Lunge Systems: Pathways

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NGSI Methane Emissions Intensity Protocol Final Draft Natural Gas Sustainability Initiative Final Draft | December 2019 Contents Acknowledgments .............................................................................................................................................. 1 Executive Summary ............................................................................................................................................ 2 1. Background ..................................

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companies in the transmission equipment in the lng operating within the natural reporting by those companies gas plus the energy emissions from the united reporting means all gathering part of the greenhouse distribution means the distribution

Sources: IHS Markit

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Type: Industry Standards

Priority/ Function Areas: Business & Industrial

Sectors/ Fields of Life: Economy-wide

People/ Roles: Manufacturers Organizations Multi-Nationals Public Companies Private Corporations

Profiles: this document an customers cfr method the appendix this segment each segment onshore vessels this draft a station the quantity a owner the paper the facility the aggregate the accuracy any operators the goal this allocation the definition a facility any source cpc companies all participants the use the chain this equipment a company w systems a companies an companies this technologies december contents the company this version the separation this appendix o ecliq the methodology a value all pipelines the factor a length a number this calculation any combination all efforts the value cfr calculation guidancecdpnetenguidancecid8ctypethemeidtypethemeidincchild1microsite0oty target cfr vent the industry the energy each data a person the protocol the disclosure the firm performancemethanemanagementreport2017pdflaen report this question this information this structure the person

Goals: estimate outlined intensity require technical analysis calculate throughput companies include potential sources use w methods assess emissions intensity use calculated emissions subpart factor counts store transferred gas recover gas facility normalize related fluctuations use rate calculations include pipelines equipment calculate boosting gathering use flared volume include fractionate plants publish emission factors identify appropriate companies upset floating vessels highlight decision points summarize disclosure elements boost throughput content establish clear approach develop program ngsi identify natural gas advance address efforts develop factors estimates release protocol version include workover equipment gather segment throughput use estimated sources report emissions intensity gather segment emissions advance protocol ngsi emit greenhouse gas communicate voluntary efforts advance voluntary programs present final protocol compare methane emissions use segment emissions reduce establishes emissions operate intensity metric recognize critical role use multiplied factor mean including storage affect overall profile operate gathering system tackle reporting guidance disclose risk transparency use methodology ghgrp provide enables metric acknowledgment executive summary use subpart calculation reflect received feedback calculate normalized volume use event counts provide strong foundation use utilized factors report metric tons support manage efforts quantify segment emissions provide comparable points deploy energy technologies subpart w source fuel emission factors download monthly data structure reduction goals contribute disproportionate share communicate key obstacle welcome prepares feedback disclose own estimate develop emission factor subpart default value calculate emissions intensity subpart calculation method determine intensity methodology calculate gas ratio facilitate strategies shape receive energy content operate gathering lines use default factor include emissions intensity calculate associated emissions reduce potential page use meter method use flow data use emission factor classify onshore installations use segment factors calculate normalization factor provide used guidance use methane density use flow composition incorporate environmental topics identify oil condensate leverage wide range calculate methane emissions manage issues methane leverage reporting protocols use annual duration report intensity throughput cast services iron include gas equipment calculate company intensity use following methodology include multidisciplinary team process gas liquids flare equipment separation incorporate seeks sources report described information subpart segment emissions lease used equipment use company factor list transported volume develop welldocumented metrics calculate adjusted throughput describe final protocol use tank counts mean gas equipment respond potential uses gravity gathering facility profile cycle emissions enable useful comparison release initial draft collect natural gas use segment reporters advance voluntary approach subpart valve leakage produce emissions tons use throughput b capture result updates transport andor gas use average duration understand environmental performance facilitate develop process subpart w calculation calculate following sections cast distribution services use average length disclose disclosing facts

Measures: measure leaks public commission spin-dry seals follow methodology crude oil natural injection residential volumes continuous improvement public roadway meter stations robust process unprotected services consistent sales global warming w10a calculation wet vents separate segment find measurements produce percent factor estimates kgcompressor description deliver intensity single gathering future measurements coordinate effort robust dataset common intensity contiguous properties associate storage applicable method comparable points emission factors innovative efforts primary purpose kgacid gas ga compressors artificial islands underground storage additional sources rent activities consistent wells greenhouse gas exist approaches measure data ngsi protocol emission intensity standbypressurized factor steel mains underground reservoirs stabilization separation anthropogenic sources specific segments independent segment industrywide approach standard content rateregulated pipeline measure reduce tank counts associate units float tanks own chain local level customer meters critical role commercial customers meteringregulating stations separate company physical volumes desiccant equipment consistent year reliquefy recondensers gather segment valve leakage oil condensate service counts exist sources average throughput equivalent energy annual duration protocol companies hdd values subpart w far input average length companylevel intensity barrel content consistent approach segment factors technical document applicable calculation force extraction consistent intensity production throughput public rightofway key metrics underground segment segment reporters consistent gas yeartoyear fluctuations unique volumes program subpart cubic feet average value significant gas process gas clear approach segment definitions iron services process plants wide range functional groupings subpart calculation stationary equipment industrywide actions final draft total description second gas adjust throughput available metrics boost upsets liquid volume military installations institutional banks available guidance environmental groups physical contact single facility source ghgrp high value onshore gas pneumatic devices blowdown leakage compression facility extensive engagement only source compressor source such installations average factor service length roof tanks emit segments residential meters collective benefits industryled initiative estimate segment cast services transmission distribution compression equipment notoperatingdepressurized isolation regulate stations isolation factor normalize throughput vtotal volume multidisciplinary team continuous subpart advance technologies onshore owner segment intensity appropriate companies total equivalent methane leaks valuable direction total basis ga ratio transport gas throughput content engineer calculations population counts meter method common metric measure composition boost throughput liquify gas throughput companies plastic liners many uses ga survey description tons voluntary framework annual data important progress follow sections workover equipment method table throughput values voluntary reporting total mileage environmental community crude condensate follow principles municipallyowned system interstate pipeline voluntary programs malfunction equipment cycle emissions mas basis potential uses applicable subpart report throughput welldocumented metrics natural gas physical property environmental performance report methodologies clean technologies decision points supply chain more detail municipallyowned distribution available scorecard increase application company factor default length default value segment throughput produce content different companies additional topics steel services transmission throughput crude value device controller prefer approach onshore sum overarch framework only method first quarter brief description hdd data industrial users portable equipment governmental organizations methane density pneumatic device reduction goals initiative shape distribute gas unprotected mains draft protocol strong foundation available quality available table combine calculations deplete gas measure subpart public agencies methane content pneumatic injection single wellpad environmental goals distinct groupings computer modeling measurement methods normalize basis methodological note final protocol routine maintenance environmental impacts report guidance receive content voluntary esg default factor boost emissions wet units ngsi companies consistent pipelines gasliquid separators transport intensity ghg factor total emissions boiler heaters flow separators future versions commercial meters receive gas social topics event counts ga liquids normalize companies environmental issues phmsa s energy content constructive companies intensity methodology wet seals specific factors stack ghgrp regional level transport volume original location residue gas degas vent average duration individual companies intrastate pipeline consistent approaches strategic firm flow data equivalent intensity exist programs heavy hydrocarbons blowdown ghgrp extensive process rigorous analysis environmental defense white paper nonselfpropelled equipment alternate method desiccant dehydrators segment emissions key elements ga composition quantification table sole discretion consistent mmbtu fuel usage hhv value own estimate datum companies future protocol boost segment public workshop produce liquids improve measurement warm potential ecng estimate extensive outreach overall protocol actual counts receive vliq onshore segment cumulative data blowdown factor environmental regulations technical analysis separate lines useful comparison subpart methods actual emissions calculation method numerous companies innovative programs distribution facility intensity metrics ga facility measure value multiple pipelines follow extraction normalization factor residential customers military properties annual rate associate gas available document produce eng report protocols emission data business strategies future updates standard feet environmental protection key obstacle common ownership several coalitions disproportionate share wwwepagovnatural factor underground facility vent volume flare volume nonseparator equipment lease activities annual reporting pipeline separators boost values private companies process facility environmental topics innovative detection available methane liquefy gas voluntary metrics current efforts centrifugal measurements onshore petroleum actual count factor reporters similar types boost system low factor intensity table broad community voluntary initiative ga storage subsurface storage average volumes direct measurement single basin exist protocols interest segment only survey methane emissions receive eng environmental organizations specific processing energy equivalent relative emissions onshore equipment similar operations vent ghgrp annual throughput ngsi approach vary output relative throughput hydraulic fracturing principle structure cast iron measure calculation compendium table specific company new protocol previous documents specific companies single state blowdown vent list sources standard value only methods transmission compression high potential intensity metric monthly data challenge program state hdd nonnormalized appendix wet seal equipment equipment total volume voluntary approach usage records key points produce volume boost transmission atmospheric storage regulatory language 3rd edition combustion units boost equipment emission factor leak survey additional elements consistent methodology good estimates unlit flare storage vessels intensity calculations individual source normalize volume meter equipment gather lines own operations current scope customize analysis standard methodology unit compressors voluntary efforts ga equipment process distribution operate devices emission source segmentlevel intensity interest stakeholders executive summary wwwepagovnaturalgasstarprogrammethanechallengeprogramonefuturecommitmentoptiontechnical document nonprofit organizations major users intensity target potential sources distribution services independent system artificial island equivalent percent voluntary sustainability rise importance environmental objectives previous emissions future option exist methodologies diverse purchasers wet compressors common control vliq barrels actual contact consistent feet dehydrate method corporate methane common metrics disclosure elements industry leadership produce gas energy technologies double counting raw gas common tools metric tons emission emissions underlie factors boost element estimate emissions initial draft day values degas vents local company onshore plants spreadsheet calculations multiple segments rent equipment receive liquids voluntary goals financial community volumetric basis

Actions: identify gas advance efforts communicate progress receive eliq affect profile end content highlight points use calculations recognize leadership estimate intensity deploy technologies use b use throughput subpart methods promote approaches mean storage use accounting unload controller report throughput facilitate process lease equipment include import include intensity streamline efforts release version calculate table incorporate advancements use composition develop factors manage gas address intensity end users guide structure structure goals quantify emissions fix leaks include methodology protect mains gather upsets improve approach boost facilities include equipment float tanks provide guidance include sources fractionate liquids calculate gathering subpart method reduce page update factors mean equipment add volume operate hdd estimate throughput rateregulated pipeline use volume report year use records emit gas provide points list volume include methodologies include compression collect gas capture updates cumulative data vent survey exclude meters subpart w own that report elements download data report tons report companies boost equipment handle streams asses opportunities contain pipeline help advance facilitate shape support reporting calculate factor calculate protocol use counts supplierrelated onshore disclose transparency download hdd sum emissions report information nonseparator equipment subpart centrifugal boost operations drill factor make assumption gather mishaps subpart accounting aggregate emissions revise may classify installations transport content convert gathering subpart leakage use method identify condensate stack units operate system acknowledgment summary identify portion subpart methodology support use boost intensity take aim summarize elements balance process reciprocate cfr develop protocol communicate emissions detect reduce calculate ratio develop estimates use companies receive mmbtu produce mmbtu provide reference boost sum establish gathering subpart source calculate sections use emissions release draft subpart emissions incorporate sources represent data normalize page reciprocate glycol normalize fluctuations allocate guidance leverage protocols report page liquefy compressors reciprocate vents provide metric subpart calculation require analysis calculate companies tackle guidance purchase gas provide foundation tackle methane recover facility enable comparison move gas receive comments recognize benefits respond uses present protocol include emissions reference description include team include storage receive barrels hit mark develop guidance use density subpart survey disclose estimate communicate data gather emissions convert throughput operate intensity calculate equivalent advance ngsi include capture recover gas subpart page calculate it advance approach cast services make progress use length incorporate protocol publish factors insert description track performance subpart compressors recognize role operate lines contact president calculate emissions operate one develop emissions use count use modeling manage methane seek approach accelerate actions advance programs communicate efforts insert scfhournumber use usage vcomm 4 describe protocol provide methodology assess intensity meet objectives calculate intensity support companies develop ngsi report intensity develop metrics use calculation operate protocol seek input follow release enable companies receive content provide calculations incorporate topics use reporters normalize throughput track programs calculate throughput use sources use protocol subpart counts calculate volume protect services exclude upstream receive volume hold series estimate emissions gather throughput gather separators communicate obstacle equalize receipt disclose facts boost means normalize volumes report factor report that use gas use values improve quality set bar represent facets subpart value promote improvement compress dehydrate welcome feedback land island advance range use methods reflect feedback operate that use goal fuel factors use duration operate metric identify companies provide direction use measurement address segments develop factor transport gas store gas flare separation subpart facility establish metrics determine methodology establish approach evaluate regulations reduce emissions support development quantification table use factor use table process liquids convert counts contribute share support efforts describe approach announce target allocate emissions upset vessels release paper use ghgrp adopt definitions review page address issues manage issues accelerate programs develop a incorporate guidance produce tons cast iron summarize approaches boost content address concerns profile emissions use methodology vent storage use w include plants manage tracking understand impact asses companies understand performance stack cfr request information develop recommendations use s leverage range boost method use factors estimate accounting use mains compare emissions gravity facility include gas deliver gas use data boost throughput incorporate type

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