近年···着我···生活···显提···市生···产量···加。···术由···害化···化、···程度···可以···量的···地,···得到···广。···焚烧···飞灰···含重···二噁···列为···物,···理达···可进···。等···熔融···将焚···熔融···璃体···金属···非晶···,使···浸出···高温···噁英···了潜···境风···存在···耗高···剂添···多、···形成···明晰···过程···属易···问题···文采···子体···术对···圾焚···和污···飞灰···同处···先通···学平···确定···的原···,降···子体···其次···同温···行等···熔融···计算···熔融···,探···体形···。然···玻璃···金属···合毒···与重···出浓···。最···究A···e抑···属挥···理。···论如···1）···烧飞···a ···高,···O2···2O···低,···焚烧···Al···含量···理论···发现···灰全···与仅···a ···l2···Si···三相···融温···仅为···9℃···,可···Ca···Al···-S···2体···焚烧···熔融···当垃···、污···、A···3质···2.···7.···0.···,即···O ···-A···3 ···-S···2 ···,理···温度···试验···理论···样品···30···融形···璃体···相含···6.···（2···PC···分分···现玻···成后···属固···响效···l2···以促···属C···r、···Pb···的固···a ···。经···子体···置,···内重···出毒···,综···指数···15···5降···63···-8···63···,成···了焚···的生···风险···）对···挥发···的研···:A···效阻···中C···i、···发,···0℃···l添···20···重金···、N···u的···分别···.3···10···1%···.3···Fe···30···重金···、N···u挥···制效···,但···10···对C···i有···抑制···

气候···温室···GH···排放···关,···出现···越多···对这···进行···而生···评估···A）···明是···为有···法。···世界···长加···物产···,故···要评···的城···废弃···（M···）方···便于···选择···当地···处理···因此···将分···部分···题进···,第···是对···挪威···商业···目进···,一···用焚···锅炉···在中···另一···用气···（在···。而···分着···瓜多···城市···生活···理进···析评···对厄···首都···生活···理所···不同···行了···期评···种情···用I···14···标准···过S···pr···.4···行评···研究···能单··· t···W。···评价···所不···一部···用I···ct···02···IP···03···行评···第二···评价···用R···i ···20···研究···气化···大多···类别···现都···烧技···此,···有关···建议···垃圾···较高···中开···技术···性研···加强···于垃···的相···。第···研究···厄瓜···于城···废弃···的情···丁美···勒比···目前···类似···,2···年基···居民···生垃···00···卫生···其主···方法···生命···价研···,沼···阶段···的温···量要···阶段···对于···活垃···实和···段,···使用···车辆···似,···相似···。而···处理···示的···响则···显。···考虑···多尔···区的···件和···组成···提出···优的···理方···本文···有机···行堆···氧消···时,···收利···为处···城市···补充···同样···也意···从技···考虑···决这···,也···他方···寻求···难题···。

Th···st··· a···d ···in···ti···e ···ic···l ···id···st···MS···ga···ic···on··· p···uc···yd···en···-2···t ···im···le···s.···er···re···he···si···at··· o···SW···s ···ti···y ···es···at···us··· a···er···ra···et··· a···yz···(T··· c···le···it···as···pe···om···r ···).···e ···di···ga··· d···ct···by···e ···in···de···H-···CO···O2···nd···4.···te···rd···he···si···at··· w···ca···ed···t ···th···ub···r ···ch···ac··· t···nv···ig··· t···co···si···n,···si···at··· p···uc··· a···sy···s ···pe···es···-2··· m···r ···io···-2···CO···ow···he···ng···lu···LH··· H···yi···))···de···om···nf···nc··· p···me···s.···e ···th···om···ti···re···io···em···at···, ···ig···ic··· i···ea···in··· (···41···o ···70···an···as···7.···74···%)···od···io···cc···an··· a···ta··· d···ea···in···r ···.4···.5··· a···ch···(2···0-···52···%)···nt···s.···yn···al···za···(F··· a···ce···al···mp···te···si···(C··· m···ls···re···pl··· t···nv···ig··· k···ti···nd···at···ic···pa···et··· w···h ···we···et··· r···lt···Op···um··· p···uc···n ···45··· m··· w··· H···CO···-2···CO···HV···nd···el···f ···8,···.7···ol···9.···MJ···3,···d ···83···l ···MS··· r···ec···el···as···ta···d ···op···al···mp···tu··· p···ic···si··· a···he···ng···te··· 7···49··· 3··· m···an··· ?···n ···pe···ve··· w···h ··· b···n ···ro···at···ue···or···sc··· T···sc···ro···s ··· m···fa···ri···of···an···rt···on···el··

Th···st··· e···or···th···om···it··· a···en···y ···en···l ···un···rs··· s···d ···te···SW···n ···na···iv···om···ti··· c···on···s,···me···ha···pl···ic···HP···pa··· (···, ···t ···st··· (···, ···ma···(B··· a···ru···r ···),···re···re···d ···h ··· c···os···on···1%···9%···%,···, ··· 3···re···ct···ly···ac···SW···mp···wa···as···ed···in··· t···mo···vi···ri···na···er···GA···ou···d ···h ···s ···ct···et···(M···at···e ···ti···ra··· o···, ··· a···15···gr··· C···n ··· a···na···ro···s ···pe···ur···f ··· c···iu···Th···al···ig···lo···(T···cu···s ···os···th···eg···at··· i···he···de···P ···P ···B ···M ···P.···ri···iv···he···gr···me···c ···G)···ak···ev···ed···at···, ··· B···an···P ···e ···ra··· i···hr···te···ra···e-···en··· p···es··· t···ra··· 1···73···eg···s ···Th···B ···k ···ad···io··· p···e ···th···an···58···60···gr··· C···aj···re···se···as··· H··· C··· C···an···O2···er···et···ed···in···S ··· m···-t···ha··· (···) ···io···Hi···r ··· a···to··· g···yi··· p···uc···in···e ···e ···th···P ···in···d ···er···te···ls··· t···lo··· h···in···at···f ···eg···s ···in···al···ti···of···ta···s ···es··· b···qu···ng···pe···en··· a···ca···la··· c···es···he···or···th···eg···si···co···ic···t ···2)···ng···be···en···88···nd···99···Th···in···cs··· t···pr···ss···re···ti···ed··· a···yi···th···ly···Wa···Oz··· (···) ···el··· t···co···rs··· r···s ···ph···of···2,···5,···d ···, ···ch···es···ed···as···bl···es···s.···er···, ··· l···r ···ti···ra··· s···or··· h···er···er··· c···er···n ··· a···gh···an···y ···ga···us···od···s ··· a···th···om···en···

Mu···ip···so··· w···e ···W)···ci···at··· i···ne··· t···ma···te···iq··· c···en··· u··· f···wa··· t···ne··· (···) ···ve···on··· C···a.···th···h ··· s···ur···nt··· i···SW··· l···r ···n ···t ···co··· i···em···io···an··· b···eg···te···ue··· e···ro···nt···po···ti··· m···do···he···h ···bl···, ··· g···al···im··· c···ge···he···or···it··· p···ic···rl···mp···an···o ···ec···el···re···t ··· c···ro···he···lf···po···ta···. ···th···st···, ···om···he···ve···de···as···ve···ed···d ···pl···wi···th···ul···om···ti···pr···ss···d ···el···lk···cu···at···so···s ···in···ti···co···(B···C)··· i···st···te···e ···ma···n ··· t···sf···at··· p···es··· o···ul··· i···SW···ci···at···. ··· s···od··· o···he···ur···ag···in···e ··· c···us···n ···ce···s;···ve···ng···ua···ns··· m···, ···en···, ··· e···gy···ns···at···; ··· v···ou···he···al···ac···ns···re···cl···d ···th···od··· B···d ···th···mo···, ··· e···ct···f ···fe···t ···am···rs··· t···fo···ti···of···lf···po···ta··· d···ng···e ···in···ti···pr···ss···re···ud··· u···r ···fe···t ···ra···g ···di···ns···he···ud···in···th···fo···OX···rm···on···ni···l ···pe···ur···pr···ry···r ···um···an···at···al···rt···e ···e ···e ···ni···an···mp···s,···er··· p···su···sh··· a···ss···gn···ca···ef···t.···is···ti··· a··· c···id··· H··· C··· a···CS···or···io···nd···di···re···co···ti···. ···op···iz···on···ud···as···rf···ed··· r···ce···X ···lu···ts·