3.2 Lighting Design 30

6.3.2.1 Do primary occupied spaces have the prescribed lightinglevels for the types of tasks anticipated in the various buildingspaces as per IESNA standards?Tip: “Prescribed lighting levels” are found in the most recentIESNA Lighting Handbook and in the Green Globes SITechnical Reference Manual, Tables 6.3.2.1-A and 6.3.2.1-B.Lighting levels should take into account special needs andcircumstances.

Reference Material:

Yes No 12



Green Globes SI Technical Reference Manual, Section3.7.3.2.1Green Globes SI Technical Reference Manual, Table6.3.2.1-A: IESNA Illuminance CategoriesGreen Globes SI Technical Reference Manual, Table6.3.2.1-B: IESNA Location/Task Categories

6.3.2.2 Has a lighting designer signed off on calculations thatshow that luminance ratios do not exceed the following as perIESNA for office tasks:

3:1 between the task and adjacent surroundings?and10:1 between the task and remote (non-adjacent)surfaces?and20:1 between the brightest and darkest surface in the fieldof view?and8:1 between rows of luminaires where there is indirectlighting and where ceiling luminance exceeds 124.1 fL(425 cd/m )?

Tip: The lighting designer can also be an electrical engineer orarchitectural project team member. Mark “N/A” if spaces weredesigned such that source/task eye geometry did not requireIESNA Standard VDT compliant luminaires.


Yes No NA 6

6.3.2.3 Has a lighting designer signed off on the design showingthat where there is direct lighting, the average luminance doesnot exceed the following values for given luminaire angles:

248.1 fL (850 cd/m ) at 65° from the vertical?and102.2 fL (350 cd/m ) at 75° from the vertical?and51.1 fL (175 cd/m ) at 85° from the vertical?

Tip: The lighting designer can also be an electrical engineer orarchitectural project team member. Mark “N/A” if spaces weredesigned such that source/task eye geometry did not requireIESNA Standard VDT compliant luminaires.


Yes No NA 4

6.3.2.4 Do enclosed perimeter offices have full height + widthglazing interior walls and doors to allow daylight into the innerspaces?Tip: Mark “N/A” if there are no enclosed perimeter offices.

Yes No NA 2

6.3.2.5 Are workstation wall panels low (at or below 54 In.) toallow daylight to penetrate throughout the open office? Yes No NA 2

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Tip: Mark “N/A” if there are no open office areas.

6.3.2.6 Are there unique lighting solutions that enhance thespace and use lighting technology in innovative ways?Tip: This is a strictly non-prescriptive criterion in which projectsmust demonstrate an innovative lighting solution, and notnecessarily required for all project space for full credit.

Yes No 2

6.3.2.7 Is there a wayfinding system provided within the interiorfit-out (e.g. artwork, plants, views, interesting objects anddécor, etc.)? Tip: Wayfinding design can strictly be a signage system orother appurtenances, including artwork and decorations, toboth enhance the indoor environment and promote wayfinding.

Yes No 2

6.4 THERMAL COMFORT 40

6.4.1 Thermal Comfort Design 18

6.4.1.1 Has an engineer signed off on the HVAC design andoperation showing that the space will meet ANSI/ASHRAE 55-2010?Tip: Reference Material:


Yes No 18

6.4.2 Thermal Comfort Strategies 22

6.4.2.1 Do very large functional areas (such as big box stores)have thermal control zones that are 5,000 ft. (465 m ) or less?Tip: “Thermal zone” means a segment of a building with similarthermal requirements serviced by the same mechanicalequipment and controls. Mark “N/A” where there are no suchareas.

2,000 ft. (186 m ) or less

5,000 ft. (465 m ) or less

More than 5,000 ft. (465 m )

No

N/A

5

6.4.2.2 Do large functional areas (such as large classrooms andauditoria) have thermal control zones of 1,500 ft. (140 m ) orless? Tip: “Thermal zone” means a segment of a building with similarthermal requirements serviced by the same mechanicalequipment and controls. Mark “N/A” where there are no suchareas.

1,500 ft. (140 m ) or less

More than 1,500 ft. (140 m )

No

N/A

5

6.4.2.3 Do open circulation areas (such as open offices andhealthcare general patient areas) have thermal control zonesthat are 1,000 ft. (93 m ) or less? Tip: “Thermal zone” means a segment of a building with similarthermal requirements serviced by the same mechanicalequipment and controls. Mark “N/A” where there are no suchareas.

500 ft. (46 m ) or less

1,000 ft. (93 m ) or less

More than 1,000 ft. (93 m )

No

N/A

5

6.4.2.4 Do smaller functional areas (such as offices, meetingrooms, and hospital/hotel rooms) have thermal control zonesthat are 1,200 ft. (111 m ) or less?Tip: “Thermal zone” means a segment of a building with similarthermal requirements serviced by the same mechanicalequipment and controls. Mark “N/A” where there are no suchareas.

750 ft. (70 m ) or less

1,200 ft. (111 m ) or less

More than 1,200 ft. (111 m ) 5

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No

N/A

6.4.2.5 Are IT closets and rooms conditioned independently fromthe base building system with separate controls? Tip: Mark “N/A” where there are no such areas.

Yes No NA 2

6.5 ACOUSTIC COMFORT 48

6.5.1 Is the tenant space acoustic design consistent with theintended requirements for the use?Tip: A written acoustic control design strategy should bedeveloped to serve as the basis of design for each type ofspace.

Yes No 5

6.5.2 Does the space design include the following interior sound control strategies: Tip: “Acoustically separated areas” means an enclosed space that, to function properly, requires separation from other adjacentspaces by wall, floor, and ceiling assemblies that have an STC rating adequate to allow clear, intelligible communication betweensender and receiver within the space (e.g. meeting rooms, auditoria, lecture halls, libraries, classrooms, conference rooms, privateoffices, private rooms in health care facilities, sleeping rooms etc.).


6.5.2.1

Toilets are located remotely from acoustically separatedareas?

Tip: Mark “N/A” where there are no such areas or restroomsare existing and therefore cannot effectively be acousticallyseparated from acoustically separated areas due to spaceconfiguration limitations.


Yes No NA 2

6.5.2.2

Acoustically separated areas are located away from noiseproducing areas such as dance studios, music rooms,cafeterias, indoor swimming pools, mechanical rooms, andgymnasia?

Tip: Mark “N/A” where there are no such areas or noiseproducing areas are existing and cannot effectively beacoustically separated from acoustically separated areas dueto space configuration limitations.


Yes No NA 2

6.5.2.3

Entry doors to rooms opposite each other on the same



corridor are staggered?

Tip: Mark “N/A” where there are no such areas.


Yes No NA 2

6.5.2.4

Through-wall penetrations comply with Annex B ofANSI/ASA S12.60-2010/Part 1?


Yes No 2

6.5.2.5

Walls separating acoustically separated areas from otherareas are constructed full height to underside of the nextfloor above or the roof deck?


Yes No 2

6.5.2.6

Walls separating quiet areas from other areas have alljoints and penetrations sealed with acoustical sealant?



Yes No NA 2

6.5.2.7

Areas with high floor impact activities (dance studios,shops, gymnasia, etc.) are not located above acousticallyseparated areas?

Tip: This is in reference to physical adjacencies of spaceswithin the overall space plan of a tenant fit-out that is multiplestories. Mark “N/A” where there are no such areas.


Yes No NA 2

6.5.3 Has an acoustic designer signed off on the design thatshows that open office areas conform to ASTM E1573-02 withrespect to spatial uniformity, temporal uniformity, spectrumshape, and sound level?Tip: Strategies may include minimum 54 inch high open officefurniture, high performance ceiling tile 180 Articulation Class(AC), and sound masking. Mark “N/A” where there are no open Yes No NA 5



office areas.

Reference Material:ASHRAE Handbook – HVAC Applications (Chapter 47)ANSI S12-2-2002ASTM E1374-2006

6.5.4 Has an acoustic designer signed off on a design that complies with minimum Sound Transmission Class (STC) ratings offloor/ceiling assemblies, walls and doors between acoustically separated areas (learning spaces) and adjacent spaces as follows andas applicable: Tip: Verify that construction documents include that ambient sound levels in enclosed, occupied spaces fall within specified STCratings. Review the acoustical analysis prepared by an acoustical designer and the design and construction documents showing thedetails required for optimum acoustic performance.

6.5.4.1

STC-45 where the adjacent space is a corridor, stair,office, or conference room?


Yes No NA 1

6.5.4.2

STC-50 where the adjacent space is a quiet area, speechclinic, health clinic, classroom, or an exterior wall?


Yes No NA 1

6.5.4.3

STC-50 for doors to quiet areas?


Yes No NA 1

6.5.4.4

STC-40 for doors to music rooms, cafeterias, natatoria(e.g. swimming pool), or gymnasia?


Yes No NA 1

6.5.5 Does the Impact Insulation Class (IIC) design of all floor-ceiling assemblies have a minimum rating of IIC-50? Tip: Verify that sound transmission from the outside andbetween rooms and floors will be attenuated, and that primaryspaces will be effectively insulated from undesirable impactnoise (stairways, mechanical transportation, etc.) whenadjacent spaces are fully occupied and being used normally.Check that the appropriate Impact Insulation Class (IIC) valueshave been specified. Check that engineering designcalculations and drawings by a licensed acoustical engineerare included.

Reference Material:ASTM E989

Yes No 5

6.5.5.1 Indicate the Impact Insulation Class (IIC) value:

6.5.6 Has an acoustic designer signed off on a design thatshows Reverberation Time (RT) in quiet areas and all other



Copyright 2014 ECD. All rights reserved. These materials constitute PROPRIETARY information and processes owned by ECD. They may not be copied, used orfurther disseminated without the prior approval of ECD.

areas where speech intelligibility is important does not exceedthe following values as applicable:

0.6 seconds in spaces less than 10,000 ft. in volume?and0.7 seconds in spaces 10,000 - 20,000 ft. in volume?andCompliance with Annex C of ANSI/ASA S12.60-2010/Part1 in spaces larger than 20,000 ft. in volume?

Tip: This ensures that room resonance levels support activitiessuch as face-to-face communication, conferences or individualwork. In offices, measures also include work stations that arezoned and isolated as necessary, use of sound absorbingmaterials such as carpeting and acoustic tiles. Mark “N/A” forMURBs.

Reference Material:ANSI/ASA S12.60-2010/Part 1, Annex C

Yes No NA 5

6.5.7 Does the predominant lighting type utilize low-noiseballasts in quiet areas and all other areas where speechintelligibility is important? Tip: Reference Material:

Green Globes SI Technical Reference Manual, Section6.5.7Green Globes SI Technical Reference Manual, Table6.5.7: ANSI/ASA S12.60-2010 Noise Limits

Yes No 2

6.5.8 Does the noise from light fixtures and other electricalfixtures not exceed the values in ANSI S12.60-2010/Part 1?Tip: Reference Material:

Green Globes SI Technical Reference Manual, Section6.5.8Green Globes SI Technical Reference Manual, Table6.5.8: ANSI/ASA S12.60-2010 Noise Limits

Yes No 2

6.5.9 Does the layout provide the possibility of designating“Quiet Zones” or “Privacy Areas” for focused, concentratedwork and private conversations? Tip: Mark “N/A” where there is no need for these zones.

Yes No NA 2

6.5.10 Are there small enclosed meeting rooms to takeconference calls on speaker phones?Tip: Construction Documents and/or the assessment site visitwill cover the requirements required for verification.

Yes No 2

6.5.11 Is there a sound masking system (white noise) or fabricsolutions for noise absorption used in open office areas? Tip: Mark “N/A” where there are no open office areas.

Yes No NA 2

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