Process or LCI result data set: Diesel ; Consumption mix; 500 ppm sulphur, at refiner... Page 1 of 9

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1 Process or LCI result data set: Diesel ; Consumption mix; 500 ppm sulphur, at refiner... Page 1 of 9 Pro c es s o r L CI re su l t d ata s e t: D i es el ; Co n su m p tio n m ix ; 50 0 p p m su l p h u r, at re fi n ery (en ) Table of C ontent s: P r oces s or LCI r es ult inf or mat ion - Modell ing and v alidati on - Adm inis tr at ive inf orm ati on - I nputs and Out puts Pro c es s o r L C I r esu l t i n fo rm ati o n K ey D ata S et In fo rm ati on Loc ation B R G eographi cal r epr es entat iv ity The dat a set represen ts t he count ry speci fi c si t uat io n, f ocusi ng on t he mai n t echnol og ies and t he co unt ry specif i c cha racter ist ic s. des c r iption R efer enc e y ear N a me B ase name ; Mix t y pe and loc ation ; Quant it ativ e produc t or pr oc es s pr opert ies D i esel ; C onsu m pt ion m i x; 500 p pm su lph ur, at ref i nery U se adv ic e f or The dat a set represen ts a crad le t o g ate in vent ory. T he d ata set can be used t o charact erise t he suppl y ch ain si tu ati on of th e resp ecti ve co m mo dit y in a represent at i v data s et m anner. C om b inat i on wit h i ndi vidu al uni t pr ocesses u sing t hi s co mm o dit y enabl es t he gener ati on of user- speci fi c ( p rodu ct) LC A s. Tec hnic al pur pos e of pr oduct or pr oces s D iesel f rom ref iner y f or com bust i on engi nes. C ategor y To p c ategor y / S ub c at egory 1 Inf or mat ion E nergy carri ers / C ru de o il b ased en ergy carriers Gener al com ment o n d a t a s e t The dat a set covers all rel evant p rocess step s / t echn olo gi es over t he supp ly chain of t he rep resent ed cradl e t o gat e i nvent o ry wi t h a go od overal l dat a qu ali t y. Cr ude oi l mi x i nf orm at i on are b ased o n o f fi cial st at ist i cal in fo rm ati on. I nf orm at i on on t he en ergy carrier ext ract ion and p rocessi ng dat a as well as t he upst ream p rocesses, elect ri cit y and nat ural gas are taken f rom th e " GaB i D at abases 2006" due to d ata avail abi li ty reason s. The in vent ory is part ly based on pri m ary i ndu st ry dat a, p artl y o n second ary l it erat ure dat a. Th e ref i nery em i ssio n d ata are based on m easured oper ati ng dat a and li ter atu re d ata. Copy r ight? Ye s Ow ner of dat a s et ( cont act dat a s et ) P E I nt ernat io nal Q uant it at iv e ref erence R efer enc e f low ( s) D iesel [ E nergy carri ers] - [ C rud e oi l based energ y carri ers] kg (M ass) T im e r epresent at ivi t y D ata set v ali d unti l: Tim e r epres ent ativ it y des cr ipt ion A nnu al average G eograp hical rep resent at ivi t y T echno log ical rep resent at ivi ty Tec hnology des cr ipt ion inc luding bac kgr ound s ys tem Pet ro leum ref iner ies are com p lex plan ts. T he com bin at ion and seq uence of a larg e nu m ber of pro cesses i s u suall y ver y speci f ic to t he charact eri sti cs of t he crude oi l and t he prod uct s t o be man uf act ured. A dd it i onal i nf lu encin g f act ors are th e m arket d eman d fo r t he t ype o f pro duct s, t he avail abl e crud e o il qu ali ty and cert ai n requ irem ent s set by aut hori t ies t he co nf ig urat io n an d co m plexi t y of a ref i nery. Si m pl e H ydro- ski mm i ng refi neri es can pr ocess o nly a few crud e o il qu ali ti es an d prod uce f ew hi gh- qu ali ty pro duct s. C om pl ex ref iner ies wit h m any co nversi on pl ant s can pro cess al l crude oi ls t o f i ni shed all pr oduct s. Pet ro leum ref iner y act ivi t ies star t wi th t he recept io n of cru de o il. A ft er desal ti ng, t h e crud e o il i s i nt rodu ced to t he dist i ll in g co lum n f or t he at m osp heric di st il lat io n ( fr acti onat i on of t h e crud e o il by separat i on accordi ng t o densi t y/ boi li ng/ co ndensat i on areas). The li ght ends ( gases) g o u p t o t he head and are em pl oyed t o th e l iq ui gas system t o reco ver m et han e and et han e f or use as ref in ery f ue l and LP G ( pro pane and bu tan e) as sal eabl e p rodu cts. T his li gh t pro duct sep arat ion i s d one in alm o s every r efi nery. T hese g ases can also b e used i n a st eam -r efo rm ing pr ocess t o pro duce hydro gen, w hich i s need ed fo r t he desul ph urisat i on pro cesses, th e hyd ro crackin g and to a lesser ext ent f or t he isom eri sat ion un it. Th e st rai ght - run nap ht ha, whi ch is t aken i n t he u pper t rays o f t he at m osp heri c di st il lat io n are spi lt ed and f ed t o t h ree di f f erent p rocesses. Th e l igh t nap ht ha f ract i on is in tro duced t o t he ch emi cal sweet en process. Som e sweet ed napht h a i s di rect ly bl ended in t he gasol in e p oo t he m ai n fract i on is sent t o t he isom eri sat ion u nit where t he al ip hat ic paraf f in s are convert ed in t o i so- paraf f i ns w it h a hi gh oct ane valu e. Of t en t her e i s a dei sopen tan iser ( dist i ll ati on ) dow nst ream t o in crease t he gai n o f Iso - com pon ent s. These iso -p araf fi ns are very valu abl e com po nent s fo r t he prem i um g asoli ne pro duct io n. A f t er desu lp huri sat ion t he heavy napht h a f ract io ns are sent to t he ref orm er f o r cat alyt i c t ransf o rmat i on f rom al ip hat ic paraf f in s t o iso -p araf fi ns and f rom cyclo -p araf fi ns t o aro m ati c co mp oun ds, wi th a reduct i on of t h e heat i ng valu e. The specif i c f eat ure of t hi s p rocess is th e p rodu cti on of hydro gen (t h e on ly hydro gen pro ducer besi des ad dit i onal p lant s, l ike a st eam r efo rmer ). T he o ut put s of t he iso m erisat io n (o ft en i nclu din g a dei sopen t aniser) and cat alyt i c ref orm i ng go t o t h e gasol in e b lend ing syst em an d p rem ium or regul ar g asol ine f oll ow as prod uct s. K erosene is di rectl y o bt ain ed f ro m t he atm osp heri c di st il lat i on and is separat ely t reat e f rom t he rest o f t he mi ddl e d ist i ll ates f ract ion. The m ain part of t he m idd le dist i ll at es pro duced i n th e at m osph eric dist i ll at ion i s em pl oyed in to t he hyd rof in er ( f or desul ph urisat i on). Th e d esulp huri sed prod uct i s f ed t o t h e m id dle di st il lat e b lend er. The resi due fr om t he at mo spheri c d ist il lat i on is, m ai nly, i nt rod uced t o t h e vacuu m di sti ll at io n. H ere t her e i s a dist i ll ati on i n l ig ht vacu um gas oi l, vacu um g as oi l ( wax d ist il lat e) and vacuum residu e. A par t of t h e at m osph eric resid ue i s f ed in t o t he visb reaker ( m il d t herm ical cracki ng). S m all am ou nt s are in tr oduced d irect ly in t o t he heat i ng oil b len din g syst em and th e asp halt - bl owi ng proce ss. The li ght gas o il, as pro duct o f t he vacuum dist i ll ati on, goes to t he hydr of iner, is desul phu rised, an d emp loyed t o t he m i ddl e d ist il l at e bl ender. S om e o f t he vacuum dist i ll ate, w hich h as been t aken fro m t he mi dd le trays of th e vacuu m di st il lat io n, i s i nt rodu ced t o t he base o il p rodu cti on of lub rican ts and waxes. M ost o f it is fed ei t her t o a catal yt ic cracker (f i rst desu lph uri sed) o r a H ydrocracker, w here th e f eeds are co nvert ed in to sho rt er ch ains by mo lecu le restr uct uri ng. Th e p rodu cts are g ases, gasol in e, m idd di sti ll at es an d h eavy cycl e gas oi ls ( com pon ent s of t he h eavy f uel o il ). T he g ases o f t he catal yt ic crackin g are t reat ed i n a al kylat i on and pol ym erisat i on uni t t o m anuf act ure addi t ion al valu able gasol in e co mp onen ts. T hese p rocesses are u sed t o com bi ne sm all pet ro leum mo lecu les int o lar ger o nes. B ut yl ene o f t he catal yt ic cracker is fu rt her u sed to pr oduce Met h yl- Tert i ary- B ut yl- Et her ( MT B E), a p rodu ct used as oct ane boost er. T he n apht ha of th e FC C has to be t reat ed i n a sp ecial desul ph urisat i on pro cess t o reduce t he h ig h su lph ur cont ent. Th e vacu um resi dues go in t o t he coki ng pro cess, whi ch p rodu ces g ase s, gasol ine, m i ddl e d ist il lat es an heat in g oil s. A f urt h er pr oduct is pet rol eum co ke, whi ch i s t h en p uri fi ed. Th e vacu um resi due, l ike som e of t he atm o spheri c resi du e, is also used as f eed f or t he visb reakin g, whi ch also pro duces gases, nap ht ha, m id dl e di st il lat es an d heat ing o il s. The extr acted hyd rogen su lf id es of all d esulp huri sat ion p rocesses ar e f ed to a sul phu r reco very un it (C l aus plan t) t o reco ver el em ent al sul phur. The energy gen erati on ( heat, st eam el ectri cit y) requi res a larg e am ou nt o f f uels. T he fu el burn ed i n ref in eries power pl ant s an d inci nerat ors m ay b e ref in ery g as, heat in g o il ( resi dual o il ), p etr ol coke and som et im es m i ddl e d ist il lat es and LP G. B esid e pu rchased nat ur gas and elect ri cit y i s em p loyed. A ll i m port ant mat eri al and energ y f l ows (I npu t - Out pu t) are sh own in t he f oll owi ng grap h S yst em bo und ary of t he ref i nery mo del. Fur th erm ore a sim p li fi ed fl ow chart is shown b elow. The arrangem en t of t h ese pro cesses vari es am o ng ref ineri es, and f ew, i f any, em pl oy all of th ese p rocesses. The dat a set descri bes one ref inery in B raz il w hich was id ent if i ed b y ref i nery expert s as represen tat i ve B raz il ian ref i nery. The dat a set consi ders t he w hol e su ppl y ch ain f rom exp lorat i on over crude oi l ext ract ion t o t ranspo rt t o t h e ref in ery. The backg roun d syst em is addressed as fo ll ows A s m ai n i npu t t o th e m od eled ref in ery t he B raz il ian speci fi c cr ude oil m i x i s u sed. Th e crud e o il m ix m erges crude oi l fro m t he respect ive pro duct io n count ri es t o a crud e oi l m ix, wh ich represen t s t he average crude oi l consu med i n B raz i l. Th e cru de o il m i x con sist s o f t he ind ig enous pro duct i on and im po rt s of crude oi l fr om expor ti ng cou nt ries t o B raz i l. Th e cou nt ry sp ecif i c crud e o il pro duct i on sub- m od els consi ders th e di f f erent iat i on bet ween on- and of f shore pro duct io n as wel l as coun t ry speci f ic t ranspo rtat i on syst ems ( pi peli ne, t ankers) and in divi dual tran sport dist an ces. Flow diagr amm ( s) or pic t ure( s ) ( sour c e dat a s et )

2 Process or LCI result data set: Diesel ; Consumption mix; 500 ppm sulphur, at refiner... Page 2 of 9 Flow diagr amm ( s) or pic t ure( s ) ( sour c e dat a s et ) Mo d el l i ng a nd va l i da ti o n L CI m et ho d a nd all ocat io n Ty pe of dat a s et LC I met hod pr inc iple LC I met hod pr inc iple Al loc ation or s ys tem ex pans ion LC I resul t A verage N one A ll ocat io n - net cal ori f ic value A ll ocat io n - m ass D evi ations fr om alloc ati on or s ys tem ex pans ion ; ex planations Model ling c onst ants For t he com bi ned crude oi l, nat u ral gas and nat ural gas li qui ds pro duct io n all ocat ion b y net calor if ic valu e i s app li ed. Fo r al l prod uct s o f t he r efi nery, al lo cati on by m a and net calori f ic valu e i s app li ed. Th e m anu fact ur ing rou t e of every ref i nery prod uct i s m od ell ed an d so t he ef fo rt of t he p rodu cti on of th ese p rodu cts is calcu lat ed speci fi call y. Two al lo cati on rul es ar e app li ed: T he raw -m at eri al (cr ude oil ) co nsum pt i on of t he respect i ve st ages, wh ich is necessary f or th e p roduc ti on of a pro duct o an int erm edi at e p rodu ct, i s al lo cated b y energ y ( m ass o f t he prod uct * calo rif ic val ue o f t he prod uct ). I n t hese w ay pro duct s wit h hi gh calo ric valu es, e.g. g asoli ne or gases are assi gned t o hi gher raw mat eri al consu m pt ion and so hi gh er envi ron men t al im pact s co m pared wit h l ow calori c val ue prod uct s ( e. g. asph alt, resid ual oi l). Th energ y con sum pt io n ( t herm al en ergy, st eam, elect rici t y) of a pr ocess, e.g. at mo spheri c d ist il lat i on, b eing req uir ed b y a prod uct o r a int erm edi at e p rodu ct, are charg ed on t he prod uct accor din g t o t he share of t he t hrou ghpu t of th e st age ( mass all ocat i on). Th e pro duct s, wh ich are mo re co mp lex to p rodu ce and t heref or e pass a l ot o f ref in ery f acil it i es e. g. gaso li ne, are assign ed wit h a h igh er en ergy consum p ti on ( and so hig her emi ssio ns) co mp ared wit h e.g. st raigh t run p rodu cts. A ll d ata used in t he calcu lat io n of t he LC I resul t s ref er to n et calo rif i c val ue. For t he tr anspor t of en ergy carrier s average t ranspo rt pr ocesses w it h specif i c p aramet er set ti ng s e. g. t ranspo rt di st ances an d rout e (sh ip, p ip eli ne) are used.

3 Process or LCI result data set: Diesel ; Consumption mix; 500 ppm sulphur, at refiner... Page 3 of 9 model ling c onst ants N one D at a sources, t reat m ent, and represen t ati veness D a ta C ut - of f rul es f o r each un it p rocess: C o verage o f at l east 95 % of mass and energ y o f t he i np ut and o ut put fl ows, an d 98 % of t heir envi ronm en tal r elevance ( accordi ng c omplet eness expert jud gem ent ). d a ta The coverag e f or t he exp lo rati on dat a (cr ude oil, nat ural g as, nat ural g as l iqu id s) is onl y 90% of m ass and energy and 95% o f t he enviro nm ent al rel evance ( exper t c omplet eness ju dgem ent ). D ata sel ect ion The dat a sources f or t h e com pl et e p rodu ct syst em are suf fi cien t ly consi sten t : R ef inery dat a are b ased o n st at i sti cs. The key em i ssio ns, e.g. sulp hur di oxi de, ni tr ogen and c om bination oxi de, et c., o f t he r efi nery are b ased o n measu red operat i ng dat a. A ll o th er em i ssion s f rom th e ref i nery are based o n l it erat ure dat a. LC I m od ell ing i s f ul ly consi st ent. data s elect ion and c ombinat ion D ata tr eat ment and ex t rapol ations N one The dat a set descri bes one ref inery in B raz il w hich was id ent if i ed b y ref i nery expert s as represen tat i ve B raz il ian ref i nery. data tr eat ment and ex t rapol ations N one D ata sour c e( s) us ed f or thi s data In teg rat ed P ol lu ti on P revent io n and C ont rol - Ref eren ce D ocu men t on B est A vai lab le Techni qu es f or Mi neral Oi l and Gas R efi neri es, 2003 s et (s our c e dat a s et) C om p let eness Pet ro leum R efi ni ng - Tech nol ogy and E cono mi cs, 4. E dit i on, 2001 R ef ini ng P rocessin g Han dbo ok, 2003 A gênci a N aci onal d o P et ról eo, Gás N atu ral e B i ocom bu st ívei s ( A N P), S tat i st ical dat a A bast ecim ent o de água de um a ref i nari a de pet ról eo: caso R E PL A N. Pr odução d e ól eo diesel l im p o a part i r t o gás nat ural. Est ud o d e vi abil i dade técn ico -eco nôm i ca para a i nst al ação d e um a pl ant a GT L ( Gas- t o- l iqu ids) no B rasil A nál ise econom i ca p ara a Su bst it ui ção do uso de com bust í vel por N GC n o t ran sport e públ ic o d e passag eiro s C aract eriz ação e p iról ise do s resí duo s da B acia de Cam p os: aná li se do s resí duo s da P -4 0 Quan ti f icação e Red ução de Em i ssões d e gases E fei t o est u fa num a R efi nari a d e P et ról eo - RE P LA N Est u do de I m pact o A mb ient al IE A S t at ist ics - Oi l In fo rm ati on 2004 C omplet enes s pr oduct m odel A ll rel evant f l ows quan ti f ied V ali dat i on Ty pe of r ev iew In ter nal review S c ope of r ev iew U n it p rocess( es) Me thod( s ) of r evi ew E nergy bal ance E xpert j udg em ent Ma ss bal ance R aw dat a L C I resul ts C ros s - check wi th o th er so urce C ros s - check wi th o th er d ataset E nergy bal ance E xpert j udg em ent Ma ss bal ance L C IA met ho d C om pl ian ce wi t h I S O t o L C IA result s C ros s - check wi th o th er d ataset E xpert j udg em ent R ev iew details o n N o stat em ent ; t hi s asp ect was not reviewed. doc um entat ion R ev iew details on LC I met hod R ev iew er nam e and ins tit uti on ( c ontac t dat a s et ) The LC I m et hod app li ed is in C om pl iance wi th I SO to T he d ocum ent at io n incl udes all r elevant inf o rmat i on in vi ew o f t he dat a qu ali t y and scop e o f t he appl icat i on of t h e respect i ve L CI r esult. Th e d ataset represent s t he st at e- of - th e- art i n vi ew of t he ref erenced f unct i onal un it. Th e ener gy b alance is clo sed. Th e di screpancy in t he m ass bal ance fi t s t o t he d ocum ent m eth od of n ot co nsid erin g ai r i np ut t o in cinerat i on, et c. PE Int ern ati onal LB P -G ab i O ther r ev iew The in t ernal revi ew was do ne b y several i t erati on st eps concern ing raw dat a vali dat io n, raw dat a d ocum ent at io n, repr esent ati vit y, co mp let eness and consi st ency of det ails m odel li ng wi th reg ard t o I SO an d C on sist ency and con fo rm it y C onfor m ity sy s tem nam e ( s our ce data set ) E LC D co nf orm it y A ppr oval of ov er all c onf orm it y F ull y co nf orm N omenc lat ur e and hier arc hy c onfor m ity Ful ly con fo rm Met hodologic al c onf orm it y No t def i ned R evi ew c onfor m ity D oc um entat ion c onfor m ity N ot d efi ned F ul ly conf orm Ad m i ni s tra ti ve i n fo rm at io n C om m i ssion er an d g oal C omm is si oner of data s et (c ont act data s et) In t e n d e d applic ati on PE Int ern ati onal Thi s b ackgrou nd LC I dat a set can be used fo r an y t ypes of L C A st udi es. D at a set gener ato r / m od ell er D ata set gener ator / model ler ( c ontac t data s et) PE Int ern ati onal LB P -G ab i D at a ent ry b y D ate and t ime : 07: : 00 c omplet ed

4 Process or LCI result data set: Diesel ; Consumption mix; 500 ppm sulphur, at refiner... Page 4 of 9 D ata set f or mat ( s) EL C D Fo rm at ( sour c e dat a s et ) D ata entr y by : LB P -G ab i ( cont ac t data set ) Of fic ial appr oval of data s et by N o of fi cial ap proval b y p rodu cer or op erat or pr oducer / operat or : ( cont ac t data set ) P ubl ic ati on and ow nershi p U U ID of Pr oc ess or LC I r es ult data 6ad6b878-05a4-4b8f - 9a5d- 92f 762e80e32 s et D ata set v er s ion Per m anent data ht t p: // lca. jrc. ec.eu ropa. eu/ lcai nf ohu b/ dat asets/ elcd /p rocesses/6ad 6b a 4-4b8f - 9 a 5 d- 9 2 f e 8 0 e 3 2.x m l s et UR I Wor kf low and D at a set f i nali sed; ent irel y p ubl ished public ati on s tat us Publ ic ation of data s et in: GaB i dat abases 2006 ( sour c e dat a s et ) Ow ner of dat a s et IBICT ( cont ac t data set ) Ac c es s and us e The dat a set can be u sed fre e of charge t o p erf orm L C A st udi es, t o d ist ri but e it t o t hi rd p art ies, t o convert it to ot h er f orm at s, t o d erive own dat a set s et c. if t he r est r ic tions copyr igh t and l icense cond it i ons fo r t he E LC D dat a set s and f orm at ar e m et t hat can b e accessed f rom ht tp :/ /l ca. jrc. ec.eur opa. eu. P lease not e e. g. t hat ref erence m u st be given t o t he ' Owner of dat a set ' and t o th e 'E LC D core dat abase' pl us versi on nu mb er, when usi ng t he dat a. Pl ease n ot e al so, t hat an y m od if icat i ons of t h e dat a set resul t s i n i nval idi t y o f t he ' Of f ici al appro val of dat a set by pro ducer/ oper ato r' an d th at t he cont ent of f urt her f iel ds needs t o b e adj ust ed. I np u ts an d O u tp u ts I npu ts Typ e O f Flo w Exc h an g e R e su lti ng a mo u n t Me an am ou n t D at a so u r ce t yp e D at a d er iv at io n ty pe / s ta t E lem ent ar y flo w C ru de o il E qu at or ial Gu ine a [R e sou rc es] kg (M ass) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C opp er or e ( sul phi dic) [R es ou rce s] - [N o n- ren ewab le e lem ent re sou rc es] E -1 3 kg (M ass) E- 13 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lea d [ Re sou rc es] - [ No n- re newa ble elem en t r eso ur ces] E -1 9 kg (M ass) E- 19 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Iro n [ R eso ur ces] - [ N on -r enew able elem en t r eso ur ces ] E -1 3 kg (M ass) E- 13 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w B aux ite [ R eso ur ces] - [ N on -r enew able elem en t r eso ur ces ] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C hr om ium (o re ) [R e sou rc es] - [N o n- ren ewa ble elem en t r eso ur ces] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Man gan ese (o re) [R es ou rce s] - [N o n- ren ewab le e lem ent re sou rc es] E -8 kg (Ma ss) E- 8 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N ickel (o re) [R es ou rce s] - [N o n-r en ewab le e lem ent re sou rc es] E -1 2 kg (M ass) E- 12 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Ph os pho ru s m in era ls [ Re sou rc es] - [N o n- re newa ble elem en t r eso ur ces] E -9 kg ( Mas s) E -9 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Zin c - cop per o re (4.0 7% %) [R eso ur ce s] - [N o n-r en ewab le el eme nt res ou rce s] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Wa ter [R e sou rc es] - [R en ewa ble mat er ial r eso ur ces ] E -4 kg (Ma ss) E- 4 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Wa ter (g ro un d w ater ) [ R eso ur ces ] - [ R ene wab le m ate rial re sou rc es] kg (M ass) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w A ir [ R eso ur ces] - [ R ene wab le ele men t r es our ce s] kg (Mas s) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w B ariu m sul pha te [ R eso ur ces ] - [ N on -r ene wabl e ele men t r es our ces ] E -1 7 kg (M ass) E- 17 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N itr og en [ R eso ur ces] - [ R ene wabl e ele men t r eso ur ce s] E -1 2 kg (M ass) E- 12 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Su lph ur (b on ded ) [ R eso ur ces ] - [ N on -r ene wabl e ele men t r eso ur ces ] E -1 2 kg (M ass) E- 12 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Su lph ur [R e sou rc es] - [N o n- ren ewa ble elem ent r eso ur ces] E -1 2 kg (M ass) E- 12 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Iro n ( or e) [R eso ur ces ] - [ N on -r ene wabl e ele men t r es our ce s] kg (M ass) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C arb on dio xid e [ Re sou rc es] - [ R enew able elem en t r eso ur ces ] kg (M ass) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Zin c - lead or e ( 4.21% -4.96% ) [ R eso ur ces] - [ N on -r enew able elem en t r eso ur ces ] E -16 kg (Ma ss) E -1 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C opp er or e ( 4% ) [R e sou rc es] - [N o n- ren ewab le e lem ent r esou r ces] E -1 6 kg (M ass) E- 16 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Po tas siu m ch lo rid e [R e sou rc es] - [N o n- ren ewa ble elem en t r eso ur ces] E -1 0 kg (M ass) E- 10 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Ph os pha te o re [R es ou rce s] - [N o n-r en ewab le e lem ent re sou rc es] E -9 kg (Ma ss) E- 9 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Wa ter (s ea wa ter ) [ R eso ur ces] - [ R ene wabl e ma ter ial res ou rce s] kg (M ass) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H eavy spa r ( bar yt es) [R eso ur ces ] - [N on -r ene wab le ele me nt r es ou rce s] kg (M ass) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Tin (o re) [R es ou rc es] - [N o n- ren ewab le e lem ent re sou rc es] E -1 8 kg (M ass) E- 18 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Zin c - lead - co pp er or e ( 12% -3% -2 %) [R eso ur ces ] - [N on -r ene wab le ele me nt res ou rce s] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lea d - zinc or e (4.6% -0.6 %) [R es our ce s] - [N on -r en ewab le el eme nt res ou rce s] E -4 kg (Ma ss) E- 4 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C op per or e ( 0.14 %) [R eso ur ces ] - [N on -r en ewab le el eme nt res ou rce s] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N ickel or e (1.6% ) [ Re sou rc es] - [N o n- re newa ble elem en t r eso ur ces] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Iro n o re (65 %) [R es our ce s] - [N o n-r en ewab le el eme nt res ou rc es] E -8 kg (Ma ss) E- 8 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Man gan ese or e ( R.O.M.) [R es ou rce s] - [N o n-r en ewab le e lem ent re sou rc es] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Zin c o re (su lph ide) [R es ou rc es] - [N o n- ren ewab le e lem ent r esou rc es] E -1 5 kg (M ass) E- 15 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C opp er or e ( 1.2% ) [ R eso ur ces] - [ N on -r enew able elem en t r eso ur ces ] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Wa ter (s ur fac e wat er) [R es ou rce s] - [R en ewa ble mat er ial r eso ur ces ] k g ( Mass ) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C alciu m chlo ri de [ R eso ur ces] - [ N on -r enew able elem en t r eso ur ces ] E -1 5 kg (M ass) E- 15 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il S au di A r ab ia [ Re sou rc es] - [ No n- re newa ble ene rg y r eso ur ces] kg (Ma ss) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lig nit e In dia [R eso ur ces ] E -9 kg (Ma ss) E- 9 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lig nit e Gr eec e [R es ou rce s] - [N o n-r en ewab le e ner gy re sou rc es] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lig nit e S pai n [ Re sou rc es] - [ No n- re newa ble ene rg y r eso ur ces] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lig nit e U S A [R eso ur ces ] - [N on -r en ewab le en er gy res ou rce s] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lig nit e A us tr alia [ R eso ur ces ] - [ N on -r ene wabl e en er gy r eso ur ce s] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Mag nes it ( Mag nes ium ca rb on ate) [R es ou rce s] - [N o n-r en ewab le e lem ent re sou rc es] E -9 kg (Ma ss) E- 9 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C olem an ite or e [R e sou rc es] - [N o n- ren ewab le e lem ent re sou rc es] E -1 0 kg (M ass) E- 10 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w D olo mit e [R e sou rc es] - [N o n- ren ewa ble elem en t r eso ur ces] E -9 kg ( Mas s) E -9 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Flu or spa r ( calc ium flu or id e; f luo rit e) [R eso ur ces ] - [N on -r ene wabl e ele me nt r es our ce s] E -9 kg ( Mas s) E -9 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Gyps um (n atu ra l gy psu m) [R es ou rce s] - [N o n- ren ewab le e lem ent re sou rc es] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lim est on e (c alciu m car bo nat e) [ R eso ur ces] - [ N on -r enew able elem en t r eso ur ces ] kg (M ass) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w K aoli n o re [ R eso ur ces ] - [N on -r ene wabl e m ate rial re sou rc es] E -1 0 kg (M ass) E- 10 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Sla te [ R eso ur ces] - [ N on -r ene wable ma ter ial res ou rce s] E -1 8 kg (M ass) E- 18 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w So diu m chlo ri de ( ro ck s alt) [R es ou rc es] - [N o n- ren ewab le e lem ent re sou rc es] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Talc [R es ou rce s] - [N o n-r en ewab le m at eri al r eso ur ces] E -1 0 kg (M ass) E- 10 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Iner t ro ck [ Re sou rc es] - [ N on- re newa ble ma ter ial r eso ur ces ] kg (Ma ss) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C lay [ R eso ur ces] - [ N on -re new able ma ter ial r eso ur ce s] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Fer ro m ang an ese [ R eso ur ces ] - [N on -r ene wabl e ele me nt r es our ce s] E -1 9 kg (M ass) E- 19 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il S ou th A fr ica [R eso ur ces ] - [N on -r ene wabl e en er gy r eso ur ces ] E -1 1 kg (M ass) E- 11 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il S pa in [ R eso ur ces ] - [ N on -r ene wabl e en erg y r eso ur ces ] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Olivin e [ R eso ur ces] - [ N on- re new able ma ter ial r eso ur ce s] E -1 8 kg (M ass) E- 18 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas C hin a [ Re sou rc es] - [ No n- re newa ble ene rg y r eso ur ces] E -8 kg (Ma ss) E- 8 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w B ent on ite [ R eso ur ces] - [ N on -r ene wable ma ter ial res ou rce s] kg (M ass) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral A gg reg ate [R es ou rce s] - [N o n-r en ewab le m at eri al r eso ur ces] E -4 kg (Ma ss) E- 4 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Quar tz san d [ Re sou rc es] - [N o n- re newa ble ma ter ial r eso ur ces ] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lig nit e Ger m any (L ausi tz ) [ R eso ur ces ] - [ N on -r ene wabl e en er gy r eso ur ce s] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al A u str alia [R eso ur ces ] - [N on -r en ewab le en er gy res ou rce s] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al Ge rm any [R es ou rce s] - [N o n-r en ewab le e ner gy re sou rc es] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lig nit e Ger m any (C en tr al Ge rm any ) [ Re sou rc es] - [N o n- re newa ble ene rg y r eso ur ces] E -4 kg (Ma ss) E- 4 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al C an ad a [R es ou rc es] - [N o n- ren ewab le e ner gy re sou rc es] E -4 kg (Ma ss) E- 4 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al C h ina [R eso ur ces ] - [N on -r ene wab le en er gy r es our ce s] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al C o lom bia [R es ou rce s] - [N o n-r en ewab le e ner gy res ou rc es] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al It aly [ R eso ur ces] - [ N on -r ene wabl e en erg y r eso ur ces ] E -9 kg (Ma ss) E- 9 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al C zec h R ep ub lic [ R eso ur ces ] - [ N on -r ene wabl e en er gy r eso ur ce s] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al In do nes ia [ Re sou r ces] - [ N on- re newa ble ene rg y r eso ur ces] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al P ola nd [R es our ce s] - [N o n-r en ewab le e ner gy re sou rc es] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al U S A [R es ou rce s] - [N o n-r en ewab le e ner gy re sou rc es] E -4 kg (Ma ss) E- 4 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al V en ez ue la [R e sou rc es] - [N o n- ren ewa ble ene rg y r eso ur ces] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al S ou th A fr ica [ R eso ur ces] - [ N on -r ene wabl e en erg y r eso ur ces ] E -5 kg ( Mas s) E -5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il A u str alia [R es our ce s] - [N o n-r en ewab le en er gy res ou rce s] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il N ew Zea lan d [ Re sou rc es] - [ No n- re newa ble ene rg y r eso ur ces] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il A n go la [ Re sou rc es] - [N o n- re newa ble ene rg y r eso ur ces] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion

5 Process or LCI result data set: Diesel ; Consumption mix; 500 ppm sulphur, at refiner... Page 5 of 9 E lem ent ar y flo w N atu ral gas A ng ola [R eso ur ces ] - [N on -r en ewab le en er gy res ou rce s] E -6 kg ( Mas s) E -6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il C am er oo n [ R eso ur ces ] - [ N on -r ene wabl e en erg y r eso ur ces ] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas C am ero on [R es ou rce s] - [N o n- ren ewab le e ner gy re sou rc es] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il N ig er ia [R e sou rc es] - [N o n- re newa ble ene rg y r eso ur ces] kg (Ma ss) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas N ige ria [R eso ur ces ] - [N on -r en ewab le en er gy res ou rce s] kg (Ma ss) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il E gy pt [R eso ur ces ] - [N on -r en ewab le en er gy res ou rce s] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Eg yp t [ Re sou rc es] - [ No n- re newa ble ene rg y r eso ur ces] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas A lge ria [R eso ur ces ] - [N on -r en ewab le en er gy res ou rce s] kg (M ass) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il A lg er ia [R e sou rc es] - [N o n- re newa ble ene rg y r eso ur ces] kg (Ma ss) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il L iby a [R e sou rc es] - [N o n- ren ewab le e ner gy re sou rc es] E -4 kg (Ma ss) E- 4 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Lib yan [R es ou rc es] - [N o n- ren ewab le e ner g y re sou r ces] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il Ir an [R es ou rce s] - [N o n-r en ewab le e ner gy re sou rc es] E -4 kg (Ma ss) E- 4 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Ir an [ R eso ur ces] - [ N on -re new able en erg y r eso ur ces ] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il K u wait [R eso ur ce s] - [N on -r en ewab le en er gy res ou rce s] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas K uwa it [ Re sou r ces] - [ N on- re new able ene rg y r eso ur ces] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il Om an [R es ou rce s] - [N o n-r en ewab le e ner gy re sou rc es] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Om an [ R eso ur ces] - [ N on -r ene wabl e en erg y r eso ur ces ] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il Qa tar [R e sou rc es] - [N o n- ren ewab le e ner gy re sou rc es] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Qat ar [ R eso ur ces ] - [N on -r ene wabl e en er gy r es our ce s] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Sa ud i A ra bia [R eso ur ces ] - [N on -r en ewab le en er gy res ou rce s] kg (M ass) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il U n ited A r ab E m ira tes [R eso ur ces ] - [N on -r en ewab le en er gy res ou rce s] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas U nit ed Ar ab E mir ate s [R e sou rc es] - [N o n- ren ewa ble ene rg y r eso ur ces] E -7 kg ( Mas s) E -7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il B r un ei [ R eso ur ces] - [ N on- re new able ene rg y r eso ur ces] E -1 2 kg (M ass) E- 12 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il In do ne sia [ R eso ur ces] - [ N on -re new able en erg y r eso ur ces ] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il M alay sia [ R eso ur ces] - [ N on -re new able en erg y r eso ur ces ] E -1 2 kg (M ass) E- 12 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il C o lom bia [R es ou rce s] - [N o n-r en ewab le e ner gy re sou rc es] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas C olo mb ia [ R eso ur ces] - [ N on -r enew able en erg y r eso ur ces ] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il M exic o [R e sou rc es] - [N o n- re newa ble ene rg y r eso ur ces] E -4 kg (Ma ss) E- 4 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Mex ico [R eso ur ces ] - [N on -r en ewab le en er gy res ou rce s] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il V en ezue la [ Re sou r ces] - [ N on- re newa ble ene rg y r eso ur ces] E -4 kg ( Mas s) E -4 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Ve nezu ela [R eso ur ce s] - [N on -r en ewab le en er gy res ou rce s] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il C an ad a [R e sou rc es] - [N o n- ren ewa ble ene rg y r esou r ces] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas C ana da [R eso ur ces ] - [N on -r ene wab le en er gy r es our ce s] E -6 kg ( Mas s) E -6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il U S A [R es ou rc es] - [N o n- ren ewab le e ner g y re sou r ces] kg (M ass) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas U SA [ R eso ur ces ] - [ N on -r ene wabl e en er gy r eso ur ce s] E -4 kg (Ma ss) E- 4 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Ger ma ny [ R eso ur ces ] - [ N on -r ene wabl e en er gy r eso ur ce s] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il D en m ark [R es our ce s] - [N o n-r en ewab le en er gy res ou rce s] E -4 kg (Ma ss) E- 4 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas D enm ar k [ R esou r ces] - [ N on -re new able ene rg y r eso ur ces] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il N et he rlan ds [R es ou rce s] - [N o n-r en ewab le e ner gy re sou rc es] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas N eth er land s [ R eso ur ces] - [ N on -re new able en erg y r eso ur ces ] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il N o rwa y [R e sou rc es] - [N o n- ren ewa ble ene rg y r esou r ces] kg (M ass) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas N or way [R eso ur ces ] - [N on -r ene wab le en er gy r es our ce s] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il F ra nce [R eso ur ce s] - [N on -r en ewab le en er gy res ou rce s] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Fr an ce [ Re sou rc es] - [ N on- re new able ene rg y r eso ur ces] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il It aly [ R eso ur ces ] - [ N on -r ene wabl e en er gy r eso ur ce s] E -5 kg ( Mas s) E -5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Ita ly [R e sou rc es] - [N o n- ren ewa ble e ne rg y re sou r ces] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al M exico [R e sou rc es] - [N o n- ren ewa ble ene rg y r esou r ces] E -8 kg (Ma ss) E- 8 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al V iet nam [R e sou rc es] - [N o n- ren ewa ble ene rg y r eso ur ces] E -7 kg ( Mas s) E -7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Jap an [R eso ur ces ] - [N on -r ene wab le en er gy r es ou rce s] E -1 4 kg (M ass) E- 14 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al S pa in [ R eso ur ces] - [ N on -re new able en erg y r eso ur ces ] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al F ran ce [R eso ur ces ] - [N on -r en ewab le en er gy res ou rce s] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al B elg iu m [ R eso ur ces] - [ N on -re new able ene rg y r eso ur ces ] E -9 kg (Ma ss) E- 9 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Pr im ary en erg y f ro m h yd ro po wer [R es ou rce s] - [R en ewab le e ner ge tic res ou rce s] MJ ( N et c alo rif ic va lue) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lig nit e A us tr ia [R e sou rc es] - [N o n- ren ewa ble ene rg y r eso ur ces] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas C IS [R eso ur ces ] - [N on -r en ewab le en er gy res ou rce s] E -5 kg ( Mas s) E -5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il U n ited K in gdo m [R eso ur ce s] - [N on -r en ewab le en er gy res ou rce s] kg (M ass) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il C IS [ Re sou rc es] - [ No n- re newa ble ene rg y r eso ur ces] kg (M ass) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al U n ited K ing do m [R eso ur ces ] - [N on -r ene wab le en er gy r es our ce s] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w U ran ium [ Re sou rc es] - [ No n- re newa ble ene rg y r eso ur ces] MJ (N et calo rif ic v alue ) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas U nit ed Ki ng dom [ Re sou r ces] - [ No n- re newa ble ene rg y r eso ur ces] E -5 kg ( Mas s) E -5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al C IS [R e sou rc es] - [N o n- ren ewa ble ene rg y r eso ur ces] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lig nit e Ger m any (R he inis ch) [R es ou rce s] - [N o n-r en ewab le e ner gy re sou rc es] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lig nit e Fr an ce [ R eso ur ces] - [ N on -r ene wabl e en erg y r eso ur ces ] E -8 kg (Ma ss) E- 8 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Pit Me tha ne [ R eso ur ces ] - [ N on -r ene wabl e en er gy r eso ur ce s] E -6 kg ( Mas s) E -6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w So il [ Re sou rc es] - [ No n- re newa ble ma ter ial r eso ur ces ] E -4 kg ( Mas s) E -4 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il Ge rm an y [R es ou rc es] - [N o n- ren ewab le e ner g y re sou r ces] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas A ust ra lia [ R esou rc es] - [ N on -re new able ene rg y r eso ur ces] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas B ru nei [R es our ce s] - [N o n-r en ewab le en er gy res ou rce s] E -8 kg (Ma ss) E- 8 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Mal aysia [R es ou rce s] - [N o n-r en ewab le e ner gy re sou rc es] E -8 kg (Ma ss) E- 8 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Ind on esia [R es our ce s] - [N o n-r en ewab le e ner gy re sou rc es] E -8 kg (Ma ss) E- 8 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Mol ybd eni te ( Mo 0,24 %) [R eso ur ces ] - [N on -r en ewab le el eme nt res ou rce s] E -7 kg ( Mas s) E -7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Pr im ary en erg y f ro m wi nd po wer [R es our ce s] - [R en ewab le e ner ge tic res ou rce s] E -4 MJ ( N et c alo rif ic va lue ) E- 4 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas N ew Z eala nd [R eso ur ces ] - [N on -r en ewab le en er gy res ou rce s] E -8 kg (Ma ss) E- 8 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al Ja pan [R e sou rc es] - [N o n- ren ewa ble e ne rg y re sou r ces] E -1 3 kg (M ass) E- 13 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas C zech R epu bl ic [R e sou rc es] - [N o n- ren ewa ble ene rg y r eso ur ces] E -8 kg ( Mas s) E -8 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Sp ain [R es ou rc es] - [N o n- ren ewab le e ner gy re sou rc es] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Gr eece [R eso ur ces ] - [N on -r en ewab le en er gy res ou rce s] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Po lan d [ R eso ur ces] - [ N on -r ene wabl e en erg y r eso ur ces ] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al B r az il [ R eso ur ces] - [ N on -re new able en erg y r eso ur ces ] E -4 kg (Ma ss) E- 4 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al P or tu ga l [R es our ce s] - [N o n-r en ewab le en er gy res ou rce s] E -1 0 kg (M ass) E- 10 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il A r ge ntin a [ R eso ur ces] - [ N on -re new able en erg y r eso ur ces ] kg (M ass) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas A rg ent ina [R es our ce s] - [N o n-r en ewab le e ner gy re sou rc es] E -4 kg (Ma ss) E- 4 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas B ra zil [R es ou rce s] - [N o n- ren ewab le e ner gy re sou rc es] kg (Ma ss) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il B r azil [ R eso ur ces] - [ N on -r ene wabl e en erg y r eso ur ces ] kg (Mas s) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il T un isia [R eso ur ces ] - [N on -r ene wab le en er gy r es our ce s] E -5 kg (Ma ss) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Tu nis ia [R e sou rc es] - [N o n- ren ewa ble ene rg y r eso ur ces] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il C h ina [R eso ur ces ] - [N on -r en ewab le en er gy res ou rce s] E -7 kg ( Mas s) E -7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Gab on [R es our ce s] - [N o n-r en ewab le en er gy res ou rce s] E -4 kg (Ma ss) E- 4 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il Ga bo n [ R esou r ces] - [ N on- re new able ene rg y r eso ur ces] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Tit aniu m or e [R e sou rc es] - [N o n- ren ewa ble elem ent r eso ur ces] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Pr eci ou s me tal or e (R.O.M) [R eso ur ces ] - [N on -r ene wabl e ele me nt r es our ce s] E -8 kg (Ma ss) E- 8 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w So diu m sulp ha te [ R eso ur ces] - [ N on -r enew able elem en t r eso ur ces ] E -1 2 kg (M ass) E- 12 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Pr im ary en erg y f ro m s olar en er gy [R eso ur ces ] - [R en ewab le en er get ic r eso ur ces ] MJ (N et calo rif ic v alue ) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Pr im ary en erg y f ro m g eo the rm ics [R eso ur ces ] - [R en ewab le en er get ic r eso ur ces ] E -5 MJ ( N et c alo rif ic va lue ) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w B asalt [R es ou rce s] - [N o n-r en ewab le m at eri al r eso ur ces] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Pe at [ R eso ur ces] - [ N on -re new able ma ter ial r eso ur ce s] E -5 MJ ( N et c alo rif ic va lue ) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Mag nes ium ch lor id e lea ch ( 40% ) [ R eso ur ces] - [ N on -re new able ma ter ial r es ou rce s] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il Ir ela nd [R eso ur ce s] - [N on -r en ewab le en er gy res ou rce s] E -1 1 kg (M ass) E- 11 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas A ust ria [R es ou rce s] - [N o n-r en ewab le e ner gy re sou rc es] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas B ulg ar ia [R e sou rc es] - [N o n- ren ewa ble ene rg y r eso ur ces] E -1 2 kg (M ass) E- 12 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas B oliv ia [ Re sou rc es] - [ N on- re new able ene rg y r eso ur ces] kg (M ass) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas C hile [R es ou rce s] - [N o n-r en ewab le e ner gy re sou rc es] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas E cuad or [R e sou rc es] - [N o n- ren ewa ble ene rg y r eso ur ces] E -4 kg (Ma ss) E- 4 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas H un gar y [ R eso ur ces] - [ N on -re new able en erg y r eso ur ces ] E -9 kg (Ma ss) E- 9 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Ir aq [ R eso ur ces] - [ N on -re new able en erg y r eso ur ces ] E -4 kg (Ma ss) E- 4 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Ind ia [ R eso ur ces] - [ N on -r enew able en erg y r eso ur ces ] E -1 0 kg (M ass) E- 10 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas R om an ia [R e sou rc es] - [N o n- ren ewa ble e ne rg y re sou r ces] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Sl ova kia [ R eso ur ces] - [ N on -re new able en erg y r eso ur ces ] E -1 1 kg (M ass) E- 11 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Sy ria [R es ou rce s] - [N o n-r en ewab le e ner gy re sou rc es] E -1 1 kg (M ass) E- 11 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Tu rk ey [ Re sou rc es] - [ N on- re new able ene rg y r eso ur ces] E -1 6 kg (M ass) E- 16 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas So ut h A f ric a [R e sou rc es] - [N o n- ren ewa ble e ne rg y r esou r ces] E -1 0 kg (M ass) E- 10 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Tr ini dad an d T ob ago [R es ou rc es] - [N o n- ren ewab le e ner g y re sou r ces] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il A u str ia [ R eso ur ces] - [ N on -r enew able en erg y r eso ur ces ] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il B u lgar ia [R eso ur ces ] - [N on -r ene wab le en er gy r es ou rce s] E -1 1 kg (M ass) E- 11 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w

6 Process or LCI result data set: Diesel ; Consumption mix; 500 ppm sulphur, at refiner... Page 6 of 9 C ru de o il B o livia [R eso ur ce s] - [N on -r en ewab le en er gy res ou rce s] kg (M ass) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il C h ile [ R eso ur ces] - [ N on -re new able en erg y r eso ur ces ] E -9 kg ( Mas s) E -9 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il C zec h R e pub lic [R eso ur ces ] - [N on -r ene wab le en er gy r es our ce s] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il E cu ado r [R eso ur ces ] - [N on -r ene wab le en er gy r es ou rce s] kg (M ass) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il Gr ee ce [R e sou rc es] - [N o n- re newa ble ene rg y r eso ur ces] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il H u ng ary [R es ou rce s] - [N o n-r en ewab le e ner gy re sou rc es] E -9 kg (Ma ss) E- 9 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il Ir aq [R es ou rce s] - [N o n-r en ewab le e ner gy re sou rc es] kg (Ma ss) Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il In dia [R es ou rce s] - [N o n-r en ewab le e ner gy re sou rc es] E -1 0 kg (M ass) E- 10 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il P ol and [R es ou rce s] - [N o n- ren ewab le e ner gy re sou rc es] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il R o man ia [R eso ur ces ] - [ N on -r ene wabl e en er gy r eso ur ce s] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il S lo vakia [R es ou rce s] - [N o n-r en ewab le e ner gy re sou rc es] E -1 2 kg (M ass) E- 12 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il S yr ia [ R eso ur ces] - [ N on -re new able en erg y r eso ur ces ] E -1 0 kg (M ass) E- 10 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il T ur key [R eso ur ce s] - [N on -r en ewab le en er gy res ou rce s] E -15 kg (Ma ss) E -1 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C ru de o il T rin ida d a nd To bag o [ R eso ur ces ] - [ N on -r ene wabl e en erg y r eso ur ces ] E -6 kg ( Mas s) E -6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al C h ile [ R esou r ces] - [ N on- re newa ble ene rg y r eso ur ces] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al T ur key [R eso ur ces ] - [N on -r en ewab le en er gy res ou rce s] E -1 1 kg (M ass) E- 11 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al In dia [R eso ur ce s] E -8 kg (Ma ss) E- 8 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lig nit e B ul gar ia [ R eso ur ces] - [ N on -re new able en erg y r eso ur ces ] E -8 kg (Ma ss) E- 8 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lig nit e C an ada [R es our ce s] - [N o n-r en ewab le e ner gy res ou rc es] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lig nit e C IS [R es ou rce s] - [N o n-r en ewab le e ner gy re sou rc es] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lig nit e C zech R ep ub lic [ R eso ur ces] - [ N on -re new able ene rg y r eso ur ces ] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lig nit e H un ga ry [R eso ur ces ] - [N on -r ene wab le en er gy r es our ce s] E -8 kg (Ma ss) E- 8 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lig nit e P ola nd [R eso ur ces ] - [N on -r en ewab le en er gy res ou rce s] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lig nit e S lov akia [R eso ur ces ] - [N on -r ene wab le en er gy r es our ce s] E -9 kg (Ma ss) E- 9 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lig nit e R om an ia [ R eso ur ces] - [ N on- re new able ene rg y r eso ur ces] E -9 kg (Ma ss) E- 9 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lig nit e S lov enia [R es ou rce s] - [N o n-r en ewab le e ner gy res ou rc es] E -8 kg (Ma ss) E- 8 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lig nit e Tu r key [ R eso ur ces] - [ N on -r ene wabl e en erg y r eso ur ces ] E -1 3 kg (M ass) E- 13 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w N atu ral gas Ire lan d [ Re sou rc es] - [ N on- re new able ene rg y r eso ur ces] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w R aw p um ice [ R eso ur ces] - [ N on -r enew able ma ter ial res ou rce s] E -11 kg (Ma ss) E -1 1 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al M alays ia [ Re sou rc es] - [ N on- re new able ene rg y r eso ur ces] E -1 4 kg (M ass) E- 14 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Wo od (1 6.9 M J/kg ) [ R eso ur ces] - [ R ene wabl e en erg et ic r eso ur ces] E -5 MJ ( N et c alo rif ic va lue ) E- 5 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al N ew Zea land [R e sou rc es] - [N o n- ren ewa ble ene rg y r eso ur ces] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lig nit e Ma ced on ia [R e sou rc es] - [N o n- ren ewa ble ene rg y r eso ur ces] E -8 kg (Ma ss) E- 8 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lig nit e S er bia and Mo nt ene gr o [ Re sou rc es] - [N o n- re newa ble ene rg y r eso ur ces] E -8 kg (Ma ss) E- 8 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w Lig nit e B os nia and H er zego vin a [ Re sou rc es] - [ No n- re newa ble ene rg y r eso ur ces] E -9 kg (Ma ss) E- 9 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w H ard co al B o snia an d H er zeg ovin a [ R eso ur ces] - [ N on -re new able en erg y r eso ur ces ] E -9 kg (Ma ss) E- 9 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C op per - G old - S ilve r - or e ( 1,1% C u; 0,01 g/t A u; 2,86 g/t A g) [R es our ce s] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C op per - G old - S ilve r - or e ( 1,16% C u ; 0,0 02 g /t A u ; 1,06 g /t A g ) [ R eso ur ces] E -7 kg (Ma ss) E- 7 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C op per - M oly bd enu m - Go ld - Si lver - o re (1, 13% C u; 0,02 % M o; 0,01 g/t A u; 2,86 g/t A g) [R eso ur ces ] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion E lem ent ar y flo w C op per - G old - S ilve r - or e ( 1,0% C u; 0,4 g/t A u; 66 g /t A g ) [R e sou rc es] E -6 kg (Ma ss) E- 6 Mi xed pr ima ry / sec on dar y U n kno wn or mix ed der iva tion O ut put s Ty p e O f Flow Exc h a ng e R e su lt ing am ou n t Me an a mo u n t D a ta s ou r ce t yp e D a ta d e ri va tio n t yp e / st at u E lem ent ar y flo w C h ro miu m [E mis sio ns t o a ir] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w K r ypt on -85 [E m issio ns to air] kb q (R ad ioa ctiv ity) Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w N it ro gen (a tm osp he ric nit ro gen ) [ Em iss ion s to air ] E -5 k g ( Mass ) E -5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ilv er [ E miss ion s t o ai r] E- 18 k g ( Mass ) E -18 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w P all adiu m [E mis sion s t o ai r] E -19 kg (Mas s) E -1 9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C h ro miu m [E mis sio ns t o f re sh w ater ] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w P ot ass ium [E m issio ns to fr esh wate r] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C ar b on dio xide [E m issio ns to air ] k g ( Mass ) Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M agn esi um [E mis sio ns t o f re sh w ater ] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ul ph ur ic ac id [ Em iss ion s to fr esh wat er ] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w W as te h eat [E mi ssio ns to a ir] MJ (N et calo ri fic v alu e) Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w W at er (r iver wat er ) [R e sou rc es] - [R e newa ble mat er ial r eso ur ces ] kg (M ass) Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ul ph ur [E mi ssio ns t o f re sh w ater ] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w U se d a ir [ Em iss ion s to air ] E -4 k g ( Mass ) E -4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w W as te h eat [E mi ssio ns to f re sh wate r] MJ (N et calo rif ic va lue ) Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C ar b on mo no xide [E m issio ns to air] E -4 k g ( Mass ) E -4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M eth ane [E m issio ns to air] kg (Ma ss) Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w D in itr og en mo no xide [E m issio ns to air ] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w N M VOC, no n-m et han e vo lat ile o rg an ic co mp ou nd s, u ns peci fied or ig in [ Em iss ion s to air ] E -4 k g ( Mass ) E -4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w N it ro gen o xide s (a s N O2) [E mi ssio ns to air] E -4 k g ( Mass ) E -4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w D u st ( un spe cifi ed) [E mi ssio ns t o a ir] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w H yd r oge n c hlo rid e [ Em iss ion s to air ] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w H yd r oge n f luo rid e [ Em iss ion s to air ] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C h lor ina ted hy dr oca rb on s (u ns pec ified ) [ Em iss ion s to fr es h wa ter ] E -16 kg (Mas s) E -1 6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A n tim on y [E m issi ons to air ] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A r sen ic [ Em iss ion s to air ] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w H yd ro ge n a rse nic (ar sin e) [ Em iss ion s to air ] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B er yll ium [E m issio ns to air ] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w L ead [E m issio ns to air ] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C ad m ium [E m issio ns to air ] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ilv er [ E mis sion s t o f res h wa ter ] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C h ro miu m +III [E mis sion s t o ai r] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Ir on [E m issio ns to air ] E- 7 kg (M ass) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C o bal t [E m issio ns to air ] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C o pp er [E mis sion s t o a ir] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w L ant ha nid es [ Em iss ion s to air ] E- 14 k g ( Mass ) E -14 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M ang an ese [ Em is sion s t o ai r] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M oly bde nu m [ Em iss ion s to air ] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w N ic kel [ Em iss ion s to air ] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M er cur y [ Em issi on s to air ] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ca ndi um [E mi ssio ns to a ir] E -14 kg (Mas s) E -1 4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ele niu m [ Em iss ion s t o air ] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S tr on tiu m [E mis sion s t o ai r] E -13 kg (Mas s) E -1 3 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w T hal lium [E m issio ns to air ] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w T ita niu m [ Em iss ion s to air ] E- 12 k g ( Mass ) E -12 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w V an adi um [E mi ssio ns to a ir] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Z inc [E mis sio ns t o a ir] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w T in [ E mis sion s t o ai r] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A m mo ni a [E m issio ns to air ] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A m mo ni um nit rat e [ Em issi on s to air ] E -14 kg (Mas s) E -1 4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w H yd r oge n b ro mi ne ( hy dr obr o mic acid ) [ Em iss ion s to air ] E -12 kg (Mas s) E -1 2 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B r om in e [E m issio ns to air] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C h lor ine [E m issio ns to air] E -13 kg (Mas s) E -1 3 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C h lor ide (u nsp eci fied ) [ Em issi on s to air ] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C ya nid e ( uns pec ifie d) [E mis sion s t o ai r] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w H yd ro cy anic acid [E m issio ns to air ] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w F luo ri ne [ Em iss ion s to air ] E -12 kg (Mas s) E -1 2 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w F luo ri de ( un spe cifie d) [E mi ssio ns t o a ir] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ul ph ur ic ac id [ Em iss ion s to air ] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w H yd r oge n s ulf ide [E mis sion s t o ai r] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w H yd r oxid e [ Em iss ion s to fr esh wat er ] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A ce to ne [ Em iss ion s to air ] E- 9 kg (M ass) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B en zen e [E m issio ns to air ] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C yc loh exa ne [ Em iss ion s to air ] E -12 kg (Mas s) E -1 2 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M eth ane, di chlo ro -, HC C - 30 [ Em iss ion s to air ] E -18 kg (Mas s) E -1 8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w D ie thy l am ine (et hyl ene eth ane am ine ) [E m issio ns to air ] E -19 kg (Mas s) E -1 9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A ce tic acid [E mi ssio ns to a ir] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B en zen e, et hyl - [E m issi ons to air ] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w F or ma ldeh yd e [E m issi ons to air ] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w H ep ta ne [ Em iss ion s to air ] E- 6 kg (M ass) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w H ex am eth ylen e d iam ine (H MD A ) [ E mis sion s t o ai r] E -16 kg (Mas s) E -1 6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion

7 Process or LCI result data set: Diesel ; Consumption mix; 500 ppm sulphur, at refiner... Page 7 of 9 E lem ent ar y flo w H ex ane [E mi ssio ns to air] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M eth ano l [ Em issi on s to air ] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Oc tan e [ Em issi on s to air ] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w P he no l [E m issio ns to air ] E- 13 k g ( Mass ) E -13 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w P r opi on ic ac id ( pr op ane acid ) [ Em iss ion s to air ] E- 13 k g ( Mass ) E -13 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M eth ane, tr ich lor of luo ro -, C F C -11 [E mi ssio ns to air] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w R 1 14 ( dich lo ro tet raf luo ro eth an e) [ Em iss ion s to air ] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M eth ane, di chlo ro di flu or o-, C FC -1 2 [E m issio ns to air ] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M eth ane, ch lor ot rif luo ro -, C F C -13 [E mi ssio ns to air] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M eth ane, ch lor od iflu or o-, H C FC - 22 [ Em iss ion s to air ] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ty ren e [ Em iss ion s to air ] E -15 kg (Mas s) E -1 5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w T olu en e [E m issio ns to air ] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w E th ylen e, c hlo ro - [ Em iss ion s to air ] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w X yle ne [ Em is sion s t o ai r] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C ar b on -14 [ E miss ion s t o ai r] E- 5 kb q (R ad ioa ctiv ity) E -5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C o bal t-6 0 [E m issio ns to air ] E- 9 kb q (R ad ioa ctiv ity) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C es ium [ Em issi on s to air ] E -8 k B q ( Ra dio act ivity ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C es ium [ Em issi on s to air ] E -8 k B q ( Ra dio act ivity ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w H yd ro ge n- 3, T rit ium [E m issio ns to air ] E -4 k B q ( Ra dio act ivity ) E -4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Io din e- 129 [E mis sion s t o ai r] E- 8 kb q (R ad ioa ctiv ity) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w P lu ton ium - alph a [ Em issi on s to air ] E -11 kb q ( R adi oac tivit y) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w R ad on [E m issi ons to air ] kb q ( R adio act ivit y) Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w U r ani um [E m issio ns to air ] E -7 k B q ( Ra dio act ivity ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w U r ani um [E m issio ns to air ] E -9 k B q ( Ra dio act ivity ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w U r ani um [E m issio ns to air ] E -6 k B q ( Ra dio act ivity ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w X en on [E m issio ns to air ] E -4 k B q ( Ra dio act ivity ) E -4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w X en on [E m issio ns to air ] E -5 k B q ( Ra dio act ivity ) E -5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w X en on [E m issio ns to air ] E -6 k B q ( Ra dio act ivity ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Io din e- 131 [E mis sion s t o ai r] E -8 k B q ( Ra dio act ivity ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M agn esi um chl or ide [E mis sion s t o f res h wa ter ] E -14 kg (Mas s) E -1 4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C o bal t-5 8 [E m issio ns to air ] E -11 kb q ( R adi oac tivit y) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A n tim on y-1 24 [ Em issi on s to air ] E -11 kb q ( R adi oac tivit y) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A d sor ba ble or gan ic h alo ge n co mp ou nd s ( AO X) [E mi ssio ns to f re sh w ate r] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B io log ical oxy gen d ema nd (B OD ) [E mis sion s t o f res h wa ter ] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C h em ical o xyg en dem an d ( C OD ) [ Em issi on s to fr esh wat er] E -5 k g ( Mass ) E -5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Ox yge n [ R esou r ces] - [ R ene wabl e ele men t r eso ur ces ] E -4 k g ( Mass ) E -4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Or g anic com po un ds (u nsp ecif ied ) [E m issi ons to fr esh wat er] E -24 kg (Mas s) E -2 4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A r om ati c hy dr oca rb on s (u ns pec ified ) [ Em iss ion s t o air ] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w T ot al o rg anic bo un ded ca rb on [E mis sio ns t o f re sh w ater ] E -5 k g ( Mass ) E -5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A n tim on y [E m issi ons to fr esh wat er] E -14 kg (Mas s) E -1 4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A r sen ic [ Em iss ion s to fr esh wat er ] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B ar iu m [ Em iss ion s to fr esh wat er ] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B er yll ium [E mi ssio ns to fre sh wate r] E -12 kg (Mas s) E -1 2 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w L ead [E m issio ns to fre sh wate r] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C ad m ium [E mi ssio ns to fre sh wate r] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C h ro miu m +III [E mis sion s t o f res h wa ter ] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C h ro miu m VI [E mis sio ns t o f res h wa ter ] E -17 kg (Mas s) E -1 7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Ir on [E m issio ns to fr esh wat er] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M etal s (u ns pec ified ) [ Em iss ion s to air ] E- 13 k g ( Mass ) E -13 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C o bal t [E m issio ns to fr esh wate r] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C o pp er [E mis sion s t o f res h wa ter ] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M ang an ese [ Em is sion s t o f res h wa ter ] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M olyb de nu m [ Em iss ion s to fr es h wa ter ] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w N ic kel [ Em iss ion s to fr esh wat er ] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M er cur y [ Em issi on s to fr esh wat er] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w T hal lium [E m issio ns to fr esh wat er] E -12 kg (Mas s) E -1 2 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w T ita niu m [ Em iss ion s to fr esh wat er ] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w V an adi um [E mi ssio ns to f re sh w ater ] E- 8 kg (M ass) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Z inc [E mi ssio ns to f re sh w ater ] E -8 kg (Ma ss) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w T in [ E mis sion s t o fr es h wa ter ] E- 10 k g ( Mass ) E -10 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A lu mi num [ Em iss ion s to fr esh wat er ] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A m mo ni um / am mo nia [E m issio ns to fre sh wate r] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A ci d ( calcu lat ed a s H +) [E m issio ns to fre sh wate r] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C h lor id e [E m issio ns to fre sh wate r] kg (Ma ss) Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C ya nid e [ Em issi on s to fr esh wat er] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w F luo ri de [ Em iss ion s to fr es h wa ter ] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w H yd ro ge n f luo rid e [ Em iss ion s to fr esh wat er ] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S od iu m [ Em iss ion s to fr esh wat er ] E -5 k g ( Mass ) E -5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w N it rat e [ Em iss ion s to fr esh wat er ] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w P ho sp hat e [E m issi ons to fr esh wat er] E- 7 kg (M ass) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C al cium [E m issi ons to fr esh wat er] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ul ph ate [ E mis sion s t o f res h wa ter ] E -4 k g ( Mass ) E -4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w P r opa ne, 1,2- dic hlo ro - [ Em iss ion s to fr esh wat er] E -19 kg (Mas s) E -1 9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B en zen e [E m issio ns to fr esh wat er] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B en zen e, et hyl - [E m issi on s to fr esh wat er] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C r eso l (m et hyl ph eno l) [ Em iss ion s to fr esh wat er ] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M eth ano l [ Em issi on s to fr esh wat er] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M eth ane, m ono ch lor o-, R -4 0 [E m issio ns to fre sh wate r] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w D io xin s, m easu r ed a s 2,3,7,8 -tet ra chlo ro di ben zo- p-d io xin [E mis sion s t o f res h wa ter ] E -24 kg (Mas s) E -2 4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w T olu en e [E m issio ns to fr esh wate r] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w E th ylen e, c hlo ro - [ Em iss ion s to fr esh wat er ] E -14 kg (Mas s) E -1 4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w X yle ne [E mis sion s t o f res h wa ter ] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A m er iciu m- 241 [E mis sion s t o f res h wa ter ] E -8 k B q ( Ra dio act ivity ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C ar b on -14 [ E miss ion s t o fr es h wa ter ] E -6 k B q ( Ra dio act ivity ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C u riu m -alp ha [E mis sion s t o f res h wa ter ] E -8 k B q ( Ra dio act ivity ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C o bal t-6 0 [E m issio ns to fre sh wate r] E -5 k B q ( Ra dio act ivity ) E -5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C es ium [ Em issi on s to fr esh wat er] E -6 k B q ( Ra dio act ivity ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C es ium [ Em issi on s to fr esh wat er] E -5 k B q ( Ra dio act ivity ) E -5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w H yd ro ge n- 3, T rit ium [E m issio ns to fr esh wate r] kb q ( R adio act ivit y) Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Io din e- 129 [E mis sion s t o f res h wa ter ] E -6 k B q ( Ra dio act ivity ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w P lu ton ium - alph a [ Em issi on s to fr esh wat er] E -7 k B q ( Ra dio act ivity ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w R ad iu m- 226 [ Em iss ion s to fr esh wat er ] E- 4 kb q (R ad ioa ctiv ity) E -4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w R u th eniu m -106 [E mis sio ns t o f re sh w ater ] E -8 k B q ( Ra dio act ivity ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S tr on tiu m- 90 [ E miss ion s t o fr es h wa ter ] E -6 k B q ( Ra dio act ivity ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w U r ani um [E m issio ns to fr esh wate r] E -5 k B q ( Ra dio act ivity ) E -5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M ang an ese- 54 [ Em iss ion s to fr esh wat er ] E -6 k B q ( Ra dio act ivity ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C o bal t-5 8 [E m issio ns to fre sh wate r] E -8 k B q ( Ra dio act ivity ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A n tim on y-1 24 [ Em iss ion s to fr esh wat er] E- 10 k B q (R a dio act ivity ) E -10 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A n tim on y-1 25 [ Em iss ion s to fr esh wat er] E -10 kb q ( R adi oac tivit y) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Io din e- 131 [E mis sion s t o f res h wa ter ] E -10 kb q ( R adi oac tivit y) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A ld eh yde s [E m issio ns to air ] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion W ast e fl ow W as te r ad ioa ctive [E nd -o f-l ife t re atm en t] - [D isp os al] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion W ast e fl ow C af 2 ( low rad ioa ctic e) [ En d- of -lif e tr eat me nt] - [ D ispo sal ] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion W ast e fl ow U r an ium de plet ed [E nd -o f-lif e tr ea tm ent ] - [D isp osa l] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion W ast e fl ow P lu ton ium as re sid ual pr od uct [E nd -o f-lif e t rea tm ent ] - [D isp os al] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion W ast e fl ow M edi um and lo w r adio act ive w aste s [E n d-o f- life tr eatm en t] - [D is po sal] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion W ast e fl ow R ad io activ e t ailin gs [ E nd -of -lif e tr eat me nt] - [ D ispo sal ] E- 6 kg (M ass) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M etal s (u ns pec ified ) [ Em iss ion s to fr esh wat er ] E -12 kg (Mas s) E -1 2 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ol ids (di sso lved ) [E m issi ons to fr esh wat er] E- 8 kg (M ass) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w H al og enat ed hyd r ocar b ons (u nsp eci fied ) [ Em iss ion s to air ] E -18 kg (Mas s) E -1 8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Or g anic chl or ine com po un ds [E mis sio ns t o a ir] E -15 kg (Mas s) E -1 5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w E xh aus t [ Em issi on s to air ] kg ( Mas s) Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w N it ro gen [E m issio ns to fr esh wat er] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ul ph ide [ E mis sion s t o f res h wa ter ] E -5 k g ( Mass ) E -5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w

8 Process or LCI result data set: Diesel ; Consumption mix; 500 ppm sulphur, at refiner... Page 8 of 9 C h lor in e [E m issio ns to fre sh wate r] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Or g anic chl or ine com po un ds (u nsp ecif ied ) [E m issio ns to fr esh wate r] E- 15 k g ( Mass ) E -15 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Or g anic com po un ds (d isso lved ) [ Em iss ion s to fr esh wat er ] E -13 kg (Mas s) E -1 3 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A r sen ic t rio xid e [E m issio ns to air ] E -13 kg (Mas s) E -1 3 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w H yd ro ge n [ Em iss ion s to air ] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w P r ope ne [E mis sio ns t o a ir] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C ar bo na te [ E miss ion s t o f res h wa ter ] E -5 k g ( Mass ) E -5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A cr ylo ni tri le [E m issio ns to fr esh wat er] E -14 kg (Mas s) E -1 4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S oi l los s b y er osi on int o wa ter [E m issio ns to fr esh wate r] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C ar b on, or gan ica lly b ou nd [E mi ssio ns t o f re sh w ater ] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B u tad ien e [E m issio ns to air ] E -15 kg (Mas s) E -1 5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ul fur h exaf luo rid e [ Em iss ion s to air ] E- 12 k g ( Mass ) E -12 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Ox yge n [ Em iss ion s to air ] E -4 k g ( Mass ) E -4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S te am [E mis sion s t o a ir] k g ( Mass ) Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Oi l (u nsp eci fied ) [ Em issi on s to ind us tr ial s oil] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M eth ane, te tr aflu or o-, FC - 14 [ Em iss ion s to air ] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w T ot al d isso lved or ga nic bo un ded car bo n [ E mis sion s t o fr es h wa ter ] E -12 kg (Mas s) E -1 2 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w H ea vy m et als t o a ir ( un spe cifie d) [E mis sio ns t o a ir] E -12 kg (Ma ss) E- 12 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ol ids (su spe nd ed) [E mi ssio ns to f re sh wate r] kg (Ma ss) Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w H yd ro ca rb ons (u nsp ecif ied ) [ Em iss ion s to fr esh wat er] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Oi l (u nsp eci fied ) [ Em issi on s to fr esh wat er] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w P ol ycyc lic ar om at ic h ydr oc ar bo ns ( PA H, uns pec.) [ Em iss ion s to fr esh wat er ] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w N eu tr al s alts [E mis sio ns t o f re sh w ater ] E -16 kg (Mas s) E -1 6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w H ea vy m et als t o wa ter (u ns peci fied ) [ Em iss ion s to fr esh wat er ] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w E th an e [E m issio ns to air ] E -4 k g ( Mass ) E -4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B u tan e [ Em issi on s to air ] E -4 k g ( Mass ) E -4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w P en tan e [ Em issi on s to air ] E- 5 kg (M ass) E -5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w E th an ol [ Em iss ion s to air ] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w P r opa ne [E mis sio ns t o a ir] E- 4 kg (M ass) E -4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A m mo ni a [E m issio ns to ind ust ria l so il] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C h ro miu m +III [E mis sion s t o in du str ial soi l] E -13 kg (Mas s) E -1 3 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M er cur y [ Em issi on s to ind us tr ial so il] E -13 kg (Mas s) E -1 3 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w N ic kel [ Em iss ion s to in du str ial s oil] E- 9 kg (M ass) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C o pp er [E mis sio ns t o in du str ial soil ] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C o bal t [E m issio ns to ind us tri al so il] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C ad m ium [E mi ssio ns to ind ust ria l so il] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w L ead [E m issio ns to ind ust ria l so il] E -12 kg (Mas s) E -1 2 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A r sen ic [ Em iss ion s to in dus tr ial s oil] E -12 kg (Mas s) E -1 2 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Z inc [E mis sio ns t o i nd ust ria l so il] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w F luo ra nth en e [E m issio ns to air ] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w F luo re ne [E mis sion s t o a ir] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A m mo ni um [E mis sio ns t o a ir] E -14 kg (Mas s) E -1 4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w T ellu riu m [E mis sion s t o a ir] E -12 kg (Mas s) E -1 2 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B en z en e, 1, 3,5- tri met hy l- [ Em issi on s to air ] E -14 kg (Mas s) E -1 4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w N it ro gen m on oxid e [ Em iss ion s to air ] E -12 kg (Mas s) E -1 2 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ele niu m [ Em iss ion s t o fr es h wa ter ] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A ce tic acid [E mi ssio ns to fre sh wate r] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w F luo ri ne [ Em iss ion s to fr es h wa ter ] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w H yd r oge n c hlo rid e [ Em issi on s to fr esh wat er] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w H ex ane [E mi ssio ns to fre sh wate r] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ul ph ite [ Em iss ion s to fr esh wa ter ] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M ang an ese [ E mis sion s t o in du str ial soil] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w N it ro gen o rg anic bo un ded [E m issio ns to fr esh wat er] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A r om ati c hy dr oca rb on s (u ns pec ified ) [ Em iss ion s t o fr es h wa ter ] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B o ro n [ Em iss ion s to fr esh wat er ] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M er capt an (u nsp ecif ied) [E m issio ns to air ] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w P ho sp ho ru s [E m issio ns to ind us tri al so il] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Ir on [E m issio ns to ind us tr ial so il] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C h ro miu m [E mis sio ns t o in du st rial soi l] E- 9 kg (M ass) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B o ro n c om po un ds ( un spe cifi ed) [E mi ssio ns to a ir] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S tr on tiu m [E mis sion s t o f res h wa ter ] E- 6 kg (M ass) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A ce tald eh yde [E mi ssio ns t o a ir] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w H el ium [E m issio ns to air ] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B ar iu m [ Em iss ion s to air ] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B en zo( a)p yr ene [E mi ssio ns to a ir] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B en zo( a)a nth ra cen e [E m issi ons to air ] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Z inc sul ph ate [ E mis sion s t o ai r] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ilic ate par tic les [ Em iss ion s to fr es h wat er ] E -12 kg (Mas s) E -1 2 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A lk ene s [E m issio ns to air ] E- 8 kg (M ass) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A lk ane s [E m issio ns to air ] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A r go n- 41 [ Em iss ion s to air ] E -4 kb q (R ad ioac tivi ty) E -4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w X en on [E m issio ns to air ] E -6 k B q ( Ra dio act ivity ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w X en on [E m issio ns to air ] E -8 k B q ( Ra dio act ivity ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ilv er- 110 [E mis sion s t o f res h wa ter ] E -11 kb q ( R adi oac tivit y) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w N o n u sed pr im ary en erg y f ro m wi nd po wer [E mi ssio ns to a ir] E -6 M J ( Ne t ca lor ific valu e) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w N o n u sed pr im ary en erg y f ro m w ater p ower [ Em issi on s to fr esh wat er] MJ ( N et c alor ifi c val ue) Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w F luo ri des [E mis sion s t o a ir] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w N it ro gen d ioxi de [ Em iss ion s to air ] E -14 kg (Mas s) E -1 4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Z inc ox ide [ E miss ion s t o ai r] E -14 kg (Mas s) E -1 4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w T in o xid e [ Em issi on s to air ] E -15 kg (Mas s) E -1 5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B en zo( k)f luo ra nth en e [E m issio ns to air ] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w P yr en e, in den o( 1,2,3 -cd )- [E mis sio ns t o a ir] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B en zo( gh i)p ery len e [E m issio ns to air ] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A n th rac ene [E mis sio ns t o a ir] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C h rys ene [E mi ssio ns to air ] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w P he nan th re ne [ Em iss ion s t o air ] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w N ap ht hal ene [E mi ssio ns t o a ir] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w D ib en z[a,h ]an th ra cene [E m issio ns to air] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w D io xin s (u ns pec.) [ Em issi on s to air ] E -15 kg (Mas s) E -1 5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w W o od (du st ) [E m issio ns to air ] E -12 kg (Mas s) E -1 2 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w D u st ( PM 10) [E mi ssio ns to air] E -5 k g ( Mass ) E -5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w D u st ( PM 2.5) [E m issio ns to air ] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w P ho sp ho ru s [E m issio ns to fr esh wat er] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w E th an e, 1,2 -d ibr om o- [E mi ssio ns t o f re sh w ater ] E -15 kg (Mas s) E -1 5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A n th rac ene [E mis sio ns t o f re sh w ater ] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w F luo ra nth en e [E m issio ns to fr esh wat er] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B en zo( k)f luo ra nth en e [E m issio ns to fr esh wat er] E -12 kg (Mas s) E -1 2 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C h rys ene [E mi ssio ns to fre sh wate r] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B en zo( a)a nth ra cen e [E m issi ons to fr esh wat er] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w N ap ht hal ene [E mi ssio ns t o f re sh w ater ] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A ce nap ht hen e [ Em iss ion s to fr esh wat er ] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A ce nap ht hyl ene [E mis sio ns t o f re sh w ater ] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A d sor ba ble or ga nic h alo ge n co mp ou nd s ( AO X) [E mi ssio ns to s ea w ater ] E- 12 k g ( Mass ) E -12 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B io log ical oxy gen d ema nd (B OD ) [E mis sion s t o se a wa ter ] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C h em ical o xyg en dem an d ( C OD ) [ Em iss ion s to sea wat er] E -5 k g ( Mass ) E -5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w T ot al o rg anic bo un ded ca rb on [E mis sio ns t o s ea wa ter ] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A lu mi num [ Em issi on s to sea wat er] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A m mo ni a [E m issio ns to sea w ater ] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B ar iu m [ Em iss ion s to se a wat er ] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B er yll ium [E m issio ns to sea w ater ] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B o ro n [ Em iss ion s to sea wat er] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C al cium [ Em issi on s to sea wate r] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C ar bo na te [ E miss ion s t o se a wat er ] E- 5 kg (M ass) E -5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C h lor ide [E m issio ns to sea w ater ] kg (Ma ss) Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w

9 Process or LCI result data set: Diesel ; Consumption mix; 500 ppm sulphur, at refiner... Page 9 of 9 M agn esi um [E mis sio ns t o s ea wa ter ] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S od iu m [ Em iss ion s to sea wat er] E -5 k g ( Mass ) E -5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w N it rat e [ Em iss ion s to sea wat er] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ul phu r [E mis sio ns t o s ea wa ter ] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ul ph ate [ E mis sion s t o se a wat er ] E -5 k g ( Mass ) E -5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ul phi de [ E miss ion s t o se a wat er ] E -5 k g ( Mass ) E -5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A r om ati c hy dr oca rb on s (u ns pec ified ) [ Em iss ion s to se a wat er ] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B en zen e [E m issio ns to sea wate r] E -7 kg (Ma ss) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A ce tic acid [E mi ssio ns to sea w ater ] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B en zen e, et hyl - [E m issi ons to sea wate r] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w H ex ane [E mi ssio ns to sea w ater ] E -12 kg (Mas s) E -1 2 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C r eso l (m et hyl ph eno l) [ Em iss ion s to sea wat er] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Oi l (u nsp ecif ied ) [ Em issi on s to sea wate r] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w P he no l [E m issio ns to sea w ater ] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w T olu en e [E m issio ns to sea wate r] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w X yle ne [ Em is sion s t o se a wat er ] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A n th rac ene [E mis sio ns t o s ea wa ter ] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w F luo ra nth en e [E m issio ns to sea wate r] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B en zo( k)f luo ra nth en e [E m issio ns to sea wate r] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C h rys ene [E mi ssio ns to sea w ater ] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B en zo( a)a nth ra cen e [E m issio ns to sea wate r] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w N ap ht hal ene [E mis sio ns t o s ea wa ter ] E- 8 kg (M ass) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A ce nap ht hen e [ Em iss ion s to se a wat er] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A ce nap ht hy lene [E mis sio ns t o s ea wa ter ] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ol ids (su spe nd ed) [E mi ssio ns to s ea wa ter ] kg ( Mas s) Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A r sen ic [ Em iss ion s to sea wat er] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w L ead [E m issio ns to sea w ater ] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C ad m ium [E m issio ns to sea w ater ] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C h ro miu m [E mis sio ns t o s ea wa ter ] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Ir on [E m issio ns to sea wate r] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C o bal t [E m issio ns to sea wate r] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C o pp er [E mis sion s t o se a wa ter ] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M ang an ese [ Em is sion s t o se a wat er ] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M oly bde nu m [ Em iss ion s to se a wat er ] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w N ic kel [ Em iss ion s to se a wat er] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M er cur y [E m issi on s to sea wate r] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ilv er [ E miss ion s t o se a wat er ] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S tr on tiu m [E mis sion s t o se a wa ter ] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w T ita niu m [ Em iss ion s to sea wat er] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w V an adi um [E mi ssio ns to s ea wa ter ] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w Z inc [E mi ssio ns t o s ea wa ter ] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w T in [ E mis sion s t o se a wat er ] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion W ast e fl ow H ig hly ra dio act ive wa ste [E nd -o f-li fe t rea tm ent ] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B r om ine [E m issio ns to fre sh wate r] E -1 1 kg (M ass) E -11 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w F luo ri de [ Em iss ion s t o in du str ial s oil] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S tr on tiu m [E mis sion s t o in du str ial soil ] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w R h od ium [E m issio ns to air ] E -19 kg (Mas s) E -1 9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S od iu m ch lo rid e ( ro ck sa lt) [E mis sio ns t o f res h wa ter ] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ul fur d ioxi de [ Em iss ion s t o air ] kg (Ma ss) Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B ip he nyls, po lych lo rin ate d-, PC B s [E mis sion s t o a ir] E -11 kg (Mas s) E -1 1 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w P ho sp hin e [E m issi ons to air ] E -14 kg (Mas s) E -1 4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S od iu m h ypo ch lor ite [E mis sio ns t o f re sh w ater ] E- 12 k g ( Mass ) E -12 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w P he no l [E m issio ns to fre sh wate r] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w E th ylen e [ Em iss ion s to air ] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w V OC, v olat ile o rg an ic co mp ou nd s, u ns pec ified or ig in [ Em iss ion s t o air ] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C ar bo n disu lfid e [ Em iss ion s to air ] E -13 kg (Mas s) E -1 3 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A cr ol ein [E mis sio ns t o a ir] E -10 kg (Mas s) E -1 0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w D io xin s, m easu r ed a s 2,3,7,8 -tet ra chlo ro di ben zo- p-d io xin [E mis sion s t o ai r] E -15 kg (Mas s) E -1 5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w P ol ycyc lic ar om at ic h ydr oc ar bo ns ( PA H ) [E mi ssio ns to a ir] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A m mo nia [E mi ssio ns to fre sh wate r] E- 8 kg (M ass) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w U n use d p rim ar y e ner gy fr om so lar ene rg y [E m issio ns to air ] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w L ead di oxid e [ Em issi on s to air ] E -14 kg (Mas s) E -1 4 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion W ast e fl ow S lag (d ep osit ed) [E nd -o f- life t re atm en t] - [D is pos al] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w H yd r og en io di de [ Em iss ion s to air ] - [N o n- (sem i)m et al in or ga nics ] E -15 kg (Mas s) E -1 5 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w U n use d p rim ar y e ner gy fr om ge oth er ma l [E mi ssio ns t o f re sh w ate r] E -6 M J ( Ne t ca lor ific valu e) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion P ro du ct f low Ov er bur de n ( dep os ited ) [ En d- of -lif e tr eat men t] - [ D ispo sal ] kg (Ma ss) Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion P ro du ct f low D em o litio n wa ste (d epo site d) [E nd -o f-lif e t rea tm ent ] - [D isp osa l] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion P ro du ct f low S po il ( dep os ited ) [ En d- of -life tr eat men t] - [ D ispo sal] kg (Ma ss) Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion W ast e fl ow S lag (U r an ium co nve rsi on ) [E n d-o f- life tre atm en t] - [D is pos al] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w A lu mi niu m ( 3+) [E mi ssio ns to i nd ust ria l so il] - [N o n-( sem i)m eta l in or gan ics ] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C al cium ( 2+) [E mis sio ns t o in du str ial soi l] - [N on -( sem i)m eta l ino rg an ics] E -8 k g ( Mass ) E -8 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w P ot ass ium (+ ) [E m issi ons to ind us tri al so il] - [N o n- (se mi) met al in or ga nic s] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w M agn esi um (2+ ) [E m issi ons to ind us tr ial so il] - [N o n- (se mi) met al in or ga nic s] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S od iu m ( +) [ Em is sion s t o in du str ial s oil] - [ N on -(s emi )m etal ino rg an ics] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ul ph ate [ E mis sion s t o in du str ial soil ] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w C h lor id e [E m issio ns to ind ust ria l so il] E -6 k g ( Mass ) E -6 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w B r om id e [E m issio ns to ind ust ria l so il] - [N o n-( sem i)m et al in or gan ics ] E -9 k g ( Mass ) E -9 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion E lem ent ar y flo w S ul ph ide [E mis sion s t o in du str ial soil ] E -7 k g ( Mass ) E -7 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion P ro du ct f low D ie sel [ En er gy car rie rs] - [ C ru de oil b ase d en er gy car rie rs ] 1.0 kg (Ma ss) 1.0 Mi xed pr ima ry / sec on dar y U nk now n o r m ixe d d er ivat ion