,i #aae? ,,congress #a/ ,session ,h4 ,r4 #ggf ,,9 ,,! ,,h\se ,,( ,,repres5tatives ,janu>y #ca1 #bjag,mr4 ,s5s5br5n] introduc$ ! foll[+ bill2 :i* 0 ref]r$ to ! ,committee on ,en]gy & ,comm]ce1 & 9 addition to ! ,committee on ,sci5ce1 ,space1 & ,te*nology1 = a p]iod to be subsequ5tly det]m9$ by ! ,speak]1 9 ea* case = consid]ation ( su* provisions z fall )9 ! jurisdiction ( ! committee conc]n$ ,a ,,bill ,to require t until a compreh5sive /udy is complet$1 ! volume ( cellulosic bi(uel m&at$ "u ! r5ewable fuel program be limit$ to :at is comm]cially available1 & = o!r purposes4 #a4 ,m&ate = cellulosic bi(uel limit$ to comm]cial availability until completion ( compreh5sive /udy 7a7 ,limitation ,until ! ,adm9i/rator ( ! ,environm5tal ,protection ,ag5cy submits to ,congress a report on ! /udy describ$ 9 subsection 7b71 & not)/&+ section #baa7o7 ( ! ,clean ,air ,act 7#db ,u4,s4,c4 #gede7o771 ! ,adm9i/rator ( ! ,environm5tal ,protection ,ag5cy may n require1 = any cal5d> ye>1 t transportation fuel sold or introduc$ into comm]ce 9 ! ,unit$ ,/ates conta9 m ?an a total volume ( cellulosic bi(uel ?an ! total volume ( cellulosic bi(uel t 0 comm]cially available = ! mo/ rec5t cal5d> ye> = :i* su* total volume is kn[n4 7b7 ,p>amet]s ( ! /udy ,! ,adm9i/rator ( ! ,environm5tal ,protection ,ag5cy %all ent] into an arrangem5t ) ! ,national ,academies = a compreh5sive /udy on-- 7#a7 ! production capacity = cellulosic bi(uel at ! "t ( ! /udy 9 gallons p] ye>2 7#b7 ! res\rces ne$$ to ensure t transportation fuel sold or introduc$ into comm]ce 9 ! ,unit$ ,/ates conta9s at lea/ #af billion gallons ( cellulosic bi(uel 9 cal5d> ye> #bjbb1 9 accordance ) section #baa7o7 ( ! ,clean ,air ,act1 includ+-- 7,a7 ! numb] ( cellulosic e?anol facilities to be con/ruct$2 7,b7 ! acres ( l& to be us$2 & 7,c7 ! total capital inve/m5t ne$$2 7#c7 ! en]gy produc$ by ! combu/ion ( #af billion gallons ( cellulosic bi(uel 9 comp>ison to ! en]gy requir$ to produce su* am\nt ( cellulosic bi(uel2 7#d7 ! environm5tal impacts ( produc+ cellulosic bi(uel1 includ+ ! net effect on global life-cycle gre5h\se gas emissions2 7#e7 ! processes be+ develop$ to produce cellulosic bi(uel1 includ+ ! te*nology ne$$ to make cellulosic bi(uel comm]cially viable2 & 7#f7 ! economics ( a cellulosic e?anol facility1 includ+-- 7,a7 ! co/ ( fe$/ock acquisition2 7,b7 ! typical facility size2 7,c7 ! relative economics ( a corn e?anol facility comp>$ to a cellulosic bi(uel facility2 & 7,d7 ! price p] gallon ( transportation fuel t conta9s cellulosic bi(uel requir$ = su* fuel to be pr(itable4 7c7 ,exclusions = purposes ( /udy ,= purposes ( ! /udy describ$ 9 subsection 7b71 ! t]m cellulosic bi(uel does n include any compress$ natural gas1 liquefi$ natural gas1 or electricity us$ to p[] electric vehicles t is produc$ f biogas f-- 7#a7 a l&fill2 7#b7 a municipal wa/ewat] treatm5t facility dige/]2 7#c7 a sep>at$ municipal solid wa/e dige/]2 or 7#d7 an agricultural dige/]4 #b4 ,prohibitions on new appropriations ,no additional funds are au?oriz$ to be appropriat$ to c>ry out ?is ,act1 & ?is ,act %all be c>ri$ out us+ am\nts o!rwise made available = sci5ce & te*nology1 includ+ rese>* & developm5t activities1 at ! ,environm5tal ,protection ,ag5cy4