Podklady návrhu

Transkript

Podklady návrhu

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2.3.1 Definování cíle a rozsahu.................................................................................................. 9
2.3.2 Inventarizaní analýza životního cyklu ............................................................................ 11
2.3.3 Zhodnocení dopadu životního cyklu ............................................................................... 11
2.3.4 Interpretace životního cyklu ............................................................................................ 20
2.3.5 Ilustrativní píklad ............................................................................................................ 20
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2.4.1 CEN TC350 ..................................................................................................................... 22
2.4.2 Úrove budovy (EN 15978)............................................................................................. 23
2.4.3 Úrove produktu (EN 15804) .......................................................................................... 28
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3.2.1 Obecné kroky .................................................................................................................. 32
3.2.2 Kvóta (rozdlení) recyklace materiál ............................................................................. 35
3.2.3 Charakterizace makro-komponent .................................................................................. 39
3.2.4 Ilustrativní píklad sestavení makro-komponent ............................................................. 40
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3.3.1 Úvod ................................................................................................................................ 45
3.3.2 Umístní budovy a podnebí ............................................................................................ 45
3.3.3 Metoda výpotu energetické poteby .............................................................................. 49
3.3.4 Kalibrace algoritmu ......................................................................................................... 72
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OVENÍ PIJATÉ METODIKY ......................................................................... 80
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4.1.1 Popis názorného píkladu ............................................................................................... 80
4.1.2 Výbr makro-komponent ................................................................................................. 81
4.1.3 Aplikace makro-komponent............................................................................................. 83
4.1.4 Porovnání s detailní analýzou životního cyklu ................................................................ 84
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4.2.1 Klimatické údaje a tepelné vlastnosti terénu a zemin ..................................................... 86
4.2.2 Údaje spojené s užíváním ............................................................................................... 86
4.2.3 Zaízení budovy .............................................................................................................. 86
4.2.4 Sklenný pláš a provozní specifikace zastínní ............................................................ 87
4.2.5 Neprhledný pláš ........................................................................................................... 87
4.2.6 Výsledky energetického výkonu budovy ......................................................................... 87
4.2.7 Porovnání s pokroilou numerickou simulací.................................................................. 88
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PÍLOHA 1 – DATABÁZE MAKRO-KOMPONENT .................................................... 94
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2.3.1.3 Požadavky na kvalitu dat
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WĜHEDVKURPDåćRYDW~GDMH
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MHGQRWNXVKURPDåćRYiQD
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x ~SOQRVWSURFHQWRWRNXNWHUpMH]MLãWČQpQHERSĜHGSRNOiGDQp
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2.3.2 Inventarizaní analýza životního cyklu
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2.3.3 Zhodnocení dopadu životního cyklu
2.3.3.1 Obecná metoda výpotu
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YêVOHGNX XND]DWHOH NDWHJRULH GRSDGX 3RGOH WRKRWR ]SĤVREX NDWHJRULH MVRX
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2.3.3.2 Výpoet potencionálních dopad na životní prostedí
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2.3.3.2.1 Potenciál globálního oteplování (GWP)
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SUĤP\VORYp UHYROXFH ]YêãLOD D ]HVLOXMH VNOHQtNRYê HIHNW FRå ]SĤVREXMH ]YêãHQt
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GlobalWarming
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2.3.3.2.2 Potenciál poškození ozonu (ODP)
3O\Q\ SRãNR]XMtFt R]RQRYRX YUVWYX ]SĤVREXMt SRãNR]HQt VWUDWRVIpULFNpKR R]yQX
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2.3.3.2.3 Acidifikaní potenciál (AP)
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]Qi]RUQČQR QD 2EU .\VHOp OiWN\ Y\SRXãWČQp GR RY]GXãt MVRX WUDQVSRUWRYiQ\
YČWUHP D XNOiGiQ\ MDNR N\VHOp þiVWLFH N\VHOp GHãWČ QHER VQtK .G\å SUãt WDN
GRFKi]tþDVWRGR]QDþQpY]GiOHQRVWLRGSĤYRGQtKR]GURMHSO\QXYUĤ]QpPtĜHN
SRãNR]HQtHNRV\VWpPXDWRY]iYLVORVWLQDSRYD]HNUDMLQQêFKHNRV\VWpPĤ
2EU$FLGLILNDþQtSRWHQFLiO(QHUJHWLFNp]Qi]RUQČQt
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7R ]QDPHQi åH SUĤPČUQp HYURSVNp FKDUDNWHULVWLFNp DFLGLILNDþQt IDNWRU\ MVRX
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Acidification
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2.3.3.2.4 Eutrofizaní potenciál (EP)
äLYLQ\ MDNR MVRX GXVLþQDQ\ D IRVIRUHþQDQ\ VH REY\NOH SĜLGiYDMt GR SĤG\
SURVWĜHGQLFWYtPKQRMHQtDE\E\OVWLPXORYiQUĤVWURVWOLQD]HPČGČOVNêFKSURGXNWĤ
7\WRåLYLQ\MVRXQH]E\WQpSURåLYRWDOHNG\åVNRQþtYFLWOLYêFKSĜtURGQtFKYRGQtFK
WRFtFK QHER VXFKR]HPVNêFK REODVWHFK PĤåH WRWR QH]DPêãOHQp KQRMHQt Y\~VWLW Y
QDGSURGXNFLURVWOLQQHERĜDVNWHUpPRKRXXGXVLWMLQpRUJDQLVP\SDNOLåH]HPĜRXD
]DþQRX VH UR]NOiGDW 7XGtå HXWURIL]DFH QHER RERKDFHQt åLYLQDPL MDN MH
]Qi]RUQČQR QD 2EU PĤåH EêW NODVLILNRYiQD MDNR QDGPČUQp RERKDFRYiQt
YRGQtFK WRNĤ -HMt YêVN\W PĤåH YpVW N SRãNR]HQt HNRV\VWpPĤ ]Y\ãXMH ~PUWQRVW
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Eutrohication
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2.3.3.2.5 Potenciál tvorby fotochemického ozonu(POCP)
9 DWPRVIpĜH REVDKXMtFt R[LG\ GXVtNX 12[ þDVWp ]QHþLãĢXMtFt OiWN\ WČNDYp
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Y\WYRĜHQ\ ]D SĜtWRPQRVWL VOXQHþQtKR VYČWOD $þNROL R]yQ MH UR]KRGXMtFt Y KRUQtFK
YUVWYiFK DWPRVIpU\ MDNR RFKUDQD SURWL XOWUDILDORYpPX 89 ]iĜHQt Qt]Ni ~URYHĖ
R]RQX VH SRGtOt QD SRãNR]HQt ~URG\ QD ]YêãHQpP YêVN\WX DVWPDWX D GDOãtFK
UHVSLUDþQtFKSRWtåtFK
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3.3.3.2 Poteba energie pro výrobu DHW (teplé domácí vody)
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3.3.4 Kalibrace algoritmu
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3.3.4.1 Pesnost ovení v rámci EN 15265
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60
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40
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20
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20
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0
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B1010.10Konstruknísystémpodlaží
Materiály
B1010.10.1a
Tlouš
ka/
hustota
18
mezera 160
OSB(mm)
Vzduchová
(mm)
Minerálnívlna(mm)
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40
15
14
Možný
životnosti
konec RR(%)
Spálení
80
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80
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Dalšíinformace:
SeznamyúdajadatpoužitýchvmodulechA1A3
Proces
OSB
Sádrokartonovádeska
Nízkohmotnostníocel(LWS)
Minerálnívlna
Datovýzdroj
PEInternational
PEInternational
Worldsteel
PEInternational
Gegraficképokrytí
Nmecko
Evropa
Svt
Evropa
Datum
2008
2008
2007
2011
SeznamúdajadatpoužitýchvmodulechA4aC2(pedpakládanévzdálenosti20km)
Proces
Pepravanákl.automobilem
Datovýzdroj
PEInternational
Geograficképokrytí
Svt
Datum
2011
Nmecko
Nmecko
Datum
2008
2011
SeznamúdajadatpoužitýchvmodulechC4D
Proces
SpalováníOSB
Skládkainertníchmateriál
Datovýzdroj
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Svt
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Materiály
Tlouš
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18
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40
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(mm)
LWS(kg/m2)
14
Možný
životnosti
konec RR(%)
Spalování
80
Spalování
Recyklace
80
80
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90
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SeznamúdajadatpoužitýchvmodulechA1A3.
ProcesLCA
OSB
EPS
Datovýzdroj
PEInternational
PEInternational
Worldsteel
PEInternational
Nmecko
Evropa
Svt
Evropa
Datum
2008
2008
2007
2011
SeznamúdajadatpoužitýchvmodulechA4aC2(pedpokládanévzdálenosti20km)
Proces
Datovýzdroj
PEInternational
Svt
Datum
2011
Datum
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2008
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Materiály
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ka/
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18
mezera 160
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(mm)
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40
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LWS(kg/m2)
14
Možný
životnosti
konec RR(%)
Spalování
80
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Recyklace
80
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90
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Proces
OSB
XPS
Datovýzdroj
PEInternational
PEInternational
Worldsteel
PEInternational
Nmecko
Evropa
Svt
Nmecko
Datum
2008
2008
2007
2011
Proces
Datovýzdroj
PEInternational
Svt
Datum
2011
Proces
SpalováníOSB
SpalováníXPS
Recyklaceoceli
Datovýzdroj
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Svt
Datum
2008
2011
2011
2007
%G
Materiály
Tlouš
ka/
hustota
18
mezera 160
OSB(mm)
Vzduchová
(mm)
PUR(mm)
40
(mm)
LWS(kg/m2)
14
Možný
životnosti
konec RR(%)
Spalování
80
Spalování
Recyklace
80
80
Recyklace
90
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Proces
OSB
PUR
Datovýzdroj
PEInternational
PEInternational
Worldsteel
PEInternational
Nmecko
Evropa
Svt
Nmecko
Datum
2008
2008
2007
2011
Proces
Datovýzdroj
Datum
3RGNODG\QiYUKX_
PEInternational
Svt
2011
Nmecko
Evropa
Nmecko
Svt
Datum
2008
2011
2011
2007
Proces
SpalováníOSB
SpalovánPUR
Recyklaceoceli
Datovýzdroj
PEInternational
PEInternational
PEInternational
Worldsteel
%H
Materiály
Tlouš
ka/
hustota
18
mezera 160
OSB(mm)
Vzduchová
(mm)
Korek(mm)
40
(mm)
LWS(kg/m2)
14
Možný
životnosti
konec RR(%)
Spalování
80
Recyklace
Recyklace
80
80
Recyklace
90
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Proces
OSB
Korek
Datovýzdroj
PEInternational
PEInternational
Worldsteel
PEInternational
Nmecko
Evropa
Svt
Nmecko
Datum
2008
2008
2007
2011
Proces
Datovýzdroj
PEInternational
Svt
Datum
2011
Nmecko
Nmecko
Svt
Datum
2008
2011
2007
Proces
Datovýzdroj
SpalováníOSB
PEInternational
PEInternational
Recyklaceoceli
Worldsteel
B1010.10.2a
Materiály
Tlouš
ka/
hustota
PE(mm)
20
Beton(kg/m2)
410
Armování(kg/m2)
8.24
Ocelovýplech(kg/m2) 11.10
(mm)
Ocelová
konstrukce 40
(kg/m2)
Možný
životnosti
konec RR(%)
Spalování
Recyklace
Recyklace
Recyklace
Recyklace
80
70
70
70
80
Recyklace
90
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Proces
Beton
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Datovýzdroj
PEInternational
Worldsteel
Nmecko
Svt
Datum
2011
2007
3RGNODG\QiYUKX_
Ocelovýplech
Konstrukníocel
PE
Worldsteel
Worldsteel
PEInternational
PEInternational
Svt
Svt
Evropa
Nmecko
2007
2007
2008
2011
Proces
Datovýzdroj
PEInternational
Svt
Datum
2011
Evropa
Nmecko
Svt
Datum
2011
2011
2007
Proces
Datovýzdroj
SpalováníPE
PEInternational
PEInternational
Recyklaceoceli
Worldsteel
B1010.10.2b
Materiály
Tlouš
ka/
hustota
EPS(mm)
20
Beton(kg/m2)
410
Armování(kg/m2)
8.24
(mm)
Ocelová
konstrukce 40
(kg/m2)
Možný
životnosti
konec RR(%)
Spalování
Recyklace
Recyklace
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80
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Proces
Beton
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Ocelovýplech
Konstrukníocel
EPS
Datovýzdroj
PEInternational
Worldsteel
Worldsteel
Worldsteel
PEInternational
PEInternational
Nmecko
Svt
Svt
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Evropa
Evropa
Datum
2011
2007
2007
2007
2008
2011
Proces
Datovýzdroj
PEInternational
Svt
Datum
2011
Evropa
Nmecko
Svt
Datum
2011
2011
2007
Proces
Datovýzdroj
SpalováníEPS
PEInternational
Skládkainetrníchmateriál
PEInternational
Recyklaceoceli
Worldsteel
B1010.10.2c
Materiály
Tlouš
ka/
hustota
XPS(mm)
20
Beton(kg/m2)
410
Armování(kg/m2)
8.24
(mm)
Ocelová
konstrukce 40
(kg/m2)
Možný
životnosti
konec RR(%)
Spalování
Recyklace
Recyklace
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80
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70
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Dalšíinformace:
Proces
Beton
Výztužnáocel
Ocelovýplech
Konstrukníocel
XPS
Datovýzdroj
PEInternational
Worldsteel
Worldsteel
Worldsteel
PEInternational
PEInternational
Nmecko
Svt
Svt
Svt
Evropa
Nmecko
Datum
2011
2007
2007
2007
2008
2011
Proces
Datovýzdroj
PEInternational
Svt
Datum
2011
Evropa
Nmecko
Svt
Datum
2011
2011
2007
Proces
Datovýzdroj
SpalováníXPS
PEInternational
PEInternational
Recyklaceoceli
Worldsteel
B1010.10.2d
Materiály
Tlouš
ka/
hustota
Korek(mm)
20
Beton(kg/m2)
410
Armování(kg/m2)
8.24
(mm)
Ocelová
konstrukce 40
(kg/m2)
Možný
životnosti
konce RR(%)
Recyklace
Recyklace
Recyklace
Recyklace
Recyklace
80
70
70
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80
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Proces
Beton
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Ocelovýplech
Konstrukníocel
Korek
Datovýzdroj
PEInternational
Worldsteel
Worldsteel
Worldsteel
PEInternational
PEInternational
Nmecko
Svt
Svt
Svt
Evropa
Nmecko
Datum
2011
2007
2007
2007
2008
2011
Proces
Datovýzdroj
PEInternational
Svt
Datum
2011
Nmecko
Svt
Datum
2011
2007
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Proces
Beton
Výztužnáocel
PE
Datovýzdroj
PEInternational
Worldsteel
PEInternational
Nmecko
Svt
Nmecko
Datum
2011
2007
2011
Proces
Datovýzdroj
PEInternational
Svt
Datum
2011
Nmecko
Svt
Evropa
Datum
2011
2007
2011
Proces
Recyklaceoceli
SpalováníPE
Datovýzdroj
PEInternational
Worldsteel
PEInternational
%E
Materiály
Tlouš
ka/
hustota
20
455.4
21.17
EPS(mm)
Beton(kg/m2)
Armování(kg/m2)
%E
Možný
životnosti
konec RR(%)
Spalování
Recyklace
Recyklace
80
70
70
$$
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Funkníekvivalent:
Dalšíinformace:
Proces
Beton
Výztužnáocel
EPS
Datovýzdroj
PEInternational
Worldsteel
PEInternational
Nmecko
Svt
Evropa
Datum
2011
2007
2011
Proces
Datovýzdroj
PEInternational
Svt
Datum
2011
Nmecko
Svt
Datum
2011
2007
Proces
Recyklaceoceli
Datovýzdroj
PEInternational
Worldsteel
3RGNODG\QiYUKX_
SpalováníEPS
PEInternational
Evropa
2011
%F
Materiály
Tlouš
ka/
hustota
20
455.4
21.17
XPS(mm)
Beton(kg/m2)
Armování(kg/m2)
%F
Možný
životnosti
konec RR(%)
Spalování
Recyklace
Recyklace
80
70
70
$$
$
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Dalšíinformace:
Proces
Beton
Výztužnáocel
XPS
Datovýzdroj
PEInternational
Worldsteel
PEInternational
Nmecko
Svt
Evropa
Datum
2011
2007
2011
Proces
Datovýzdroj
PEInternational
Svt
Datum
2011
Nmecko
Datum
2011
Proces
Datovýzdroj
PEInternational
Recyklaceoceli
SpalováníXPS
Worldsteel
PEInternational
Svt
Evropa
2007
2011
%G
Materiály
Tlouš
ka/
hustota
20
455.4
21.17
Korek(mm)
Beton(kg/m2)
Armování(kg/m2)
%G
Možný
životnosti
konec RR(%)
Recyklace
Recyklace
Recyklace
80
70
70
$$
$
&
&
'
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Funkníekvivalent:
Dalšíinformace:
Proces
Beton
Výztužnáocel
Korek
Datovýzdroj
PEInternational
Worldsteel
PEInternational
Nmecko
Svt
Nmecko
Datum
2011
2007
2011
Proces
Datovýzdroj
PEInternational
Svt
Datum
2011
Datum
Proces
Datovýzdroj
3RGNODG\QiYUKX_
Recyklaceoceli
PEInternational
Worldsteel
Nmecko
Svt
2011
2007
%.RQVWUXNFHYQČMãtVWČQ\
%D
Materiály
Tlouš
ka/
hustota
OSB(mm)
13
Minerálnívlna(mm)
120
(mm)
LWS(kg/m2)
15
Možný
životnosti
konec RR(%)
Spalování
Recyklace
Skládka
80
80
Recyklace
90
%D
$$
$
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&
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(
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Funkníekvivalent:
1m2vnjšístnybudovyprojektovanénadobuživotnosti50letsesouinitelemprostupu
teplaU=0.92W/m2.KatepelnousetrvanostíNm=61060J/m2.K.
Dalšíinformace:
Proces
OSB
Minerálnívlna
Datovýzdroj
PEInternational
PEInternational
Worldsteel
PEInternational
Nmecko
Evropa
Svt
Evropa
Datum
2008
2008
2007
2011
Proces
Datovýzdroj
PEInternational
Svt
Datum
2011
Proces
SpalováníOSB
Recyklaceoceli
Datovýzdroj
PEInternational
PEInternational
Worldsteel
Nmecko
Nmecko
Svt
Datum
2008
2011
2007
%E
%E
Materiály
Tlouš
ka/
hustota
OSB(mm)
13
EPS(mm)
120
(mm)
LWS(kg/m2)
15
Možný
životnosti
konec RR(%)
Spalování
Spalování
Skládka
80
80
Recyklace
90
$$
$
&
&
'
(
(
(
(
(
$'3IRVVLO>0-@
(
(
(
(
(
$3>NJ62(TXLY@
(
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(
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(
(
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(
2'3>NJ5(TXLY@
(
(
(
(
(
32&3>NJ(WKHQH(TXLY@
(
(
(
(
(
Funkníekvivalent:
Dalšíinformace:
Proces
OSB
EPS
Datovýzdroj
PEInternational
PEInternational
Worldsteel
PEInternational
Nmecko
Evropa
Svt
Evropa
Datum
2008
2008
2007
2011
Proces
Datovýzdroj
PEInternational
Svt
Datum
2011
3RGNODG\QiYUKX_
Proces
SpalováníOSB
SpalováníEPS
Recyklaceoceli
Datovýzdroj
PEInternational
PEInternational
PEInternational
Worldsteel
Nmecko
Evropa
Nmecko
Svt
Datum
2008
2011
2011
2007
%F
Materiály
Tlouš
ka/
hustota
OSB(mm)
13
XPS(mm)
120
(mm)
LWS(kg/m2)
15
Možný
životnosti
konec RR(%)
Spalování
Spalování
Skládka
80
80
Recyklace
90
%F
$$
$
&
&
'
(
(
(
(
(
$'3IRVVLO>0-@
(
(
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(
(
$3>NJ62(TXLY@
(
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(
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(
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(
(
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(
(
(
(
(
32&3>NJ(WKHQH(TXLY@
(
(
(
(
(
Funkníekvivalent:
Dalšíinformace:
Proces
OSB
XPS
Datovýzdroj
PEInternational
PEInternational
Worldsteel
PEInternational
Nmecko
Evropa
Svt
Nmecko
Datum
2008
2008
2007
2011
Proces
Datovýzdroj
PEInternational
Svt
Datum
2011
Proces
Spalování
SpalováníXPS
Recyklaceoceli
Datovýzdroj
PEInternational
PEInternational
PEInternational
Worldsteel
Nmecko
Evropa
Nmecko
Svt
Datum
2008
2011
2011
2007
%G
%G
Materiály
Tlouš
ka/
hustota
OSB(mm)
13
PUR(mm)
120
(mm)
LWS(kg/m2)
15
Možný
životnosti
konec RR(%)
Spalování
Spalování
Skládka
80
80
Recyklace
90
$$
$
&
&
'
(
(
(
(
(
$'3IRVVLO>0-@
(
(
(
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(
(
(
(
(
32&3>NJ(WKHQH(TXLY@
(
(
(
(
(
Funkníekvivalent:
Dalšíinformace:
Proces
OSB
PUR
Datovýzdroj
PEInternational
PEInternational
Worldsteel
PEInternational
Nmecko
Evropa
Svt
Nmecko
Datum
2008
2008
2007
2011
3RGNODG\QiYUKX_
Proces
Datovýzdroj
PEInternational
Svt
Datum
2011
Proces
SpalováníOSB
SpalováníPUR
Recyklaceoceli
Datovýzdroj
PEInternational
PEInternational
PEInternational
Worldsteel
Nmecko
Evropa
Nmecko
Svt
Datum
2008
2011
2011
2007
%H
Materiály
Tlouš
ka/
hustota
Možný
životnosti
konec RR(%)
OSB(mm)
13
Korek(mm)
120
(mm)
LWS(kg/m2)
15
Spalování
Recyklace
Skládka
80
80
Recyklace
90
%H
$$
$
&
&
'
(
(
(
(
(
$'3IRVVLO>0-@
(
(
(
(
(
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(
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(
2'3>NJ5(TXLY@
(
(
(
(
(
32&3>NJ(WKHQH(TXLY@
(
(
(
(
(
Funkníekvivalent:
Dalšíinformace:
Proces
OSB
Datovýzdroj
PEInternational
PEInternational
Worldsteel
Nmecko
Evropa
Svt
Datum
2008
2008
2007
Korek
PEInternational
Nmecko
2011
Proces
Datovýzdroj
PEInternational
Svt
Datum
2011
Proces
SpalováníOSB
Recyklaceoceli
Datovýzdroj
PEInternational
PEInternational
Worldsteel
Nmecko
Nmecko
Svt
Datum
2008
2011
2007
%D
%D
Materiály
Tlouš
ka/
hustota
Cihelnástna(mm)
11
Vzduchová
mezera 0
(mm)
Minerálnívlna(mm)
60
Cihelnástna(mm)
11
Možný
životnosti
konec RR(%)
Skládka
Recyklace
Skládka
80
$$
$
&
&
(
(
(
(
$'3IRVVLO>0-@
(
(
(
(
$3>NJ62(TXLY@
(
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(
2'3>NJ5(TXLY@
(
(
(
(
32&3>NJ(WKHQH(TXLY@
(
(
(
(
Funkníekvivalent:
Dalšíinformace:
Proces
Cihla
Datovýzdroj
PEInternational
Nmecko
Datum
2011
3RGNODG\QiYUKX_
Minerálnívlna
PEInternational
Evropa
2011
Proces
Datovýzdroj
PEInternational
Svt
Datum
2011
Proces
Datovýzdroj
PEInternational
Nmecko
Datum
2011
%E
%E
Materiály
Tlouš
ka/
hustota
Cihelnástna(mm)
11
Vzduchová
mezera 0
(mm)
EPS(mm)
60
Cihelnástna(mm)
11
Možný
životnosti
konec RR(%)
Skládka
Spalování
Skládka
80
$$
$
&
&
'
(
(
(
(
(
$'3IRVVLO>0-@
(
(
(
(
(
$3>NJ62(TXLY@
(
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(
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(
(
32&3>NJ(WKHQH(TXLY@
(
(
(
(
(
Funkníekvivalent:
Dalšíinformace:
Proces
Cihla
EPS
Datovýzdroj
PEInternational
PEInternational
Nmecko
Evropa
Datum
2011
2011
Proces
Datovýzdroj
PEInternational
Svt
Datum
2011
Proces
SpalováníEPS
Datovýzdroj
PEInternational
Evropa
Datum
2011
3RGNODG\QiYUKX_
PEInternational
Nmecko
2011
%F
Materiály
Tlouš
ka/
hustota
Cihelnástna(mm)
11
Vzduchová
mezera 0
(mm)
XPS(mm)
60
Cihelnástna(mm)
11
Možný
životnosti
konec RR(%)
Skládka
Spalování
Skládka
80
%F
$$
$
&
&
'
(
(
(
(
(
$'3IRVVLO>0-@
(
(
(
(
(
$3>NJ62(TXLY@
(
(
(
(
(
(
(
(
(
(
*:3>NJ&2(TXLY@
(
(
(
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(
2'3>NJ5(TXLY@
(
(
(
(
(
32&3>NJ(WKHQH(TXLY@
(
(
(
(
(
Funkníekvivalent:
Dalšíinformace:
Proces
Cihla
XPS
Datovýzdroj
PEInternational
PEInternational
Nmecko
Nmecko
Datum
2011
2011
Proces
Datovýzdroj
PEInternational
Svt
Datum
2011
Proces
SpalováníXPS
Datovýzdroj
PEInternational
PEInternational
Evropa
Nmecko
Datum
2011
2011
%G
%G
Materiály
Tlouš
ka/
hustota
Cihelnástna(mm)
11
Vzduchová
mezera 0
(mm)
PUR(mm)
60
Cihelnástna(mm)
11
Možný
životnosti
konec RR(%)
Skládka
Spalování
Skládka
80
$$
$
&
&
'
(
(
(
(
(
$'3IRVVLO>0-@
(
(
(
(
(
$3>NJ62(TXLY@
(
(
(
(
(
(
(
(
(
(
*:3>NJ&2(TXLY@
(
(
(
(
(
2'3>NJ5(TXLY@
(
(
(
(
(
32&3>NJ(WKHQH(TXLY@
(
(
(
(
(
Funkníekvivalent:
Dalšíinformace:
Proces
Cihla
PUR
Datovýzdroj
PEInternational
PEInternational
Nmecko
Nmecko
Datum
2011
2011
Proces
Datovýzdroj
PEInternational
Svt
Datum
2011
3RGNODG\QiYUKX_
Proces
SpalováníPUR
Datovýzdroj
PEInternational
PEInternational
Evropa
Nmecko
Datum
2011
2011
%H
Materiály
Tlouš
ka/
hustota
Cihelnástna(mm)
11
Vzduchová
mezera 0
(mm)
Korek(mm)
60
Cihelnástna(mm)
11
Možný
životnosti
konec RR(%)
Skládka
Recyklace
Skládka
80
%H
$$
$
&
&
(
(
(
(
$'3IRVVLO>0-@
(
(
(
(
$3>NJ62(TXLY@
(
(
(
(
(
(
(
(
*:3>NJ&2(TXLY@
(
(
(
(
2'3>NJ5(TXLY@
(
(
(
(
32&3>NJ(WKHQH(TXLY@
(
(
(
(
Funkníekvivalent:
Dalšíinformace:
Proces
Cihla
Korek
Datovýzdroj
PEInternational
PEInternational
Nmecko
Nmecko
Datum
2011
2011
Proces
Datovýzdroj
PEInternational
Svt
Datum
2011
Proces
Datovýzdroj
PEInternational
Nmecko
Datum
2011
%I
%I
Materiály
Tlouš
ka/
hustota
Cihelnástna(mm)
11
Vzduchová
mezera 0
(mm)
Skelnávlna,vata(mm) 60
Cihelnástna(mm)
11
Možný
životnosti
konec RR(%)
Skládka
Skládka
Skládka
$$
$
&
&
(
(
(
(
$'3IRVVLO>0-@
(
(
(
(
$3>NJ62(TXLY@
(
(
(
(
(
(
(
(
*:3>NJ&2(TXLY@
(
(
(
(
2'3>NJ5(TXLY@
(
(
(
(
32&3>NJ(WKHQH(TXLY@
(
(
(
(
Funkníekvivalent:
Dalšíinformace:
Proces
Cihla
Skelnávlna(vata)
Datovýzdroj
PEInternational
PEInternational
Nmecko
Evropa
Datum
2011
2011
Proces
Datovýzdroj
Datum
3RGNODG\QiYUKX_
PEInternational
Svt
2011
Proces
Skládkaskelnévlny(vaty)
Datovýzdroj
PEInternational
PEInternational
Nmecko
Nmecko
Datum
2011
2010

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