Green Design Systems

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    GuidelinesforCreatingGreenBuildings D

    CONTENTS

    Wholesystemsdesign

    analyzeseverybuilding

    systemand integrates

    themso that thewhole is

    greater than thesumof

    theparts.

    - Bi ll Reed,The Hi ll ierGroup, 1997

    DesignSystems

    Green

    GuidelinesforCreatingGreenBuildings D

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    D2 GuidelinesforCreatingGreenBuildings

    Partnership is thebestway topursueestablished

    projectgoalsandcriteria,following thewhole-building integrateddesignapproach;

    &GoalSettingGr

    eenT

    ea

    mBu

    ildin

    g

    SustainableBuilding

    TechnicalManual,

    PTI, 1996.

    DESIGN

    toestablishandmaintaincommunication

    among the teammembers;and toresolveissues

    related todesignchanges,problemswith

    productavailabilityandotherissuesquickly.

    systems

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    GuidelinesforCreatingGreenBuildings D3

    Source: SustainableBuilding

    TechnicalManual

    PTI, 1996.

    PROJECT TEAM

    teambuilding/goalsetting

    checklist

    process

    GuidelinesforCreatingGreenBuildings D

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    D4 GuidelinesforCreatingGreenBuildings

    Sitequality is the interrelationshipof regional, community, neighborhoodandlocation-specif icsystems thatcollectivelycomprise thephysicalsettingwithinwhich new constructionor renovationoccurs.High-performancegreenbuildingsoptimize thepositive attributesof these systems, seek to repair that which isdamaged in each, andwork to achieve thebest possiblebalancebetween theprogrammaticneedsof theprojectand thehostsite thatsupportsit. Therequire-mentsofsitesystemsare those that support thephysicalpresenceof thestruc-ture,addressitsdemandforenergy,allowfor nutrientandresourceflows through

    the facility to the site, andotherwiseprovide thebalanceof functional needsdependentonbuilding typeandprogrammaticissues.

    Thelandscapedesignforthe

    GreaterPittsburghCommunity

    FoodBankdistributionfacility

    incorporatesbioretentionbasins

    aswellasnativeandedible

    plantingsinanoffice/industrial

    parkcontext.

    Graphic:Gardner+PopeArchitects

    Site

    REPLACE

    DESIGNsystems

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    GuidelinesforCreatingGreenBuildings D5

    Reusedamagedsitestoimprove

    potentialliabilitiesandtopreserverelativelyundisturbedareas.

    TheoutdoorspacesattheCCI

    Centerareorientedtothesouth

    andfeaturesolarpanels

    integratedasshaderoofs.

    Photo:StudioforCreativeInquiry

    Photo:MarcMondor

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    D6 GuidelinesforCreatingGreenBuildings

    Fountainscanhavecooling

    effectsonthelocal

    microclimate.

    Photo:ChristineMondor

    Sitecont.

    Thepeople havearight toclean,purewater,and to the

    preservationof thenatural,scenic, historicandaestheticvaluesof theenvironment.

    Article 1,Section 27 of the

    PennsylvaniaConstitution

    DESIGNsystems

    Pennsylvaniaspublic naturalresourcesare thecommon

    propertyofall thepeople,includinggenerations to

    come. As trusteesof theseresources, the

    Commonwealthshallconserveandmaintain themfor

    thebenefitofall thepeople.

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    GuidelinesforCreatingGreenBuildings D7

    GuidelinesforCreatingGreenBuildings D7

    checklist

    SiteSystems

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    D8 GuidelinesforCreatingGreenBuildings

    CMUsIntelligentWorkplace

    featuresoperableexteriorshading

    devices, operablewindowsand

    high-performanceglass.

    Photo:BobKobet

    Theenclosuresystemshaveadirectimpacton the thermalandvisualcomfortofabuildingsoccupants. Enclosuresystemsalsohaveamajorimpactonenergyusage. Theenclosuresystemsmustcreate thermalcomfortbymakingappropriateresponses to localmicroclimates. Enclosure systems also play a strong role increating theindoorvisualenvironment throughdaylightingandviews.

    Enclosure

    DESIGNsystems

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    GuidelinesforCreatingGreenBuildings D9

    Daylightingfromoverheadcan

    createadramaticareatowork

    andmeetpeople, suchasatthe

    BuchartHornbuilding.

    TheIntelligentWorkplaceat

    CarnegieMellonUniversityhasa

    dynamicthermalenvelopewith

    movablesunscreens, passiveridge

    ventsandothertechnologies.

    Photo:BobKobet

    Photo:BobKobet

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    D10 GuidelinesforCreatingGreenBuildings

    Whenaseriesoflinkedeff iciency technologiesareimple-

    mentedinconcertwitheachother,in therightsequence

    andmannerandproportions,

    ThenewDEPheadquarters

    employsexteriorandinterior

    lightshelvestobringlight

    deeperintothespace.

    Photos:BobKobetEnclosurecont.

    FactorFour,Weizsacker,Lovinsand

    Lovins

    DESIGNsystems

    there isa neweconomicbenefit tobereapedfrom thewhole thatdidnotexistwith theseparate technologicalparts.

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    GuidelinesforCreatingGreenBuildings D1GuidelinesforCreatingGreenBuildings D1

    checklist

    EnclosureSystems

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    D12 GuidelinesforCreatingGreenBuildings

    Toperformatpeakefficiency,

    high-performancebuildings

    operatewithenergy

    managementsystemsthat

    monitorandcontrolinterior

    environments.

    Mechanicalsystemsareanimportantcomponent increating thermalcomfortandgoodindoorairquality. Thedesignofmechanicalsystemsshouldincrease theoccupants thermalcomfort,downsizeanddecreaseequipmentfirstcosts,andlowerlong-termoperationcosts.

    Mechanicalsystemsmust alsoaddress theoccupants fundamental need forclean,freshair tobesuppliedatall times. Conventionalconstructionoftensimplyrecirculates pollutants,suchasmoldspores,allergens,volatileorganiccompounds(VOCs)and toxicfumes. Highperformancegreenbuildingsseek tominimizepollut-

    antsat theirsource,aswellas tocleanandconditionair that hasalreadybecomepolluted.

    REPLAC

    E

    Mechanical

    REP

    LAC

    E

    Photo:SteveLee

    DESIGNsystems

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    GuidelinesforCreatingGreenBuildings D13

    Individualcontrolof

    temperaturesandorganizational

    flexibilitycanbeeasilyachieved

    witharaisedfloorsystemthat

    includesbothmechanicaland

    electricalservices.

    Photo:Gardner+PopeArchitects

    Conditionthebuildingusinglow

    energyfeatures, suchasthisridge

    mountedfan, beforeusingenergy

    intensive

    processes

    such

    asmechanicalcooling.

    Photo:SteveLee

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    D14 GuidelinesforCreatingGreenBuildings

    Thecoolingloaditselfcanbereducedseveralfoldby

    combiningsuperwindows,eff icient lightsandoff ice

    equipment,andbetterarchitecture.

    cont.

    Mechanical

    Facto

    rFou

    r,We i zsacker, Lovins

    and Lovins

    Commoncleaningchemicalscancauseheadachesandsickness.

    Photo:BobKobet

    DESIGNsystems

    At thesame time,peoplebecomemorecomfortableand thewholebuildingcostsseveralpercent less toconstruct...

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    GuidelinesforCreatingGreenBuildings D15

    GuidelinesforCreatingGreenBuildings D15

    checklist

    MechanicalSystems

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    D16 GuidelinesforCreatingGreenBuildings

    Interiorsystemsmustaddressanumberofimportant issues tocreateacom-fortableandproductiveenvironment.First, functionalandspatial issuesmustbeexaminedatall levels--from thearrangementofspaces to theergonomicsofanoccupantsdeskarrangement. Second,acousticqualitymustbedesigned topro-videprivacy,clarityand freedom fromdistraction. Finally, thedesignofelectriclightingsystemsshouldcomplement thedaylightingdesignofabuilding tocreateappropriatelight levelsfreeofglareandexcessivecontrast.

    Photo:Gardner+PopeArchitects

    Theuseofavarietyofsound

    attenuatingmaterialsand

    configurations iscriticaltothe

    successofanopenoffice

    environment.

    Interiors

    DESIGNsystems

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    GuidelinesforCreatingGreenBuildings D17

    Photo:CarnegieMellonCBPD

    C

    omm

    on

    are

    as

    pr

    ovide

    opportunities foroccupant

    interaction

    Indirectlightingsupplements

    thedaylightingfromwindows

    andskylightsintheIntelligent

    Workplace.

    Photo:SteveLee

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    D18 GuidelinesforCreatingGreenBuildings

    Onefifth,ofallelectricityused in theU.S.goesdirectly into lighting--

    Photo:BobKobet

    Workstationsthataredesigned

    tobeflexibleshouldbe

    configuredsothateach

    occupanthasadequateaccessto

    naturallightandfreshair.Interiorscont.

    FactorFour,We i zsacker, Lovins

    and Lovins

    DESIGNsystems

    actually,onequarter,whenweadd theenergy

    used to takeaway theheatof thelights.

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    GuidelinesforCreatingGreenBuildings D19GuidelinesforCreatingGreenBuildings D1

    checklist

    InteriorSystems

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    D20 GuidelinesforCreatingGreenBuildings

    ThenewadditiontotheCCI

    Centerwasdetailedwith

    reclaimedbrickandotherused

    material.

    In high-performance green buildings,materials are evaluated comprehen-sively. Inconventionalconstruction,buildingprojectsare typicallyevaluatedonlyon first cost. High-performancebuildingsconsiderall life-cyclecosts. Benefitscanalsobederivedfromreusingconstructionmaterialsandutilizingenvironmen-tallyfriendlymaterials. Overall, thisleads toahighqualitydesign thataccountsfor the environmental costsassociatedwith creating,procuring and assemblingmaterials, aswell as their impact on buildingoccupantswhen the structure iscompleted.

    Photo:MarcMondor

    Materials

    DESIGNsystems

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    GuidelinesforCreatingGreenBuildings D2

    Materialssuchaslumbermadeout

    of recycled plastic is bo th

    attractiveanddurable.

    Somecarpetmanufacturersoffer

    toleasetheirproductsandto

    reclaimandrecyclethemwhen

    theirusefullifeisover.

    Photo:InterfaceInc.

    R

    EPLA

    CE

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    D22 GuidelinesforCreatingGreenBuildings

    Weareoptimistic thatourmanufacturingprocessesandcon-

    sumerpreferencescanandwillchangein the nextcentury,

    leavingsignif icantlylesswaste tohandle. Until that time

    though,

    Theusefullifeof

    materials

    can

    be

    extendedwithcreativereuselike

    theconcreteinthispatio.

    Photo:ChristineMondor

    Materialscont.

    FinalReportof thePennsylvania 21stCenturyEnvironment Commission

    DESIGNsystems

    wemust havemanagementprograms that

    reuse,recycleandreducewaste.

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    GuidelinesforCreatingGreenBuildings D23

    GuidelinesforCreatingGreenBuildings D2

    checklist

    BuildingMaterials

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