SwRI Advanced Pulsation Analysis and Design .SwRI Advanced Pulsation Analysis and ... • API 618
SwRI Advanced Pulsation Analysis and Design .SwRI Advanced Pulsation Analysis and ... • API 618
SwRI Advanced Pulsation Analysis and Design .SwRI Advanced Pulsation Analysis and ... • API 618
SwRI Advanced Pulsation Analysis and Design .SwRI Advanced Pulsation Analysis and ... • API 618
SwRI Advanced Pulsation Analysis and Design .SwRI Advanced Pulsation Analysis and ... • API 618

SwRI Advanced Pulsation Analysis and Design .SwRI Advanced Pulsation Analysis and ... • API 618

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  • SwRIAdvancedPulsationAnalysisandDesignTechnology

    SwRIintroducesanewstateofthearttool,TAPS,fordesigningpulsationfiltersystemsforreciprocatingcompressormanifolds,screwcompressorsilencersandPDpumpsystems.

    Thenewdesigntechnologycoversdetailedgaspassageandmanifoldanalysistocompletestationstudieswithmultipleunitinteractions.

    Optimizerforlowestpressuredrop. IncorporatesSwRIadvancedpulsationcontrolsandexperienceddesignevaluation.

    API6185th Editioncompliant.

  • ValidationthroughtestingattheSwRInaturalgaslaboratoryandmultiplefieldsites Numerousvalidationtestsperformedto

    refinepressurelossmodels,passiveresponsecharacterizationandpredictionofsystemcombinedresponses.

    FielddatamatchedpulsationcharacteristicstoforecastreductioninpulsationandvibrationlevelsthroughSwRIdesignstudy.

  • CapabilitiestoEvaluateProblematicResonancesandGasPassageDesignforImprovedPerformance

    Evaluate benefitsoflowlosscontrols. Studygaspassagedesignchangestoreducedynamiclosses. Evaluatepressuredropeffectsofhighlosselementsasafunctionofcompressorspeed. Optimize filterselectiontomeetflowdemandatlowestattainablehorsepowercost.

    BaselineNozzleResonance

    SwRIOptimizeddesign

    CompressorOperatingSpeed(RPM)

    PressureDrop

  • Refinedgaspassage,nozzleandbottlegeometriesthrough3DacousticmodalanalysisusingSwRIinhousedeveloped3Dacousticmodelingmethods

    Usedroutinelyforplacementofnozzleresonanceforlowcylindernozzlepulsationswithouttheuseoforificeplates.

    Appliedtohigherfrequencygaspassage/valveresponsesforimprovedvalvelife.

    Usedforsilencerdesignsonhighfrequencyscrewcompressors.

    Incorporationof3DAcousticModalResponsesforHigherAccuracyCylinderPulsationModels

    Preferredplacementofnozzleresonanceoutsideofspeedrange

  • ModelingofInnovative,CustomizedDesignsforLowLossPulsationControl

    SwRIpulsationcontroldesignsrelyoninnovationandadvancementusingnewmethodsofattenuatingandabsorbingpressurewaves.

    Customizedcontrolsforeachapplication.

    NewTAPScodeincorporatesSwRIadvanceddesignmodulestoevaluatebenefitsofadvancedcontrolscomparedtoconventionalorificeplatesandfilterbottles.