BalanceBuilder_Statisland

7/26/2019 BalanceBuilder_Statisland

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1. Select your country name from the drop do

Country: Statisland

2. Select the year for which the balance shoul

Year: 2010

4. Check the "Data in physical units" workshe

A. Automatic upload

coal uestionnaire file

#:$%&'&(C)$%uilder$

!as uestionnaire file

#:$%&'&(C)$%uilder$

#:$%&'&(C)$%uilder$

he a!!re!ated and disa!!re!ated balance

B. Manual data input

pdate the conersion factors on the "Coner

he a!!re!ated and disa!!re!ated balance

he main purpose of this tool is to build a cou

his can be done by hain! the )& load datauestionnaires 2711 data reuested in 8uly 2worksheets.

9. 3ollow the instructions for A. automatic up

Certain cells must always be ne!Certain cells must always be positprocesses6 ener!y industry own u

Subtotals will be hi!hli!hted if the

3inal consumption will check to se3C ; Dom. supply ransformatio3C ; ndustry < ransport < -ther

3or the conersion factors6 makeunits.

se the buttons below to load the )& data "Conersion factors".

%otes&Due to the current uestionnaire format nonnecessary to ad>ust the transformation6 ener!physical units" worksheet. Checks on row 17

he )& uses a model to allocate part of theconsumption. his model is not implementediron and steel row mi!ht differ from our publis

nsert data in the "Data in physical units" wore.!. indi!enous production6 imports6 electricit

load coal

load oil

load !as

load ele

load ren


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'orsheets inde)he followin! l inks can be used to reach the d

)& produc

conersion

country sp

f illed by ha

all fuels co

ener!y bal

Definitions

Conersion 3actors

)/ceptions

Data in physical units

Disa!!re!ated balance

&!!re!ated balance
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*EA +efinitions

roduct +efinition

-low +efinitions

roduct +efinition

oal and eatAnthracite:

Coking coal:

Other bituminous coal:

Sub-bituminous coal:

Lignite:

Patent fuel:

Coal and @eat

Crude6 (#'6 refinery feedsto

-il products

(atural #as

%iofuels and waste

)lectricity and heat

Supply

ransformation @rocesses)ner!y industry own use and

3inal consumption

)lectricity and heat output

Aenu


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Coke oven coke:

Gas coke:

Coal tar:

BKB/eat bri!uettes:

Gas "orks gas:

Coke oven gas:

Blast furnace gas:

Peat:

rude, %!, refiner/ feCru#e oil:

$atural gas li!ui#s %$GL&:

Other recovere#gases:

'lec/heat outut from non-secifie# manufacture# gases


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(efiner) fee#stocks:

Other h)#rocarbons:

il roducts(efiner) gas:

'thane:

*otor gasoline:

Aviation gasoline:

Gasoline t)e +et fuel:

Kerosene t)e +et fuel:

Other kerosene:

A##itives/blen#ingcomonents:

Li!uefie# etroleum gases%LPG&:


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Gas/#iesel oil:

,uel oil :

$ahtha:

hite sirit . SBP:

Lubricants:

Bitumen:

Paraffin "aes:

Petroleum coke:

%atural as

$on-secifie# oilro#ucts:


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$atural gas:

Biofuels and waste0n#ustrial "aste:

Primar) soli# biofuels:

Biogases:

Biogasoline:

Bio#iesels:

Other li!ui# biofuels:

Charcoal:

Electricit/ and heat$uclear:

*unicial "aste%rene"able&:

*unicial "aste%non-rene"able&:

$on-secifie# rimar)biofuels/"aste


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1)#ro:

Geothermal:

Solar hotovoltaic:

Solar thermal:

2i#e/"ave/ocean:

in#:

1eat ums:

'lectric boilers:

1eat from chemical sources:

Other sources:

'lectricit):

1eat:

-low +efinitionsSuppl/

Pro#uction:

1eat outut from non-secifie#combustible fuels


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,rom other sources:

0morts:

'orts:

0nternational marine bunkers:

0nternational aviation bunkers:

Stock changes:

3omestic sul):

2P'S:


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2ransfers:

Statistical #ifferences:

ransformation proces2ransformation rocesses:

*ain activit) electricit) lants:

Autoro#ucer C1P lants:

Autoro#ucer heat lants:

Autoro#ucer electricit)lants:

*ain activit) ro#ucer C1Plants:

*ain activit) ro#ucer heatlants


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1eat ums:

'lectric boilers:

Patent fuel lants:

Coke ovens:

Gas "orks:

Blast furnaces:

Petrochemical lants:

BKB lants:

Oil refineries:

,or blen#e# natural gas

Charcoal ro#uction lants:

$on-secifie# %transformation&:

Ener/ industr/ own u'nerg) in#ustr) o"n use:

Coal mines:

Chemical heat for electricit)ro#uction:

Coal li!uefaction lants:

Gas-to-li!ui#s %G2L& lants:


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Oil an# gas etraction:

Patent fuel lants:

Coke ovens:

Gas "orks:

Blast furnaces:

BKB lants:

Oil refineries:

4se# for ume# storage:

$ulear in#ustr):

Charcoal ro#uction lants:

$on-secifie# %energ)&:

Losses:

-inal consumption,inal consumtion:

0n#ustr):

0ron an# steel:

Chemical an# etrochemical:

$on-ferrous metals:

$on-metallic minerals:

*achiner):

*ining an# !uarr)ing:

,oo# an# tobacco:

Paer5 ul an# rint:

Gasification lants forbiogases:

Coal li!uefaction lants:

Li!uefaction %L$G& /regasification lants:

Gas-to-li!ui#s %G2L& lants:

O"n use in electricit)5 C1P an#heat lants:

2ransort e!uiment:


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oo# an# "oo# ro#ucts:

Construction:

2etiles an# leather:

$on-secifie# in#ustr):

2ransort:

3omestic aviation:

(oa#:

(ail:

Pieline transort:

3omestic navigation:

$on-secifie# %transort&

Other:

(esi#ential:

Agriculture/forestr):

Commercial an# ublicservices:


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,ishing:

$on-secifie# %other&:

$on-energ) use:

Electricit/ and heat out'lectricit) outut in Gh:

1eat outut in 26:

$on-energ) use in#ustr)/transformation/energ):

$on-energ) use in transort:

$on-energ) use in other:

*emo: fee#stock use inetrochemical in#ustr):


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cks

'osses

&nthracite is a hi!h rank coal used for industrial and residential applications. t is !ematter and a hi!h carbon content about 7B fi/ed carbon5. ts !ross calorific aluekcalFk!5 on an ashfree but moist basis.

Cokin! coal refers to coal with a uality that allows the production of a coke suitablets !ross calorific alue is !reater than 29 ?E k8Fk! E G77 kcalFk!5 on an ashfree b

-ther bituminous coal is used for steam raisin! and space heatin! purposes and innot included under cokin! coal. t is usually more than 17B olatile matter and a relthan 7B fi/ed carbon5. ts !ross calorific alue is !reater than 29 ?E k8Fk! E G77basis.

(ona!!lomeratin! coals with a !ross calorific alue between 1G 49E k8Fk! 4 1E kE G77 kcalFk!5 containin! more than 91B olatile matter on a dry mineral matter fre

'i!nite is a nona!!lomeratin! coal with a !ross calorific alue of less than 1G 49E kthan 91B olatile matter on a dry mineral matter free basis. -il shale and tar sandsare included in this cate!ory. -il shale and tar sands used as inputs for other transfincluded here this includes the portion consumed in the transformation process5. Sfrom liuefaction are included in from other sources under crude oil other hydrocar

@atent fuel is a composition fuel manufactured from hard coal fines with the additionpatent fuel produced is6 therefore6 sli!htly hi!her than the actual amount of coal conprocess. Consumption of patent fuels durin! the patent fuel manufacturin! process i

industry own use.


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Coke oen !as is obtained as a byproduct of the manufacture of coke oen coke fo

edstocs

Coke oen coke is the solid product obtained from the carbonisation of coal6 principtemperature. t is low in moisture content and olatile matter. Coke oen coke is useindustry6 actin! as ener!y source and chemical a!ent. &lso included are semicoke carbonisation of coal at a low temperature56 li!nite coke a semicoke made from li!foundry coke. he headin! other ener!y industries includes the consumption at theConsumption in the iron and steel industry does not include coke conerted into bla

consumption of coke oen coke in the iron and steel industry6 the uantities conertbe added these are included in blast furnaces5.

#as coke is a byproduct of hard coal used for the production of town !as in !as wopurposes. -ther ener!y industry own use includes the consumption of !as coke at

Coal tar is a result of the destructie distillation of bituminous coal. Coal tar is the licoal to make coke in the coke oen process. Coal tar can be further distilled into diffben=ene6 toluene6 naphthalene56 which normally would be reported as a feedstock t

%H% are composition fuels manufactured from li!nite6 produced by briuettin! unde

include peat briuettes6 dried li!nite fines and dust. he headin! other ener!y indusby briuettin! plants.

#as works !as coers all types of !as produced in public utility or priate plants6 whmanufacture6 transport and distribution of !as. t includes !as produced by carboniscoke oens and transferred to !as works56 by total !asification with or without enricreformin! and simple mi/in! of !ases andFor air.

%last furnace !as is produced durin! the combustion of coke in blast furnaces in therecoered and used as a fuel6 partly within the plant and partly in other steel industr

euipped to burn it.

-/y!en steel furnace !as is obtained as a byproduct of the production of steel in aon leain! the furnace. -/y!en steel furnace !as is also known as conerter !as6 '

his item is only used if the detailed breakdown is not aailable. t includes coke oo/y!en steel furnace !as. #as works !as is not included here.

@eat is a combustible soft6 porous or compressed6 fossil sedimentary deposit of plato 7B in the raw state56 easily cut6 of li!ht to dark brown colour. @eat used for non

Crude oil is a mineral oil consistin! of a mi/ture of hydrocarbons of natural ori!in ansulphur. t e/ists in the liuid phase under normal surface temperatures and pressurdensity6 iscosity6 etc.5 are hi!hly ariable. t includes field or lease condensates serecoered from associated and nonassociated !as where it is commin!led with the

(#'s are the liuid or liuefied hydrocarbons produced in the manufacture6 purificahese are those portions of natural !as which are recoered as liuids in separatorplants. (#'s include but are not limited to ethane6 propane6 butane6 pentane6 natur


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& refinery feedstock is a processed oil destined for further processin! e.!. strai!ht rthan blendin! in the refinin! industry. t is transformed into one or more componentsdefinition coers those finished products imported for refinery intake and those returindustry to the refinin! industry.

&ddities are nonhydrocarbon substances added to or blended with a product to mimproe its combustion characteristics. &lcohols and ethers A%)6 methyl tertiarysuch as tetraethyl lead are included here. he biofuel fractions of bio!asoline6 biodihere6 but under liuid biofuels. his differs from the presentation of addities in the

-ther hydrocarbons6 includin! emulsified oils e.!. orimulsion56 synthetic crude oil6bituminous minerals such as oil shale6 bituminous sand6 etc. and liuids from coal li

0efinery !as is defined as noncondensable !as obtained durin! distillation of crudee.!. crackin!5 in refineries. t consists mainly of hydro!en6 methane6 ethane and oleare returned from the petrochemical industry. 0efinery !as production refers to !ros

shown separately under petroleum refineries in ener!y industry own use.

)thane is a naturally !aseous strai!htchain hydrocarbon C2I5. t is a colourlessfrom natural !as and refinery !as streams.

'iuefied petroleum !ases are the li!ht hydrocarbon fraction of the paraffin series6 dcrude oil stabilisation plants and natural !as processin! plants6 comprisin! propanecombination of the two. hey could also include propylene6 butylene6 isobutene andliuefied under pressure for transportation and stora!e.

Aotor !asoline is li!ht hydrocarbon oil for use in internal combustion en!ines such aaircraft. Aotor !asoline is distilled between 9EoC and 21EoC and is used as a fuel fo

Aotor !asoline may include addities6 o/y!enates and octane enhancers6 includin!tetraethyl lead5 and A' tetramethyl lead5. Aotor !asoline does not include the li!asoline see liuid biofuels. his differs from the presentation of motor !asoline in

&iation !asoline is motor spirit prepared especially for aiation piston en!ines6 withen!ine6 a free=in! point of 7oC6 and a distillation ran!e usually within the limits of

#asoline type >et fuel includes all li!ht hydrocarbon oils for use in aiation turbine po177oC and 2E7oC. his fuel is obtained by blendin! kerosenes and !asoline or napharomatic content does not e/ceed 2EB in olume6 and the apour pressure is betw&ddities can be included to improe fuel stability and combustibility.

Herosene type >et fuel is a medium distillate used for aiation turbine power units. tcharacteristics and flash point as kerosene between 1E7oC and 977oC but not !enehas particular specifications such as free=in! point5 which are established by the n&ssociation &&5. t includes kerosene blendin! components.

Herosene other than kerosene used for aircraft transport which is included with aipetroleum distillate intermediate in olatility between !asoline and !asFdiesel oil. t i1E7oC and 977oC.


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#asFdiesel oil includes heay !as oils. #as oils are obtained from the lowest fractiocrude oil6 while heay !as oils are obtained by acuum redistillation of the residual f#asFdiesel oil distils between 1?7oC and 9?7oC. Seeral !rades are aailable depencompression i!nition cars6 trucks6 marine6 etc.56 li!ht heatin! oil for industrial and cincludin! heay !as oils which distil between 9?7 oC and E47oC and which are used#asFdiesel oil does not include the liuid biofuels blended with !asFdiesel oil J see li

3uel oil defines oils that make up the distillation residue. t comprises all residual fueblendin!. ts kinematic iscosity is aboe 17 cSt at ?7oC. he flash point is always aalways hi!her than 7.7 k!Fl.

(aphtha is a feedstock destined either for the petrochemical industry e.!. ethyleneproduction5 or for !asoline production by reformin! or isomerisation within the refinethat distils between 97oC and 217oC. (aphtha imported for blendin! is shown as anin the transfers row as a ne!atie entry for naphtha and a positie entry for the corr!asoline5.

Khite spirit and S%@ are refined distillate intermediates with a distillation in the nap

has a flash point aboe 97oC and a distillation ran!e of 19EoC to 277oC. ndustrial Sdistillin! between 97oC and 277oC6 with a temperature difference between EB olupoints6 includin! losses6 of not more than 7oC. n other words6 S%@ is a li!ht oil ofhere are seen or ei!ht !rades of industrial spirit6 dependin! on the position of theaboe.

'ubricants are hydrocarbons produced from distillate or residueL they are mainly usbearin! surfaces. his cate!ory includes all finished !rades of lubricatin! oil6 from sused in !reases6 includin! motor oils and all !rades of lubricatin! oil base stocks.

%itumen is a solid6 semisolid or iscous hydrocarbon with a colloidal structure that iobtained by acuum distillation of oil residues from atmospheric distillation of crude

asphalt and is primarily used for surfacin! of roads and for roofin! material. his catback bitumen.

@araffin wa/es are saturated aliphatic hydrocarbons. hese wa/es are residues e/toils6 and they hae a crystalline structure which is more or less fine accordin! to theare that they are colourless6 odourless and translucent6 with a meltin! point aboe 4

@etroleum coke is defined as a black solid residue6 obtained mainly by crackin! andfeedstocks6 acuum bottoms6 tar and pitches in processes such as delayed cokin!carbon 7 to EB5 and has a low ash content. t is used as a feedstock in coke oeheatin! purposes6 for electrode manufacture and for production of chemicals. he t"!reen coke" and "calcinated coke". his cate!ory also includes "catalyst coke" deprefinin! processes: this coke is not recoerable and is usually burned as refinery fue

-ther oil products not classified aboe e.!. tar6 sulphur and !rease5 are included haromatics e.!. %* or ben=ene6 toluene and /ylene5 and olefins e.!. propylene5 pr


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-ther liuid biofuels includes liuid biofuels not reported in either bio!asoline or bio

his item is used when the detailed breakdown for primary combustible renewables

Charcoal produced from solid biofuels.

)ner!y released by nuclear fission or nuclear fusion.

(atural !as comprises !ases6 occurrin! in under!round deposits6 whether liuefiedmethane. t includes both "nonassociated" !as ori!inatin! from fields producin! onland "associated" !as produced in association with crude oil as well as methane rec!as5 or from coal seams coal seam !as5. @roduction represents dry marketable proincludin! offshore production and is measured after purification and e/traction of (consumed by !as processin! plants and !as transported by pipeline. +uantities of !

flared are e/cluded.

ndustrial waste of nonrenewable ori!in consists of solid and liuid products e.!. tyspecialised plants6 to produce heat andFor power. 0enewable industrial waste is notbiofuels6 bio!as or liuid biofuels.

Aunicipal waste consists of products that are combusted directly to produce heat anproduced by households6 industry6 hospitals and the tertiary sector that are collecteincineration at specific installations. Aunicipal waste is split into renewable and non

Aunicipal waste consists of products that are combusted directly to produce heat anproduced by households6 industry6 hospitals and the tertiary sector that are collecteincineration at specific installations. Aunicipal waste is split into renewable and non

@rimary solid biofuels are defined as any plant matter used directly as fuel or conecombustion. his coers a multitude of woody materials !enerated by industrial proand a!riculture firewood6 wood chips6 bark6 sawdust6 shain!s6 chips6 sulphite lyesmaterialsFwastes and other solid biofuels5.

%io!ases are !ases arisin! from the anaerobic fermentation of biomass and the !abiomass in wastes5. he bio!ases from anaerobic fermentation are composed princidio/ide and comprise landfill !as6 sewa!e slud!e !as and other bio!ases from anae

also be produced from thermal processes by !asification or pyrolysis5 of biomass ahydro!en and carbon mono/ide usually known as syn!as5 alon! with other compoprocessed to modify their composition and can be further processed to produce subused mainly as a fuel but can be used as a chemical feedstock.

%io!asoline includes bioethanol ethanol produced from biomass andFor the biode!rbiomethanol methanol produced from biomass andFor the biode!radable fraction ofbutylether produced on the basis of bioethanolL the percenta!e by olume of bio)4GB5 and bioA%) methyltertiobutylether produced on the basis of biomethanol:bioA%) that is calculated as biofuel is 9B5. %io!asoline includes the amounts thadoes not include the total olume of !asoline into which the bio!asoline is blended.

%iodiesels includes biodiesel a methylester produced from e!etable or animal oil6dimethylether produced from biomass56 3ischer ropsh 3ischer ropsh produced foil produced from oil seed throu!h mechanical processin! only5 and all other liuidblended with or used strai!ht as transport diesel. %iodiesels includes the amounts tdoes not include the total olume of diesel into which the biodiesel is blended.


20/214

Iydro power represents the potential and kinetic ener!y of water conerted into ele

)lectricity from photooltaic cells.

Kind ener!y represents the kinetic ener!y of wind e/ploited for electricity !eneratio

-ther sources includes production not included elsewhere such as fuel cells.

his item is only used if the detailed breakdown is not aailable.

#eothermal ener!y is the ener!y aailable as heat emitted from within the earthMs cror steam. t is e/ploited at suitable sites: for electricity !eneration usin! dry stream or hi!h enthalpy brine after flashin! directly as heat for district heatin!6 a!riculture6 etc.

Solar ener!y is the solar radiation e/ploited for hot water production and electricity ! flat plate collectors6 mainly of the thermosyphon type6 for domestic hot water or forpools solar thermalelectric plants@assie solar ener!y for the direct heatin!6 coolin! and li!htin! of dwellin!s or other

ide6 wae and ocean represents the mechanical ener!y deried from tidal moemeand e/ploited for electricity !eneration.

Ieat pumps should include the inputs and outputs to heat pumps correspondin! tothird parties.

)lectric boilers should include the inputs and outputs to electric boilers correspondinto third parties.

Ieat from chemical sources corresponds to heat ori!inatin! from processes withoutreaction e.!. the treatment of =inc o/ide ore with hydrochloric acid5. (ote that wastdrien processes is not considered as a primary ener!y source and is included withcorrespondin! fuel.

#ross electricity production is measured at the terminals of all alternator sets in a stener!y taken by station au/iliaries and losses in transformers that are considered indifference between !ross and net production is !enerally estimated as GB for conehydro stations6 and B for nuclear6 !eothermal and solar stations. @roduction in hydfrom pumped stora!e plants.

Ieat production includes all heat produced by main actiity producer CI@ and heatautoproducer CI@ and heat plants to third parties. 3uels used to produce uantitiestransformation processes under the rows CI@ plants and Ieat plants. he use of fuincluded under the sectors in which the fuel use occurs.

n the balances6 production refers to the uantities of fuels e/tracted or produced6 cremoal of inert matter or impurities e.!. sulphur from natural !as5.n the ener!y statistics6 production of secondary products is also included. @roductirepresents the !ross refinery output. Secondary coal products and !ases representworks6 blast furnaces and other transformation processes.


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&ll inputs of ori!in other than primary ener!y sources e/plicitly reco!nised in the tabother sources6 e.!. under crude oil: inputs of ori!in other than crude oil and (#' suincludin! mineral oil e/tracted from bituminous minerals such as shales6 bituminouben=ol6 alcohol and methanol produced from natural !asL under refinery feedstocks:industry used as refinery feedstocksL under hard coal: recoered slurries6 middlin!low!rade coal products that cannot be classified accordin! to type of coal from whi

works !as: natural !as6 refinery !as6 and '@#6 that are treated or mi/ed in !as worfrom sources other than coal5.

Comprise amounts hain! crossed the national territorial boundaries of the countryhas taken place. 3or coal: mports comprise the amount of fuels obtained from othean economic or customs union between the releant countries. Coal in transit shoulnatural !as: +uantities of crude oil and oil products imported under processin! a!reare included. +uantities of oil in transit are e/cluded. Crude oil6 (#' and natural !acountry of ori!inL refinery feedstocks and oil products are reported as comin! from t3or electricity: &mounts are considered as imported when they hae crossed the nacountry. f electricity is NwheeledO or transited throu!h a country6 the amount is show

Comprise amounts hain! crossed the national territorial boundaries of the countryhas taken place. 3or coal: )/ports comprise the amount of fuels supplied to other ceconomic or customs union between the releant countries. Coal in transit should n!as: +uantities of crude oil and oil products e/ported under processin! a!reementsincluded. 0ee/ports of oil imported for processin! within bonded areas are shownprocessin! country to the final destination. 3or electricity: &mounts are considered acrossed the national territorial boundaries of the country. f electricity is NwheeledO oramount is shown as both an import and an e/port.

Coers those uantities deliered to ships of all fla!s that are en!a!ed in internationnai!ation may take place at sea6 on inland lakes and waterways6 and in coastal waen!a!ed in domestic nai!ation is e/cluded. he domesticFinternational split is detedeparture and port of arrial6 and not by the fla! or nationality of the ship. Consumpmilitary forces is also e/cluded. See domestic nai!ation6 fishin! and other non-spe

ncludes delieries of aiation fuels to aircraft for international aiation. 3uels used be/cluded. he domesticFinternational split should be determined on the basis of depnot by the nationality of the airline. 3or many countries this incorrectly e/cludes fuelcarriers for their international departuresL

0eflects the difference between openin! stock leels on the first day of the year andthe year of stocks on national territory held by producers6 importers6 ener!y transfor

consumers. & stock build is shown as a ne!atie number6 and a stock draw as a po

Domestic supply is defined as production < inputs from other sources < imports e/bunkers international aiation bunkers P stock chan!es.

otal primary ener!y supply @)S5 is made up of production < imports e/ports iinternational aiation bunkers P stock chan!es.


22/214

ses

ransfers comprise interproduct transfers6 products transferred and recycled producfrom reclassification of products either because their specification has chan!ed or banother product6 e.!. kerosene may be reclassified as !asoil after blendin! with thediesel specification. he net balance of interproduct transfers is =ero. @roducts tranimported for further processin! in refineries. 3or e/ample6 fuel oil imported for up!rthe feedstocks cate!ory. 0ecycled products are finished products which pass a sec

network6 after hain! been once deliered to final consumers e.!. used lubricants

Statistical difference is defined as delieries to final consumption < use for transforby ener!y industry own use < losses J domestic supply J transfers. Statistical differthe indiidual components of supply are often deried from different data sources b3urthermore6 the inclusion of chan!es in some lar!e consumersQ stocks in the suppldistortions which also contribute to the statistical differences.

ransformation processes comprises the conersion of primary forms of ener!y to s

transformation e.!. cokin! coal to coke6 crude oil to oil products6 and fuel oil to elec

0efers to plants which are desi!ned to produce electricity only. f one or more unitsinputs and outputs can not be distin!uished on a unit basis5 then the whole plant isactiity producers !enerate electricity for sale to third parties6 as their primary actiitowned. (ote that the sale need not take place throu!h the public !rid.

0efers to plants which are desi!ned to produce electricity only. f one or more unitsinputs and outputs can not be distin!uished on a unit basis5 then the whole plant is&utoproducer undertakin!s !enerate electricity wholly or partly for their own use asprimary actiity. hey may be priately or publicly owned.

0efers to plants which are desi!ned to produce both heat and electricity sometimepower stations5. f possible6 fuel inputs and electricityFheat outputs are on a unit basiIoweer6 if data are not aailable on a unit basis6 the conention for definin! a CI@adopted. Aain actiity producers !enerate electricity andFor heat for sale to third parmay be priately or publicly owned. (ote that the sale need not take place throu!h t

0efers to plants which are desi!ned to produce both heat and electricity sometimepower stations5. f possible6 fuel inputs and electricityFheat outputs are on a unit basiIoweer6 if data are not aailable on a unit basis6 the conention for definin! a CI@adopted. (ote that for autoproducer CI@ plants6 all fuel inputs to electricity productionly the part of fuel inputs to heat sold is shown. 3uel inputs for the production of heautoproducerQs establishment are not included here but are included with fi!ures forthe appropriate consumin! sector. &utoproducer undertakin!s !enerate electricity a

own use as an actiity which supports their primary actiity. hey may be priately o

0efers to plants includin! heat pumps and electric boilers5 desi!ned to produce heparty e.!. residential6 commercial or industrial consumers5 under the proisions of!enerate heat for sale to third parties6 as their primary actiity. hey may be priatelsale need not take place throu!h the public !rid.

0efers to plants includin! heat pumps and electric boilers5 desi!ned to produce heparty e.!. residential6 commercial or industrial consumers5 under the proisions ofundertakin!s !enerate heat6 wholly or partly for their own use as an actiity which smay be priately or publicly owned.


23/214

ncludes electric boilers used to produce heat.

ncludes heat from chemical processes that is used to !enerate electricity.

ncludes the manufacture of patent fuels.

ncludes the manufacture of coke and coke oen !as.

ncludes the manufacture of town !as.

ncludes the manufacture of %H%.

ncludes the manufacture of finished oil products.

ncludes coal6 oil and tar sands used to produce synthetic oil.

ncludes other !ases that are blended with natural !as.

ncludes the transformation of solid biofuels into charcoal.

ncludes other nonspecified transformation.

e and losses

ncludes heat produced by heat pumps in the transformation sector. Ieat pumps thresidential sector where the heat is not sold are not considered a transformation prothe electricity consumption would appear as residential use.

ncludes the production of recoered !ases e.!. blast furnace !as and o/y!en steelpi!iron from iron ore in blast furnaces uses fuels for supportin! the blast furnace chcarbon for the reduction of the iron ore. &ccountin! for the calorific content of the fucomple/ matter as transformation into blast furnace !as5 and consumption heat ofSome carbon is also retained in the pi!ironL almost all of this reappears later in the

conerter !as5 when the pi!iron is conerted to steel. n the 12F19 annual uewere asked for the first time to report in transformation processes the uantities of ain>ection R@C coal6 coke oen coke6 natural !as and oil5 enterin! blast furnaces anand o/y!en steel furnace !as produced. he Secretariat then needed to split these iconsumption components. he transformation component is shown in the row blastfor the fuel6 and the consumption component is shown in the row iron and steel6 in the Secretariat decided to assume a transformation efficiency such that the carbonshould eual the carbon output. his is rou!hly euialent to assumin! an ener!y tr

Coers backflows returned from the petrochemical industry. (ote that backflows frononener!y purposes i.e. white spirit and lubricants5 are not included here6 but in n

ncludes natural !as used as feedstock for the conersion to liuids6 e.!. the uantitiproduct process for transformation into methanol.

)ner!y industry own use coers the amount of fuels used by the ener!y producin! iand operation of all euipment used in the e/traction process6 for traction and for diconsumed by ener!y industries for heatin!6 pumpin!6 traction and li!htin! purposesand 9E6 #roup 71 and Classes 7?2 and 7G21.

0epresents the ener!y which is used directly within the coal industry for hard coal aburned in pithead power stations included under electricity plants in the transformatminers and their families considered as part of household consumption and therefo


24/214

0epresents the ener!y which is used for oil and !as e/traction. 3lared !as is not inc

0epresents the ener!y used in patent fuel plants.

0epresents the ener!y used in coke oens.

0epresents the ener!y which is used in !as works.

0epresents own consumption of bio!as necessary to support temperatures needed

0epresents the ener!y which is used in blast furnaces.

0epresents the ener!y used in %H% plants.

0epresents the ener!y used in oil refineries.

0epresents the ener!y used in coal liuefaction plants.

0epresents the ener!y used in '(# and re!asification plants.

0epresents the ener!y used in !astoliuids plants.

0epresents the ener!y used in main actiity producer electricity6 CI@ and heat plan

0epresents electricity consumed in hydroelectric plants for pumped stora!e.

0epresents the ener!y used in the nuclear industry.

0epresents the ener!y used in charcoal production plants.

0epresents use in nonspecified ener!y industries.

'osses in ener!y distribution6 transmission and transport.

RSC 0e. 4 #roup 241 and Class 2491

RSC 0e. 4 Diisions 27 and 21 )/cludin! petrochemical feedstocks.

RSC 0e. 4 #roup 242 and Class 2492 %asic industries.

RSC 0e. 4 Diision 29 Such as !lass6 ceramic6 cement6 etc.

RSC 0e. 4 Diisions 2 and 97

RSC 0e. 4 Diisions 2E to 2? 3abricated metal products6 machinery and euipme

RSC 0e. 4 Diisions 7G and 7? and #roup 7 Ainin! e/cludin! fuels5 and uar

RSC 0e. 4 Diisions 17 to 12

RSC 0e. 4 Diisions 1G and 1?

)ual to the sum of the consumption in the enduse sectors. )ner!y used for transfuse of the ener!y producin! industries is e/cluded. 3inal consumption reflects for thconsumers see note on stock chan!es5. %ackflows from the petrochemical industryconsumption see from other sources under supply and petrochemical plants in tran

ndustry consumption is specified as follows: ener!y used for transport by industry iunder transport5:


25/214

RSC 0e. 4 Diision 1 Kood and wood products other than pulp and paper.

RSC 0e. 4 Diision 41 to 49

RSC 0e. 4 Diisions 19 to 1E

ncludes uantities used in rail traffic6 includin! industrial railways.

ncludes residential6 commercialFpublic serices6 a!ricultureFforestry6 fishin! and non

RSC 0e. 4 Diisions 226 91 and 92 &ny manufacturin! industry not included abo

difficulties supplyin! an industrial breakdown for all fuels. n these cases6 the nonspused. 0e!ional a!!re!ates of industrial consumption should therefore be used with

Consumption in transport coers all transport actiity in mobile en!ines5 re!ardlessis contributin! RSC 0e. 4 Diisions 4 to E16 and is specified as follows:

ncludes delieries of aiation fuels to aircraft for domestic aiation commercial6 priuse for purposes other than flyin!6 e.!. bench testin! of en!ines6 but not airline usedomesticFinternational split should be determined on the basis of departure and lannationality of the airline. (ote that this may include >ourneys of considerable len!the.!. San 3rancisco to Ionolulu5. 3or many countries this incorrectly includes fuel ufor outbound international traffic.

ncludes fuels used in road ehicles as well as a!ricultural and industrial hi!hway usas well as motor !asoline used in stationary en!ines and diesel oil for use in tractor

ncludes ener!y used in the support and operation of pipelines transportin! !ases6commodities6 includin! the ener!y used for pump stations and maintenance of the pdistribution of natural or manufactured !as6 hot water or steam SC 0e. 4 Diisionusers is e/cluded and should be reported in ener!y industry own use6 while the enewater SC 0e. 4 Diision 95 to household6 industrial6 commercial and other userscommercialFpublic serices. 'osses occurrin! durin! the transport between distribut

reported as losses.

ncludes fuels deliered to essels of all fla!s not en!a!ed in international nai!atiobunkers5. he domesticFinternational split should be determined on the basis of portand not by the fla! or nationality of the ship. (ote that this may include >ourneys of cports in a country e.!. San 3rancisco to Ionolulu5. 3uel used for ocean6 coastal anconsumption are e/cluded.

ncludes all transport not elsewhere specified. (ote: nternational marine bunkers aare shown in supply and are not included in the transport sector as part of final cons

ncludes consumption by households6 e/cludin! fuels used for transport. ncludes hRSC 0e. 4 Diision G which is a small part of total residential consumption.

RSC 0e. 4 Diisions 996 996 4E4G6 E26 E96 EEE6 E?6 ?GE6 GG?26 ?4 e/cland

ncludes delieries to users classified as a!riculture6 huntin! and forestry by the Sconsumed by such users whether for traction e/cludin! a!ricultural hi!hway use56 pdomestic5 RSC 0e. 4 Diisions 71 and 72.


26/214

(onener!y in industry6 transformation processes and ener!y industry own use.

(onener!y use in transport.

(onener!y use in N-ther SectorsO.

putShows the total number of #Kh !enerated by power plants separated into electricit

Shows the total amount of 8 !enerated by power plants separated into CI@ plants

ncludes fuels used for inland6 coastal and deepsea fishin!. 3ishin! coers fuels dehae refuelled in the country includin! international fishin!5 as well as ener!y usedDiision 79. @rior to 277G edition6 fishin! was included with a!ricultureFforestry andfor some countries.

ncludes all fuel use not elsewhere specified as well as consumption in the aboedseparate fi!ures hae not been proided. Ailitary fuel use for all mobile and stationae.!. ships6 aircraft6 road and ener!y used in liin! uarters5 re!ardless of whether tof that country or for the military of another country.

(onener!y use coers those fuels that are used as raw materials in the different sefuel or transformed into another fuel. (onener!y use is shown separately in final coener!y use.

he petrochemical industry includes crackin! and reformin! processes for the purppropylene6 butylene6 synthesis !as6 aromatics6 butadene and other hydrocarbonbasuch as steam crackin!6 aromatics plants and steam reformin! Rpart of SC 0e. 4


27/214

erally less than 17B olatileis !reater than 29 ?E k8Fk! E G77

to support a blast furnace char!e.ut moist basis.

ludes all bituminous coal that istiely hi!h carbon content less

kcalFk!5 on an ashfree but moist

calFk!5 and 29 ?E k8Fk!e basis.

8Fk! 4 1E kcalFk!56 and !reaterproduced and combusted directlyrmation processes are alsoale oil and other products deriedons5.

of a bindin! a!ent. he amount ofsumed in the transformationis included under other ener!y


28/214

r the production of iron and steel.

lly cokin! coal6 at hi!hd mainly in the iron and steela solid product obtained from theiteFbrown coal56 coke bree=e and

cokin! plants themseles.t furnace !as. o obtain the total

d into blast furnace !as hae to

rks. #as coke is used for heatin!as works.

uid byproduct of the distillation oferent or!anic products e.!.

the petrochemical industry.

hi!h pressure. hese fi!ures

ry own use includes consumption

ose main purpose is theation includin! !as produced byment with oil products5 and by

iron and steel industry. t isprocesses or in power stations

o/y!en furnace and is recoered!as or %-S !as.

n !as6 blast furnace !as and

t ori!in with hi!h water content upner!y purposes is not included.

inde/d associated impurities6 such ase and its physical characteristicsparator liuids5 which arecommercial crude oil stream.

ion and stabilisation of natural !as.6 field facilities6 or !as processin!l !asoline and condensate.


29/214

un fuel oil or acuum !as oil5 otherandFor finished products. his

ned from the petrochemical

dify its properties6 for e/ample6 toutyl ether5 and chemical alloyssel and ethanol are not includedil nformation publication.

ineral oils e/tracted fromuefaction6 are included here.

inde/

oil or treatment of oil productsfins. t also includes !ases whichs production. -wn consumption is

araffinic !as which is e/tracted

eried from refinery processes6C9I?5 and butane C4I175 or aisobutylene. '@# are normally

s motor ehicles6 e/cludin!land based spark i!nition en!ines.

lead compounds such as )'id biofuel or ethanol blended with

the -il nformation publication.

an octane number suited to the7oC and 1?7oC.

wer units6 which distil betweenthas in such a way that theen 19.G k@a and 27. k@a.

has the same distillationrally aboe 2E7oC5. n addition6 itternational &ir ransport

tion fuels5 comprises refineda medium oil distillin! between


30/214

from atmospheric distillation ofom atmospheric distillation.din! on uses: diesel oil for dieselmmercial uses6 and other !as oil

as petrochemical feedstocks.uid biofuels.

l oils6 includin! those obtained byboe E7oC and the density is

manufacture or aromaticsry. (aphtha comprises materialimport of naphtha6 and then shownspondin! finished product e.!.

thaFkerosene ran!e. Khite Spirit

irit S%@5 comprises li!ht oilse and 7B olume distillationarrower cut than motor spirit.cut in the distillation ran!e defined

d to reduce friction betweenindle oil to cylinder oil6 and those

s brown to black in colour. t isoil. %itumen is often referred to as

e!ory includes fluidised and cut

acted when dewa/in! lubricant!rade. heir main characteristicsEoC.

carbonisin! of petroleum deriedr fluid cokin!. t consists mainly ofns for the steel industry6 foro most important ualities aresited on the catalyst durin!l.

re. his cate!ory also includesoduced within refineries.

inde/


31/214

iesels.

and wastes is not aailable.

or !aseous6 consistin! mainly ofhydrocarbons in !aseous form6

ered from coal mines collieryduction within national boundaries6' and sulphur. t includes !asas that are rein>ected6 ented or

inde/

res5 combusted directly6 usually inincluded here6 but with solid

dFor power and comprises wastesby local authorities for

renewable.

dFor power and comprises wastesby local authorities for

renewable.

ted into other forms beforeess or proided directly by forestryalso known as black liuor6 animal

ification of solid biomass includin!ipally of methane and carbonrobic fermentation. %io!ases can

nd are mi/tures containin!ents. hese !ases may be furtherstitute natural !as. %io!ases are

adable fraction of waste56waste56 bio)%) ethyltertio

%) that is calculated as biofuel isthe percenta!e by olume oft are blended into the !asoline it

of diesel uality56 biodimethyletherom biomass56 cold pressed biooilbiofuels which are added to6at are blended into the diesel it

inde/


32/214

tricity in hydroelectric plants.

in wind turbines.

ust6 usually in the form of hot water

eneration6 by:the seasonal heatin! of swimmin!

buildin!s is not included.

nt6 wae motion or ocean current

he amount of heat that is sold to

! to the amount of heat that is sold

input ener!y6 such as a chemicalheat ori!inatin! from ener!y

the heat produced from the

tionL it therefore includes thete!ral parts of the station. hentional thermal stations6 1B forro stations includes production

plants6 as well as heat sold byof heat for sale are included inels for heat which is not sold is

inde/

lculated after any operation for

n of secondary oil productsthe output from coke oens6 !as


33/214

les are listed under inputs fromch as hydro!en6 synthetic crude oil

sand6 etc.5L under addities:backflows from the petrochemical

6 recuperated coal dust and otherh they are obtainedL under !as

s i.e. !as works !as produced

hether or not customs clearancer countries6 whether or not there is

not be included. 3or oil andements i.e. refinin! on account5

are reported as comin! from thee country of last consi!nment.ional territorial boundaries of theas both an import and an e/port.

hether or not customs clearanceuntries6 whether or not there is ant be included. 3or oil and naturali.e. refinin! on account5 ares an e/port of product from thes e/ported when they haetransited throu!h a country6 the

al nai!ation. he internationalters. Consumption by shipsrmined on the basis of port ofion by fishin! essels and bycified.

y airlines for their road ehicles arearture and landin! locations andused by domestically owned

closin! leels on the last day ofmation industries and lar!e

itie number.

ports international marine

ternational marine bunkers


34/214

ts. nterproduct transfers resultecause they are blended intolatter in order to meet its wintersferred is intended for oil productsdin! in a refinery is transferred tond time throu!h the marketin!

hich are reprocessed5.

ation processes and consumptionences arise because the data forthe national administration.

y part of the balance introduces

inde/

econdary and further

tricity5.

f the plant is a CI@ unit and theesi!nated as a CI@ plant. Aain. hey may be priately or publicly

f the plant is a CI@ unit and theesi!nated as a CI@ plant.n actiity which supports their

referred to as co!enerationis rather than on a plant basis.plant noted aboe should be

ties6 as their primary actiity. heyhe public !rid.

referred to as co!enerationis rather than on a plant basis.plant noted aboe should be

on are taken into account6 whileat consumed within thethe final consumption of fuels indFor heat6 wholly or partly for their

r publicly owned.

t only and who sell heat to a thirdcontract. Aain actiity producersor publicly owned. (ote that the

t only and who sell heat to a thirdcontract. &utoproducerpports their primary actiity. hey


35/214

t are operated within thecess and are not included here J

l furnace !as5. he production ofar!e and proidin! heat andls enterin! the process is acombustion5 occur simultaneously./y!en steel furnace !as or

tionnaires6 Aember Countriesll fuels e.!. pulerised coalthe uantity of blast furnace !as

inputs into the transformation andfurnaces in the column appropriatee column appropriate for the fuel.input into the blast furnacesnsformation efficiency of 47B.

oil products that are used fornener!y use.

ies of fuel enterin! the methanol

inde/

ndustries e.!. for heatin!6 li!htin!tribution5. t includes ener!yRSC 0e. 4 Diisions 7E6 76 1

d li!nite minin!. t e/cludes coalion sector5 and free allocations tore included under residential5.


36/214

luded.

for anaerobic fermentation.

ts.

t other than transport euipment.

yin!.

inde/

rmation processes and for owne most part delieries toare not included in final

sformation processes5.

s not included here but is reported


37/214

specified other5.

. (ote: Aost countries hae

ecified industry row has beencaution.

of the economic sector to which it

ate6 a!ricultural6 etc. t includesof fuel for road transport. hein! locations and not by theetween two airports in a countryed by domestically owned carriers

e. )/cludes military consumptionthat are not for hi!hway use.

liuids6 slurries and otheripeline. )ner!y for the pipeline9E5 from the distributor to f inal

r!y used for the final distribution ofshould be included inr and final users should be

see international marineof departure and port of arrialonsiderable len!th between twoinland fishin! and military

d nternational aiation bunkersumption.

useholds with employed persons

udin! Class ?42256 ?E??6 7

6 and therefore includes ener!yower or heatin! a!ricultural and


38/214

plants and CI@ plants.

and heat plants.

liered to ships of all fla!s thatin the fishin! industry RSC 0e. 4this may continue to be the case

si!nated cate!ories for whichry consumption is included heree fuel deliered is for the military

ctors and are not consumed as ansumption under the headin! non

se of producin! ethylene6ed raw materials in processesroup 271.

inde/


39/214

E)ceptions

E)ception ountr/

1 #)0A&(Y6 #0))C)6 0H)Y

1 #)0A&(Y6 #0))C)6 0H)Y

2 ()D H(#D-A

2 ()D H(#D-A

9 #)0A&(Y

9 #)0A&(Y

4 S'-T&H 0)@%'C6 3('&(D6 @-'&(D

4 S'-T&H 0)@%'C

4 3('&(D6 @-'&(DE CU)CI 0)@%'C6 D)(A&0H6 3('&(D6 &'Y6 (-0K&Y6 S'-T&H 0)@%'C6

E CU)CI 0)@%'C6 D)(A&0H6 3('&(D6 &'Y6 (-0K&Y6 S'-T&H 0)@%'C6





SK)D)(

SK)D)(

G 'I&(&6 H0&()

G 'I&(&6 H0&()

? @)-@')QS 0)@%'C -3 CI(&

? @)-@')QS 0)@%'C -3 CI(&

? @)-@')QS 0)@%'C -3 CI(&

? @)-@')QS 0)@%'C -3 CI(&

? @)-@')QS 0)@%'C -3 CI(&

? @)-@')QS 0)@%'C -3 CI(&

S-I &30C&

S-I &30C&

he countryspecific e/ceptions listed in the ")/ceptions" worksheet are automatically copied to tnecessary. his worksheet should not be modified6 it is made aailable for information. Khen "Di

modified their font color is chan!ed to red.

Aenu


40/214

roduct ell +efault %ew

'#()6 %H% VV91 ;T'--H@V%9160awData6V63&'S)5WT'-- ;T'--H

'#()6 )%H% VV4 ;T'--H@V%460awData6V63&'S)5WT'-- ;T'--H

C-H)-T#S6 C-H)-TS V@V2G ;SAT'--H@V%G60awData6@V63&'S)56T';SAT'

C-H)-T#S6 (-(S@)C V@V9G ;T'--H@V%9G60awData6@V63&'S)5WT'--;SAT'

(-(C0D)6 C-&''+ VYV99 ;T'--H@"-SC-&'"60awData6YV63&'S)5 ;T'--H

(-(C0D)6 C-H)-TS VYV2G ;T'--H@V%2G60awData6YV63&'S)5WT'--;T'--H

(-(C0D)6 #' VYV94 ;T'--H@"-S(&S"60awData6YV63&'S ;T'--H

(-(C0D)6 (-(S@)C VYV9G ;T'--H@"-S(-(S@)C"60awData6YV63&' ;T'--H

(-(C0D)6 0)3()0 VYV92 ;T'--H@V%9260awData6YV63&'S)5WT'--;SAT'-I)06 A&()')C V%V1G ;T'--H@")'A&()"60awData6%V63&'S)5 7

-I)06 &-)')C V%V1? ;T'--H@")'&-)"60awData6%V63&'S)5 7

-I)06 A&(CI@ V%V1 ;T'--H@")'A&(C"60awData6%V63&'S)5 7

-I)06 &-CI@ V%V27 ;T'--H@")'&-C"60awData6%V63&'S) 7

-I)06 A&(I)& V%V21 ;T'--H@"I)A&(I"60awData6%V63&'S)5 7

-I)06 &-I)& V%V22 ;T'--H@"I)&-I"60awData6%V63&'S) 7

I)&6 I)& V%HV29 ;T'--H@V%2960awData6A&CI")')C0"6 ;T'--H

I)&6 (D@0-D V%HVG ;T'--H@"I)&-"60awData6A&CI"I) ;T'--H

&DDT) V*VG ;SAT'--H@V%G60awData6*V63&'S)56T' ;SAT'

&DDT) V*V94 ;T'--H@V%9460awData63V63&'S)5WT'-- ;T'--H

C-HC-&'6 #&SKHS V3V2? ;T'--H@V%2?60awData63V63&'S)5WT'-- ;T'--H

%C-&'6 #&SKHS V#V2? ;T'--H@V%2?60awData6#V63&'S)5WT'--;T'--H

-T)(C-H)6 #&SKHS VHV2? ;T'--H@V%2?60awData6HV63&'S)5WT'--;T'--H

C-HC-&'6 )#&SKHS V3V49 ;T'--H@V%4960awData63V63&'S)5WT'-- ;T'--H

%C-&'6 )#&SKHS V#V49 ;T'--H@V%4960awData6#V63&'S)5WT'--;T'--H

-T)(C-H)6 )#&SKHS VHV49 ;T'--H@V%4960awData6HV63&'S)5WT'--;T'--H

%C-&'6 C-&''+ V#V99 ;T'--H@V%9960awData6#V63&'S)5WT'--;T'--H

%C-&'6 )C-&''+ V#V4? ;T'--H@V%4?60awData6#V63&'S)5WT'--;T'--H

he disa!!re!ated balance whensa!!re!ated %alance" cells are


41/214

@V%9160awData6V63&'S)5WT'--H@VE6Conersion3actors6A&CI"((D"6C3Ieadin!s67563&'

@V%460awData6V63&'S)5WT'--H@VE6Conersion3actors6A&CI"((D"6C3Ieadin!s67563&'

-H@V%G60awData6@V63&'S)56T'--H@"-S-'"60awData6@V63&'S)56T'--H@"-S0)()

-H@"-S(&S"60awData6+V63&'S)56T'--H@"-S(-(S@)C"60awData6+V63&'S)56T'

@V%9960awData6YV63&'S)5WT'--H@YVE6Conersion3actors6263&'S)5FA8,per,toe

@"-SC-&'"60awData6YV63&'S)5T'--H@V%2G60awData6YV63&'S)55WT'--H@YVE6Cone

@V%9460awData6YV63&'S)5WT'--H@YVE6Conersion3actors6263&'S)5FA8,per,toe

@"-S(&S"60awData6YV63&'S)5T'--H@V%9G60awData6YV63&'S)55WT'--H@YVE6Co

-H@"-S(&S"60awData6&8V63&'S)56T'--H@V%9260awData6&8V63&'S)55WT'--H@

@"I)&-"60awData6A&CI"I)&@A@"60awDataIeadin!s67563&'S)5W7.729??T'--H@"

@"I)&-"60awData6A&CI"I)&@A@"60awDataIeadin!s67563&'S)5W7.729??T'--H@"

-H@V%G60awData6*V63&'S)56T'--H@"-SC-&'"60awData6*V63&'S)56T'--H@"-S-'"

@"-S(&S"60awData6*V63&'S)5WT'--H@*VE6Conersion3actors6VDG63&'S)5FA8,per,toe

@V%2?60awData63V63&'S)5WT'--H@3VE6Conersion3actors6A&CI"(%'&S"6C3Ieadin!s67

@V%2?60awData6#V63&'S)5WT'--H@#VE6Conersion3actors6A&CI"(%'&S"6C3Ieadin!s67

@V%2?60awData6HV63&'S)5WT'--H@HVE6Conersion3actors6A&CI"(%'&S"6C3Ieadin!s67

@V%4960awData63V63&'S)5WT'--H@3VE6Conersion3actors6A&CI"(%'&S"6C3Ieadin!s67

@V%4960awData6#V63&'S)5WT'--H@#VE6Conersion3actors6A&CI"(%'&S"6C3Ieadin!s67

@V%4960awData6HV63&'S)5WT'--H@HVE6Conersion3actors6A&CI"(%'&S"6C3Ieadin!s67

@V%9960awData6#V63&'S)5W7.4?

@V%4?60awData6#V63&'S)5W7.4?


42/214

S)5FA8,per,toe

S)5FA8,per,toe

"60awData6@V63&'S)56T'--H@V%2G60awData6+V63&'S)55WT'--H@+VE6Conersion3acto

-H@V%9G60awData6+V63&'S)55WT'--H@+VE6Conersion3actors6263&'S)5

rsion3actors6263&'S)5FA8,per,toe

ersion3actors6263&'S)5FA8,per,toe

8VE6Conersion3actors6263&'S)5FA8,per,toe

I)&"60awData6A&CI")')C0"60awDataIeadin!s67563&'S)5W7.7?5W7.21


43/214

rs6263&'S)5

0awData6A&CI")')C0"60awDataIeadin!s67563&'S)5W7.7?

"60awData6A&CI"CI)AI)&"60awDataIeadin!s67563&'S)5W7.729??

awData6*V63&'S)55WT'--H@*VE6Conersion3actors6VDG63&'S)5FA8,per,toe


44/214


45/214


46/214

)rr:E72)rr:E72

)rr:E72

)rr:E72

)rr:E72

)rr:E72


47/214

7

X(F&


48/214

oal (t$

Statisland 2010

142 126?? 19677 47677 ?62E2 7 26G91 7

7 7 7 7 7 7 7 7

7 7 77 7 7

7 7 77 7 7

7 7 7 7 7 7 7 7

7 12E629? 19692 7 7 7 7 7

7 7 7 7 7 7 7 7

142 1694? 26E74 6? 7 7 997 7

0 ",402 25,642 "",502 78,292 0 ",071 0

7 7 24 7 16?9 7 7 70 ",402 28,040 "0,677 77,"86 0 2,611 0

7 7 2G699 2?69?2 4647 7 7 7

7 7 7 7 7 7 7 77 7 7 269?4 169? 7 7 7

7 7 7 7 7 7 7 7

7 7 7 7 7 7 7 7

7 7 7 7 7 7 7 7

7 7 7 7 7 7 7 77 96472 7 7 7 7 7 7

7 7 7 7 7 7 7 7

7 7 4G 7 7 7 26G11 7

7 7 7 7 E41 7 7 7

7 7 7 7 7 7 7 7

7 7 7 7 7 7 7 7

7 7 7 7 7 7 7 70 0 0 0 0 0 0 0

7 7 7 7 7 7 7 7

7 7 7 7 7 7 7 7

7 7 7 7 7 7 7 7

7 7 7 7 7 7 7 7

7 7 7 7 7 7 7 7

7 7 7 7 7 7 7 7

7 7 7 7 7 7 7 7

7 7 7 7 7 7 7 7

7 7 7 7 7 7 7 7

7 7 7 7 7 7 7 77 7 7 7 7 7 7 7

0 0 81" ",1"7 2 0 "90 0

0 0 685 2,596 2 0 "90 0

7 7 1G 7 7 7 E4 77 7 G? 7 7 7 97 7

7 7 922 261G4 7 7 24G 7

7 7 7 1?7 2 7 17 7

7 7 7 7 7 7 7 7

Anthracite oin oal ther Bi tumino Su;:Bi tuminous !ini te atent -uel oe #en oe as oe

roductionrom other sources coal

rom other sources natural !as

rom other sources oil products

rom other sources renewablesrom other sources nonspecified

mports

/ports

ternational marine bunkersternational aiation bunkers

tock chan!es

omestic suppl/

ransfers

tatistical differences

ransformation rocesses

ain actiity producer electricity plantsutoproducer electricity plants

ain actiity producer CI@ plants

utoproducer CI@ plants

ain actiity producer heat plantsutoproducer heat plants

eat pumps

lectric boilershemical heat for electricity production

atent fuel plants

oke oens

as workslast furnaces

etrochemical plants

H% plants

il refineriesoal liuefaction plants

astoliuids #'5 plants

or blended natural !asharcoal production plants

onspecified transformation5

ner/ industr/ own use

oal minesil and !as e/traction

atent fuel plants

oke oens

as worksasification plants for bio!ases

last furnaces

H% plantsil refineries

oal liuefaction plants

uefaction '(#5 F re!asification plants

astoliuids #'5 plantswn use in electricity6 CI@ and heat plants

sed for pumped stora!e

uclear industry

harcoal production plantsonspecified ener!y5

osses

inal consumption

ndustr/

on and steel

hemical and petrochemical

onferrous metalsonmetallic minerals

ransport euipment


49/214

Statisland 2010

@roduction3rom other sources coal

3rom other sources natural !as

3rom other sources oil products

3rom other sources renewables3rom other sources nonspecified

mports

)/ports

nternational marine bunkersnternational aiation bunkers

Stock chan!es

+omestic suppl/

ransfers

Statistical differences

ransformation rocesses

Aain actiity producer electricity plants&utoproducer electricity plants

Aain actiity producer CI@ plants

&utoproducer CI@ plants

Aain actiity producer heat plants&utoproducer heat plants

Ieat pumps

)lectric boilersChemical heat for electricity production

@atent fuel plants

Coke oens

#as works%last furnaces

@etrochemical plants

%H% plants

-il refineriesCoal liuefaction plants

#astoliuids #'5 plants

3or blended natural !asCharcoal production plants

(onspecified transformation5

Ener/ industr/ own use

Coal mines-il and !as e/traction

@atent fuel plants

Coke oens

#as works#asification plants for bio!ases

%last furnaces

%H% plants-il refineries

Coal liuefaction plants

'iuefaction '(#5 F re!asification plants

#astoliuids #'5 plants-wn use in electricity6 CI@ and heat plants

sed for pumped stora!e

(uclear industry

Charcoal production plants(onspecified ener!y5

'osses

-inal consumption

*ndustr/

ron and steel

Chemical and petrochemical

(onferrous metals(onmetallic minerals

ransport euipment

4G9 247 7

7

7

77

G? ?7 7

7 9? 7

7 7 7

7 77 11 7

1,261 25" 0

7 221

7 7 70 0 0

7 7 7

7 7 77 7 7

7 7 7

7 7 7

7 7 7

7 77 7 7

7 7 7

7 7 77 7

7

7 7

7 7 746" 0 0

7 7 7

7 7 7

7 7 7

7 7 7

7 7 7

4G9 7 7

7

77 7 7

7 7 77 7 7

658 914 0

0 0 0

7 7 77 7 7

7 7 7

7 7 7

7 7 7

%atural as (3:etroleum oe %on:specified il ndustria


50/214

Conersion fa

on#ersion factors

Statisland 2010 &era!e (CT @roduction -ther Sources mports )/ports Coke -ens

&nthracite not used 7 7 7 7 7

Cokin! Coal not used 2?6E77 2?6E77 2?6777 2?6E77 2?6E77

-ther %ituminous Coal not used 2?6G4 2?6G4 2?6G4 2?6G4 2?6G4

Sub%ituminous Coal not used 276?EG 276?EG 276?EG 276?EG 276?EG'i!nite not used 6917 6917 6917 6917 6917

@atent 3uel not used 2697? 2697? 2697? 2697? 2697?

Coke -en Coke not used 2E6E7 2E6E7 2E6E7 2E6E7 2E6E7

#as Coke not used 2E6E9 2E6E9 2E6E9 2E6E9 2E6E9

Coal ar not used 9E6G14 9E6G14 9?6E1 9?6E1 9?6E1

%H%F@eat %riuettes not used 216E1 216E1 216E1 216E1 216E1@eat not used 6G7 6G7 6G7 6G7 6G7

Crude -il 4962?2 496?E not used 426EE 496?E

(atural #as 'iuids 4E6417 4E6417 not used 4G6127 46EE7

0efinery 3eedstocks 4962?2 7 not used 4962?2 4962?2

&dditiesF%lendin! Comp 7 7 not used 7 7

-ther Iydrocarbons 7 7 not used 7 7

0efinery #as 4?6177

)thane 46477'iuefied @etroleum #ases 4G6977

Aotor #asoline 446?77

&iation #asoline 446?77#asoline ype 8et 3uel 446?77

Herosene ype 8et 3uel 44677

Herosene 496?77

#asFDiesel -il 496977

3uel -il 476277

(aphtha 4E6777

Khite Spirit 496777'ubricants 426777

%itumen 96777

@araffin Ka/es 476777

@etroleum Coke 926777

(onspecified -il @roducts 476777%io!asoline 7

%iodiesels 7

-ther 'iuid %iofuels 2677

Charcoal 7

ther on#ersion -actors toeF8

#as Korks #as 7.7214 7. 1 tera>oule ; 7.729?? ktoe

Coke -en #as 7.7214 7.

%last 3urnace #as 7.729?? 1.7-ther 0ecoered #ases 7.729?? 1.7

(atural #as 7.7214 7.

!ross to netratio

hese !ases are reported in the "Data in physical units" workshee!ross calorific alue.

o calculate the net heat content of a !as from its !ross heat contemultiplied by the appropriate factor.

Aenu


51/214

+isareated ;alance

Statisland 2010 (toe$

??64?4.24 1126E19.17

?E62E7.? 96G?7.9

71.E7 16G22.7?

: 2,""1.88 20,494.99

1.17 11.9

: :2,"19.68 :15,284.0"

1?6?9.7G

2691E.G?

444.

: : :

Anthracite oin oal ther Bitumin

@roduction

mports

)/ports

nternational marine bunkers

nternational aiation bunkers

Stock chan!es

+omestic suppl/

ransfers


ransformation processes

Aain actiity producer electricity plants

&utoproducer electricity plants



Aain actiity producer heat plants

&utoproducer heat plants

Ieat pumps

)lectric boilers

Chemical heat for electricity production

@atent fuel plants

Coke oens

#as works%last furnaces

@etrochemical plants

%H% plants

-il refineries



3or blended natural !as

Charcoal production plants

(onspecified transformation processes5

Ener/ industr/ own use

Coal mines

-il and !as e/traction

@atent fuel plants

Coke oens

#as works

#asification plants for bio!as

%last furnaces

%H% plants

-il refineries


'iuefaction '(#5 F re!asification plants


-wn use in electricity6 CI@ and heat plantssed for pumped stora!e

Aenu


52/214

: : 995.1"

: : 942.72 11.

E9.4

221.4E

244.1E

11.

: : :

: : 17.91

1.E1

: : :

: : 69,200.00

)lec outputmain actiity producer ele plants GE6277.77

)lec outputautoproducer electricity plants

)lec outputmain actiity producer CI@ plants )lec outputautoproducer CI@ plants

Ieat outputmain actiity producer CI@ plants

Ieat outputautoproducer CI@ plants

Ieat outputmain actiity producer heat plant

Ieat outputautoproducer heat plants

: : :

Aemo: !as ented

Aemo: !as flared

Efficiencies

Aain actiity producer electricity plants 94.99B

&utoproducer electricity plants Aain actiity producer CI@ plants

(uclear industry

Charcoal production plants

(onspecified ener!y industries5

'osses

-inal consumption

*ndustr/ron and steel


(onferrous metals

(onmetallic minerals

ransport euipment

Aachinery

Ainin! and uarryin!

3ood and tobacco

@aper6 pulp and print

Kood and wood products

Construction

e/tile and leather(onspecified industry5

ransport

0oad

Domestic aiation

0ail

@ipeline transport

Domestic nai!ation

(onspecified transport5

ther

0esidential

Commercial and public serices&!ricultureFforestry

3ishin!

(onspecified other5

%on:ener/ use

(onener!y use industryFtransformationFener!y

(onener!y use in transport

(onener!y use in other

Aemo: feedstock use in petchemical industry

Elect. output in 'h

@eat output in 3


53/214

&utoproducer CI@ plants Aain actiity producer heat plants &utoproducer heat plants


54/214

2769G4.G? 1E61G.?

964?.19 272.1G

17,888.79 19,167.85 : 202.16 : :

??.27

:19,"27.42 :19,874.79 : 12.29 : 195.91

14619?.?7 1E6412.4

161?G.2 991.47

16G9.12 1E.E1

167.?G

127.97

: : : : : :11.05

11.7

Su;:Bitumino !inite atent -uel oe #en o as oe oal ar


55/214

1,972.2" 0.44 : 214.42 : 148.42

1,46".07 0.44 : 214.42 : 148.42 99.7?

1?.9? 19G.94

167?9.77 1E1.92 11.7

?.G 7.44 .19

177.9 E.E1

1.G

85.16 : : : : :

?.1G

: : : : : :

: : : : : :

78,220.00 98,472.00 : : : :

46277.77 E64E.77

46727.77 16E1G.77

: : : : : :

9.7EB 91.GGB

2.11B 9.9GB


56/214


57/214

: : : : : :

1.7E 7.41 G.4 2.94

42.46 71.90 90".8" "91.42 : :

21.E7 971.92

1E.?

E79.?9

1.E7 ?.E

9.

: :0."6 :179."0 :"15.50 : :

47.?G 1?7.1E

7.9G

?7.4? 19.GE

49.E

B as 'ors a oe #en a Blast -urnace ther ?eco#er

Elec=@eatutput fromnon:spec.

Manuf. ases


58/214

41.42 71.99 "49.55 "".87 : :

21.90 91.58 "49.55 "".87 : : 91.71 99.22

14.1 E1.?

.2E 7.14

29.G2 7.E7

2.2

4.G2

: : : : : :

15.52 5.97 : : : :

1.7E .17

1?.?G 9.4

: : : : : :

66.00 : : 69.00 : :

GG.77

GE.77

: : : : : :

97.?1B 7.77B

47.?B


59/214


60/214

2961G9.99 2692.G2

1647E.79 4G1.47

196194.1E 16E7.? GGG.47

7. 1E.1? 9E.1E

: 25,909.21 8"9.04 :"41.19 : :

?E.?9 E62G.7E

1649.7 21.G 7.77

: :26,854.25 : :4,599.51 : :

2G6?4.2 46EE.1

: :105.98 : : : :

9.1?

G9.47

eat rude il %atural as !i ?efiner/ -eed Additi#es=Blend ther @/drocar


61/214

: "8.29 : : : :

: "8.29 : : : :

1?.1

?.2G

11.9G

: : : : : :

: : : : : :

: : : : : :

: : : : : :

: : : : : :


62/214


63/214

EE7.1? 961.1?

17.4G 41.G9

1E.?2 4.71 2.14

: : 977.00 2,595.60 :"5.95 :

9GE.21 E99.24

44.4 16E.71 94.24

644.49 : 898.70 1",490.26 65.18 :

12.49

G44.4E ?G1.79 1964E7.2G G.1?

:78".96 :21.24 :94.2" : : :

21.24

?9.EG E1.G

2.2

?efiner/ as Ethane !i>uefied etr Motor asolin A#iation asolasoline /pe


64/214

70.85 "9".56 2,"9".29 14,49".57 6".8" :

70.85 : 279.45 : : : 12.49

7.?

19.E

191.7E

1.E

9E.72

29.G2

27.94

.G?

E.E

: : 1,"97.82 14,"20.21 6".8" :

169EE. 146927.21

G9.?9

1.19

: : 4"4.59 1"".69 : :

91E.27

GG.E 41.?7 199.GE

: "9".56 259.55 : : :

9E9.G 2E.

9E9.G 2E.

: : : : : :

: : : : : :


65/214


66/214

16G7?.G G61G.72 16E92.42

?.4? 912.99 1G1.?G

9.7 G27.12

9612E.4E

9G.2? 9.14 279.G4 2.?? 1.9E .1

:1,94".99 ".14 7,716.87 7"6.99 :15."9 7.17

16721.E? 99.4? E2.E7 971.4 29E.9? 49E.4

4,799.19 70.78 10,058.55 61".40 26".00 68.09

917.2 17.4

1?.2 14.47

1G.2?

46EE.1E 7.? 176E?.E1 ?E4.E4 2G9.77 G?.7E

: :11.91 :889.28 :96.71 : :

?4.7?

9.27 17.E

4G.7E

11.E1


67/214

2,050.0" 18.8" 14,865.06 551.89 18.26 915.78

: 9.2" 2,715.74 845.64 18.26 271.85 44.4G

177.92 14.47

1?.2 1?.2G

9?.2G 17.E 4.11

1.E

16E.7 .G2

2E.? 14.47

1G.2?

11.9?

E.29 44.9E 17.E

1.79 1.2 GG9.? 2EG.G

2,050.0" : 5,8"8."6 1"5.22 : :

?6449.29

2677.79

G?E.

44G.?1 19.22

11.94

: 8."6 2,421.06 2.88 : :

2.?

G.92 E2.41 2.?? 1.7E 16?G.GG

: 9.2" : : : 296.65

E.29 2EG.G

: : 2,126.00 912.00 : :

16477.77 4E?.77

G2G.77 E4.77

: : : : : :

9?.?1B 9E.?B

99.74B 92.24B


68/214


69/214

92?.79 94.22 7.2 G.49

14.4 7.9 9.97

.79 .91 17.E1

150.70 "9".56 : 705.52 90.74 :

211.14

4?.EG 21.91 E.G9

56."1 968.47 9.6" "71.92 225.25 :

G.91 EG?.4 E.G9 91.E2 22.2

: : : :"71.92 : :

91.E2

!u;ricants Bitumen araffin 'a)e etroleum o %on:specified %atural as


70/214

687.46 1,99".64 11.47 705.52 451.06 :

"5".24 667.86 9.6" : : :

GG.?G

99.24 E.G9

: : : : : :

: : : : : :

"5".24 667.86 9.6" 705.52 451.06 :

99.24 GG.?G E.G9 7.2 41.7G

99.9 41.7G

: : : : : "9,894.00

2967E.77

6444.77

26177.77 4624E.77

: : : : : :

-

-


71/214


72/214

2.9G E67E.9 9?G.7

52."6 : : 9,079.5" "86.70 :

: : : :1,18".21 :"86.70 :

491.2G 9G.GE

GE1.9 1.?4

: : : : : :

*ndustrial 'as Municipal 'asMunicipal 'asrimar/ Solid Bioases Bioasoline


73/214

52."6 : : ",882.62 : :

52."6 : : 2,914.77 : :

?.14 21.47

EG.4?

9.22 161.7G

211.E1

299.21

: : : : : :

: : : 1,"78.07 : :

1697.2

G.14

: : : : : :

: : : 1,459.00 1,279.00 :

EGG.77 161?.77

1?.77 G.77

: : : : : :

11.E1B 2?.72B


74/214

17.E7B 2.74B


75/214

harcoal

16199.9? 167E1.1

: : : : 1,1""."8 1,091.71

: : : : :1,1""."8 :1,091.71

16199.9? 167E1.1

: : : : : :

Biodiesels ther !i>uid B%on:specifiedprimar/ ?'

%uclear @/dro


76/214

: : : : : :

: : : : : :

: : : : : :

: : : : : :

: : : : : :

: : : : 4,"45.00 12,228.00

4694.77 12622?.77

: : : : : :

99.77B 177.77B


77/214


78/214

917.44 29.4? 1G.1? 92G.92

"10.44 2".48 156.18 : "26."2 :

:"10.44 :2".48 :0."1 : :"26."2 :

917.44 7.91 92G.92

29.4?

: : : : : :

eothermal Solar hoto#olt Solar hermal ide, 'a#e an 'indther -uelSources of

Electricit/


79/214

: : 157.86 : : :

: : : : : :

: : : : : :

: : 157.86 : : :

17.1

.G1

: : : : : :

"71.00 26".00 4.00 : ",807.00 :

91.77 4.77 96?7.77

2G9.77

: : : : : :

17.77B 117.?1B 177.77B

177.77B


80/214


81/214

2G7641.9E

9E649.4

1E6442.4G

G?9.21

9612E.4E

264.19

: : : 104,0"9.98

E6EE.?7

96?2.2

22,842.25 : : :"",801.0"

2167?4.4E 916G7.G

E1.2? 47?.2?

E.G? ?2.24

44.G? 922.77

:

9.47

4.7? 1649G.24

E.94

?.

:2,721.94 : : :9,"02.61

EG.?7 1642E.??

14E.49 24.1

1.2 222.91

7.2 7.2

2.7 222.2

E.G E.G

12.27 1691G.9?

4.4E 4.4E

16G4.7? 16?7E.14.21 4.21

Electricit/ @eat

@eat utputfrom non:specified

com; fuels

otal of AllEner/

Sources


82/214

1642.GG 1642.GG

18,696.58 : : 79,201.54

8,445.24 : : 15,18".82G?.11 1612.71

91.9 29.2?

46212.?? E6G.2

9E7.G 9G.42

211.74 24G.4

?.94 26?4.G?

7.91 26E.9E

E1?.?4 G.G2

7.1G 244.G

G.7E 16977.?4

1.?9 ?.229G.29 16?2G.??

247."5 : : 28,194.04

24611.19

2619.?

217.G7 .

7.1G 7.1G

G.27

9E.E2 1G.?

10,072."4 : : 14,764.25

E6174.9 G6774.G

46?7.? E64GG.1E14?.7 2612.4

: : : ",185.80

961?.?7

161G4.

: : : 274,"08.00 2496??.77

G6EG9.77

G69G.77 E6297.77

: : : :


83/214


84/214


85/214


86/214


87/214

)&

Statisland 2010 (toe$ oal eat rude il il roducts %atural as

296E4.71 2E6E79.7E

16?G.49 1E6E9.7 1G6791.4 1E6421.41 ?.EG

G?9.21

9612E.4E

2649.9? 41.79 2G1.G?

99,094.14 : 25,555.11 10,"5".04 :

46447.22 1611.E

.? 16441.97 264EE.4

4?6G19.2 41.G2

1E.? 279.

16E1.72

1.E7 12.49

926?E7.27 9269G.1

Coal transformation 164G2.? 1G.2?

'iuefaction plants

)ner!y industry own use 4.E 17.E? 267G4.4

2,576.46 : "8.29 "5,277.25 :

2,8"2."1 : "8.29 9,297.55 :

94.77 E.7

2GE.E7 1GE.1

164.? 1?.1 221.7

172.4 1?9.

9.7

197.9G ?.2G 16G9.?7

24.GG 9.?

1.G 9G.2

11.9?

1629.G

1.41 11.9G ?.7

16497.4

85.16 : : 26,818.48 :

24611.19

2619.?

G?E.

?.1G E?G.79 12.4G

49.55 : : ",001.02 :

G.1E 942.7

9?.?4 14.E

26744.9G

: : : ",185.80 :

961?.?7

- - 1,174.66

202,0"4.00 : : 2,7"5.00 "9,894.00

)lec outputmain actiity producer ele plants 16422.77 16?E?.77 2967E.77)lec outputautoproducer electricity plants GE.77 G?1.77 6444.77

)lec outputmain actiity producer CI@ plants E6E9G.77 26177.77

)lec outputautoproducer CI@ plants 4624E.77

Ieat outputmain actiity producer CI@ plants

Ieat outputautoproducer CI@ plants

Ieat outputmain actiity producer heat plant

Ieat outputautoproducer heat plants

: : : : :

Efficiencies

Aain actiity producer electricity plants 94.?B 9?.7GB

@roduction

mports)/ports

nternational marine bunkers

nternational aiation bunkers

Stock chan!es

otal primar/ ener/ suppl/

ransfers


Aain actiity producer electricity plants

&utoproducer electricity plants



Aain actiity producer heat plants

&utoproducer heat plants

Ieat pumps

)lectric boilersChemical heat for electricity production

#as works

-il refineries

(onspecified transformation5

'osses

-inal consumption

*ndustr/

ron and steel


(onferrous metals

(onmetallic mineralsransport euipment

Aachinery

Ainin! and uarryin!

3ood and tobacco

@aper6 pulp and print

Kood and wood products

Construction

e/tile and leather

(onspecified industry5

ransport

0oad

Domestic aiation

0ail

@ipeline transport

Domestic nai!ation(onspecified transport5

ther

0esidential

Commercial and public serices

&!ricultureFforestry

3ishin!

(onspecified other5

%on:ener/ use

(onener!y use industryFtransformationFener!y

(onener!y use in transport

(onener!y use in other

Aemo: feedstock use in petchemical industry

Elect. output in 'h

@eat output in 3


88/214

2010

Statisland Anthracite oin oal

S!C A%+ ?A%S-?MA*% SE?

& % Cndi!enous @roduction 1 142 126?? 19677

nder!round @roduction 2 142 G96149 ?6E7G

Surface @roduction 9 7 E6?4E 1EE679

3rom -ther Sources 4 7 7 7

otal mports %alance5 E 7 7 7

otal )/ports %alance5 7 12E629? 19692

nternational Aarine %unkers G 7 7 7

Stock Chan!es (ational erritory5 ? 142 1694? 26E74

nland Consumption Calculated5 0 ",402 25,642

Statistical Differences 17 0 0 :24

MEM *EM& -rom other sources

3rom -ther Sources -il 11

3rom -ther Sources (atural #as 12

3rom -ther Sources 0enewables 19

ransformation Sector 14 0 ",402 28,040

Aain &ctiity @roducer )lectricity @lants 1E 7 7 2G699

Aain &ctiity @roducer CI@ @lants 1 7 7 7

Aain &ctiity @roducer Ieat @lants 1G 7 7 7

&utoproducer )lectricity @lants 1? 7 7 7

&utoproducer CI@ @lants 1 7 7 7&utoproducer Ieat @lants 27 7 7 7

@atent 3uel @lants ransformation5 21 7 7 7

Coke -ens ransformation5 22 7 96472 7

%H% @lants ransformation5 29 7 7 7

#as Korks ransformation5 24 7 7 7

%last 3urnaces ransformation5 2E 7 7 4G

Coal 'iuefaction @lants ransformation5 2 7 7 7

3or %lended (atural #as 2G 7 7 7

(onspecified ransformation5 2? 7 7 7

E%E?C SE? A%+ -*%A! %SM*%

Ener/ Sector 2 0 0 0

-wn se in )lectricity6 CI@ and Ieat @lants 97 7 7 7

Coal Aines 91 7 7 7

@atent 3uel @lants )ner!y5 92 7 7 7

Coke -ens )ner!y5 99 7 7 7

%H% @lants )ner!y5 94 7 7 7

#as Korks )ner!y5 9E 7 7 7

%last 3urnaces )ner!y5 9 7 7 7

@etroleum 0efineries 9G 7 7 7

Coal 'iuefaction @lants )ner!y5 9? 7 7 7

(onspecified )ner!y5 9 7 7 7

+istri;ution !osses 47 7 7 7

otal -inal onsumption 41 0 0 81"

therBituminous

oal

10"t 10"t 10"t


89/214

otal %on:Ener/ se 42 0 0 0

(on)ner!y se ndustryFransformationF)ner!y 49 7 7 7

-f which: (on)ner!y seChemicalF@etrochem 44 7 7 7

(on)ner!y se in ransport 4E 7 7 7

(on)ner!y se in -ther Sectors 4 7 7 7

E%E?C E%+ SE SE*-*A*%-inal Ener/ onsumption 4G 0 0 81"

*ndustr/ Sector 4? 0 0 685

ron and Steel 4 7 7 1G

Chemical includin! @etrochemical5 E7 7 7 G?

(on3errous Aetals E1 7 7 922

(onAetallic Ainerals E2 7 7 7

ransport )uipment E9 7 7 7

Aachinery E4 7 7 7

Ainin! and +uarryin! EE 7 7 7

3ood6 %eera!es and obacco E 7 7 9EE

@aper6 @ulp and @rintin! EG 7 7 7Kood and Kood @roducts E? 7 7 7

Construction E 7 7 7

e/tiles and 'eather 7 7 7 1G

(onspecified ndustry5 1 7 7 7

ransport Sector 2 0 0 0

0ail 9 7 7 7

Domestic (ai!ation 4 7 7 7

(onspecified ransport5 E 7 7 7

ther Sectors 0 0 24Commercial and @ublic Serices G 7 7 24

0esidential ? 7 7 7

&!ricultureF3orestry 7 7 7

3ishin! G7 7 7 7

(onspecified -ther5 G1 7 7 7


90/214

eat atent -uel as oe oal ar

D ) 3 # I 847677 ?62E2 7 7 26G91 7 1?G

7 7

47677 ?62E2

7 7 7 7 7 7 7

7 7 7 7 7 7 7

7 7 7 7 7 7 7

7 7 7 7 7 7 7

6? 7 7 7 997 7 7

"",502 78,292 0 0 ",071 0 186

0 1,87" 0 0 0 0 0

7 7 7 7

7 7 7 7

7 7 7 7

"0,677 77,"86 0 0 2,611 0 0

2?69?2 4647 7 7 7 7 7

269?4 169? 7 7 7 7 7

7 7 7 7 7 7 7

7 7 7 7 7 7 7

7 7 7 7 7 7 77 7 7 7 7 7 7

7 7 7 7 7 7 7

7 7 7 7 7 7 7

7 E41 7 7 7 7 7

7 7 7 7 7 7 7

7 7 7 7 26G11 7 7

7 7 7 7 7 7 7

7 7 7 7 7 7 7

7 7 7 7 7 7 7

0 0 0 0 0 0 1"

7 7 7 7 7 7 7

7 7 7 7 7 7 7

7 7 7 7 7 7 7

7 7 7 7 7 7 7

7 7 7 7 7 7 7

7 7 7 7 7 7 7

7 7 7 7 7 7 7

7 7 7 7 7 7 19

7 7 7 7 7 7 7

7 7 7 7 7 7 7

7 7 7 7 7 7 7

",1"7 2 0 0 "90 0 164

a eENERGY SECTOR AND FINAL CONSUMPTION

Su;:;ituminous

oal

!inite=Brownoal

oe #enoe

10"t 10"t 10"t 10"t 10"t 10"t 10"t


91/214

0 0 0 0 0 0 0

7 7 7 7 7 7 7

7 7 7 7 7 7 7

7 7 7 7 7 7 7

7 7 7 7 7 7 7

",1"7 2 0 0 "90 0 164

2,596 2 0 0 "90 0 164

7 7 7 7 E4 7 7

7 7 7 7 97 7 11

261G4 7 7 7 24G 7 19

1?7 2 7 7 17 7 7

7 7 7 7 7 7 7

7 7 7 7 7 7 7

272 7 7 7 7 7

7 7 7 7 7 7 7

471 7 7 7 7 7 77 7 7 7 7 7 7

7 7 7 7 7 7 7

7 7 7 7 7 7 7

7 7 7 7 7 7 7

165 0 0 0 0 0 0

7 7 7 7 7 7 7

1G 7 7 7 7 7 7

7 7 7 7 7 7 7

0 0 0 0 0 0 07 7 7 7 7 7 7

7 7 7 7 7 7 7

7 7 7 7 7 7 7

7 7 7 7 7 7 7

7 7 7 7 7 7 7


92/214

B


93/214

0 0 0 0 0

7 7 7 7 7

7 7 7 7 7

7 7 7 7 7

7 7 7 7 7

65 2,874 17,100 1,418 0

41 2,415 17,100 1,418 0

7 7 146G7E 1691 7

2G 2641 7 7 7

7 7 7 7 7

7 7 21 7

7 7 7 7 7

7 7 7 7 7

7 7 16174 21 7

E 7 7 7 7

7 7 7 7 77 7 7 7 7

7 7 7 7 7

7 7 7 7

7 7 7 7 7

0 0 0 0 0

7 7 7 7 7

7 7 7 7 7

7 7 7 7 7

"8 449 0 0 09 11 7 7 7

2 2?4 7 7 7

7 7 7 7 7

7 7 7 7 7

7 7 7 7 7


94/214

2010

&(C-&' C-HC-&' %C-&'

Statisland Anthracite oin oal

M3=tonne M3=tonne M3=tonne

& % C

@roductiongross 1 7 976777 7

net 2 7 2?6E77 2?6G4

mportsgross 3 7 7 7

net 4 7 2?6777 2?6G4

)/portsgross 5 7 976777 7

net 6 7 2?6E77 2?6G4

sed in coke oensgross 7 7 976777 7

net 8 7 2?6E77 2?6G4

sed in blast furnacesgross 9 7 7 7

net 10 7 2?6777 2?6G4

sed in Aain &ctiity @lantsgross 11 7 7 7

net 12 7 2?6777 2?6G4

sed in industrygross 13 7 7 7

net 14 7 2?6777 2?6G4

3or -ther sesgross 15 7 26E77 7

net 16 7 2?6777 2?6G4

Column H : @lease specify on remarks sheet whether this refers to %H% or peat briuettes

0ow 1 and 2: 0efers to tem 1 in able 1

0ow 9 and 4: 0efers to tem E in able 1

0ow E and : 0efers to tem in able 1

0ow G and ?: 0efers to tem 22 and 99 in able 1

0ow and 17: 0efers to tem 2E and 9 in able 1

0ow 11 and 12: 0efers to tems 1? to 27 and 4? to 1 in able 1. @lease ensure that these calorific alues are in line with those !ien in the >oint

0ow 19 and 14: 0efers to tem 4? and its subitems in able 1

0ow 1E and 1: 0efers to the aera!e calorific alue of remainin! consumption items not specified aboe

%ote& he data in this ta;le will ;

therBituminous

oal


95/214

S%C-&' '#() @)& @&3)' -T)(C-H) #&SC-H) C-&'&0

eat atent -uel as oe oal ar

M3=tonne M3=tonne M3=tonne M3=tonne M3=tonne M3=tonne M3=tonne

D ) 3 # I 8

7 6?77 7 7

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