,i #aad? ,,congress #a/ ,session ,h4 ,r4 #cgig ,,9 ,,! ,,h\se ,,( ,,repres5tatives ,octob] #bb1 #bjae ,mr4 ,ro?fus 7= himself1 ,mr4 ,b>letta1 ,mr4 ,?ompson ( ,p5nsylvania1 & ,mr4 ,kelly ( ,p5nsylvania7 introduc$ ! foll[+ bill2 :i* 0 ref]r$ to ! ,committee on ,en]gy & ,comm]ce ,a ,,bill ,to e/abli% ! bases by :i* ! ,adm9i/rator ( ! ,environm5tal ,protection ,ag5cy %all issue1 implem5t1 & en=ce c]ta9 emission limitations & allocations = exi/+ electric utility /eam g5]at+ units t conv]t coal refuse into en]gy4 #a4 ,%ort title ,?is ,act may be cit$ z ! ,satisfy+ ,en]gy ,ne$s & ,sav+ ! ,environm5t ,act or ! ,,s5se ,act4 #b4 ,/&>ds = coal refuse p[] plants 7a7 ,def9itions ,9 ?is ,act3 7#a7 ,adm9i/rator ,! t]m ,adm9i/rator means ! ,adm9i/rator ( ! ,environm5tal ,protection ,ag5cy4 7#b7 ,boil] op]at+ day ,! t]m boil] op]at+ day has ! mean+ giv5 su* t]m 9 section #fc4ajjdb ( title #dj1 ,code ( ,f$]al ,regulations1 or any successor regulation4 7#c7 ,coal refuse ,! t]m coal refuse means any byproduct ( coal m9+1 physical coal clean+1 or coal prep>ation op]ation t conta9s coal1 matrix mat]ial1 clay1 & o!r organic & inorganic mat]ial4 7#d7 ,coal refuse electric utility /eam g5]at+ unit ,! t]m coal refuse electric utility /eam g5]at+ unit means an electric utility /eam g5]at+ unit t-- 7,a7 is 9 op]ation z ( ! date ( enactm5t ( ?is ,act2 7,b7 uses fluidiz$ b$ combu/ion te*nology to conv]t coal refuse into en]gy2 & 7,c7 uses coal refuse z at lea/ #ge p]c5t ( ! annual fuel consum$1 by heat input1 ( ! unit4 7#e7 ,coal refuse-fir$ facility ,! t]m coal refuse-fir$ facility means all coal refuse electric utility /eam g5]at+ units t are-- 7,a7 locat$ on "o or m contigu\s or adjac5t prop]ties2 7,b7 specifi$ )9 ! same ,major ,gr\p 7#b-;digit code71 z describ$ 9 ! ,/&>d ,indu/rial ,classification ,manual 7#aihg72 & 7,c7 "u common control ( ! same p]son 7or p]sons "u common control74 7#f7 ,cross-,/ate ,air ,pollution ,rule ,! t]ms ,cross-,/ate ,air ,pollution ,rule & ,,csapr mean ! regulatory program promulgat$ by ! ,adm9i/rator to address ! int]/ate transport ( air pollution 9 p>ts #ea1 #eb1 & #ig ( title #dj1 ,code ( ,f$]al ,regulations1 includ+ any subsequ5t or successor regulation4 7#g7 ,electric utility /eam g5]at+ unit ,! t]m electric utility /eam g5]at+ unit means ei!r or bo?-- 7,a7 an electric utility /eam g5]at+ unit1 z su* t]m is def9$ 9 section #fc4ajjdb ( title #dj1 ,code ( ,f$]al ,regulations1 or any successor regulation2 or 7,b7 an electricity g5]at+ unit or electric g5]at+ unit1 z su* t]ms are us$ 9 ,,csapr4 7#h7 ,phase ,i ,! t]m ,phase ,i means1 ) respect to ,,csapr1 ! initial compliance p]iod "u ,,csapr1 id5tifi$ = ! #bjae & #bjaf annual compliance p]iods4 7b7 ,application ( ,,csapr to c]ta9 coal refuse electric utility /eam g5]at+ units 7#a7 ,coal refuse electric utility /eam g5]at+ units combu/+ bitum9\s coal refuse 7,a7 ,applicability ,?is p>agraph applies ) respect to any coal refuse electric utility /eam g5]at+ unit t-- 7i7 combu/s coal refuse d]iv$ f ! m9+ & process+ ( bitum9\s coal2 & 7ii7 is subject to sulfur dioxide all[ance surr5d] provisions pursuant to ,,csapr4 7,b7 ,cont9u$ applicability ( ,phase ,i all[ance allocations ,9 c>ry+ out ,,csapr1 ! ,adm9i/rator %all provide t1 = any compliance p]iod1 ! allocation 7:e!r ?r\gh a ,f$]al implem5tation plan or ,/ate implem5tation plan7 ( sulfur dioxide all[ances = a coal refuse electric utility /eam g5]at+ unit describ$ 9 subp>agraph 7,a7 is equival5t to ! allocation ( ! unit-specific sulfur dioxide all[ance allocation id5tifi$ = su* unit = ,phase ,i1 z ref]5c$ 9 ! notice entitl$ ,availability ( ,data on ,allocations ( ,cross-,/ate ,air ,pollution ,rule ,all[ances to ,exi/+ ,electricity ,g5]at+ ,units 7#gi ,f$4 ,reg4 #gafgd 7,decemb] #c1 #bjad774 7,c7 ,rules = all[ance allocations ,= any compliance p]iod "u ,,csapr t comm5ces on or aft] ,janu>y #a1 #bjag1 any sulfur dioxide all[ance allocation provid$ by ! ,adm9i/rator to a coal refuse electric utility /eam g5]at+ unit describ$ 9 subp>agraph 7,a7-- 7i7 %all n be transf]able = use by any o!r s\rce n locat$ at ! same coal refuse-fir$ facility z ! relevant coal refuse electric utility /eam g5]at+ unit2 7ii7 may be transf]able = use by ano!r s\rce locat$ at ! same coal refuse-fir$ facility z ! relevant coal refuse electric utility /eam g5]at+ unit2 7iii7 may be bank$ = application to compliance obligations 9 future compliance p]iods "u ,,csapr2 & 7iv7 %all be surr5d]$ ^u ! p]man5t cessation ( op]ation ( su* coal refuse electric utility /eam g5]at+ unit4 7#b7 ,o!r s\rces 7,a7 ,no increase 9 ov]all ,/ate budget ( sulfur dioxide all[ance allocations ,= purposes ( p>agraph 7#a71 ! ,adm9i/rator may n1 = any compliance p]iod "u ,,csapr1 increase ! total budget ( sulfur dioxide all[ance allocations = a ,/ate 9 :i* a unit describ$ 9 p>agraph 7#a77;,a7 is locat$4 7,b7 ,compliance p]iods #bjag ?r\gh #bjbj ,= any compliance p]iod "u ,,csapr t comm5ces on or aft] ,janu>y #a1 #bjag1 b be=e ,decemb] #ca1 #bjbj1 ! ,adm9i/rator %all c>ry out subp>agraph 7,a7 by proportionally r$uc+1 z necess>y1 ! unit-specific sulfur dioxide all[ance allocations f ea* s\rce t-- 7i7 is locat$ 9 a ,/ate 9 :i* a unit describ$ 9 p>agraph 7#a77;,a7 is locat$2 7ii7 p]man5tly ceases op]ation1 or conv]ts its prim>y fuel s\rce f coal to natural gas1 prior to ! relevant compliance p]iod2 & 7iii7 o!rwise receives an allocation ( sulfur dioxide all[ances "u ,,csapr = su* p]iod4 7c7 ,emission limitations ,to address hydrog5 *loride & sulfur dioxide z haz>d\s air pollutants 7#a7 ,applicability ,= purposes ( regulat+ emissions ( hydrog5 *loride or sulfur dioxide f a coal refuse electric utility /eam g5]at+ unit "u section #aab ( ! ,clean ,air ,act 7#db ,u4,s4,c4 #gdab71 ! ,adm9i/rator-- 7,a7 %all au?orize ! op]ator ( su* unit to elect t su* unit comply ) ei!r-- 7i7 an emissions /&>d = emissions ( hydrog5 *loride t meets ! requirem5ts ( p>agraph 7#b72 or 7ii7 an emission /&>d = emissions ( sulfur dioxide t meets ! requirem5ts ( p>agraph 7#b72 & 7,b7 may n require t su* unit comply ) bo? an emission /&>d = emissions ( hydrog5 *loride & an emission /&>d = emissions ( sulfur dioxide4 7#b7 ,rules = emission limitations 7,a7 ,9 g5]al ,! ,adm9i/rator %all require an op]ator ( a coal refuse electric utility /eam g5]at+ unit to comply1 at ! election ( ! op]ator1 ) no m ?an "o ( ! foll[+ emission /&>ds3 7i7 ,an emission /&>d = emissions ( hydrog5 *loride f su* unit t is no m /r+5t ?an an emission rate ( #j4jjb p\nds p] million ,briti% !rmal units ( heat input4 7ii7 ,an emission /&>d = emissions ( hydrog5 *loride f su* unit t is no m /r+5t ?an an emission rate ( #j4jb p\nds p] megawatt-h\r4 7iii7 ,an emission /&>d = emissions ( sulfur dioxide f su* unit t is no m /r+5t ?an an emission rate ( #j4bj p\nds p] million ,briti% !rmal units ( heat input4 7iv7 ,an emission /&>d = emissions ( sulfur dioxide f su* unit t is no m /r+5t ?an an emission rate ( #a4e p\nds p] megawatt-h\r4 7v7 ,an emission /&>d = emissions ( sulfur dioxide f su* unit t is no m /r+5t ?an capture & control ( #ic p]c5t ( sulfur dioxide across ! g5]at+ unit or gr\p ( g5]at+ units1 z det]m9$ by comp>+-- 7,i7 ! expect$ sulfur dioxide g5]at$ f combu/ion ( fuels emissions calculat$ bas$ ^u z-fir$ fuel samples2 to 7,,ii7 ! actual sulfur dioxide emissions z measur$ by a sulfur dioxide cont9u\s emission monitor+ sy/em4 7,b7 ,measurem5t ,an emission /&>d describ$ 9 subp>agraph 7,a7 %all be measur$ z a #cj boil] op]at+ day roll+ av]age p] coal refuse electric utility /eam g5]at+ unit or gr\p ( coal refuse electric utility /eam g5]at+ units locat$ at a s+le coal refuse-fir$ facility4