Deliverable C2.5: Environmental dataset report

Transcription

Deliverable C2.5: Environmental dataset report
Deliverable C2.5: Environmental dataset report -­‐PROGETTO PRISCA
In ciascun foglio (1-­‐11) di questa cartella excel sono riportati i risultati dell'analisi LCA comparativa tra 2 scenari
suddivisi i flussi degli oggetti che attraversano il Centro di Riuso. I risultati sono rappresentati anche graficame
Nel foglio finale (GHG emission saving) sono riportati i risultati relativi al GWP per i due scenari per ciascun ogg
rappresentativi delle varie categorie, si è riportato il quantitativo intercettato in un anno ed avviato a preparazi
effettivamente rappresentativo per la categoria, si moltiplica per il quantitativo totale della macrocategoria tro
Centro di Riuso nell'anno 2014 omparativa tra 2 scenari per ciascun oggetto considerato come rappresentativo delle macrocategorie merceologiche in cui sentati anche graficamente. scenari per ciascun oggetto, ne è stata calcolata la differenza e il risultato 'normalizzato' a 1 kg dell'oggetto. Poiché gli ogge
no ed avviato a preparazione per il riutilizzo da Coop Insieme. Assumendo il valore del risparmio di CO2 calcolato per l'ogget
della macrocategoria trovando così il relativo risparmio di CO2 per ciascuna categoria e, sommando, quello totale generato
ategorie merceologiche in cui vengono kg dell'oggetto. Poiché gli oggetti sono io di CO2 calcolato per l'oggetto come mando, quello totale generato dal Categoria d'impatto
Unità
lca ALBERO NATALE 1
lca ALBERO NATALE 2
Climate change
kg CO2 eq
2,262E+01
1,276E+01
Ozone depletion
kg CFC-­‐11 eq
5,833E-­‐07
3,403E-­‐07
Human toxicity, cancer effects
CTUh
4,201E-­‐06
2,191E-­‐06
Human toxicity, non-­‐cancer CTUh
effects
2,339E-­‐05
1,556E-­‐05
Particulate matter
kg PM2.5 eq
1,129E-­‐02
5,893E-­‐03
Ionizing radiation HH
kBq U235 eq
7,350E-­‐01
4,318E-­‐01
Ionizing radiation E (interim)
CTUe
2,363E-­‐06
1,351E-­‐06
Photochemical ozone formation
kg NMVOC eq
7,222E-­‐02
3,785E-­‐02
Acidification
molc H+ eq
9,857E-­‐02
5,146E-­‐02
Terrestrial eutrophicationmolc N eq
1,844E-­‐01
9,609E-­‐02
Freshwater eutrophication
kg P eq
2,220E-­‐03
1,342E-­‐03
Marine eutrophication kg N eq
4,689E-­‐02
2,878E-­‐02
Freshwater ecotoxicity CTUe
1,511E+03
1,028E+03
Land use
kg C deficit
1,619E+01
9,050E+00
Water resource depletionm3 water eq
7,375E-­‐03
3,592E-­‐03
Mineral, fossil & ren resource kg Sb deepletion
q
1,598E-­‐04
1,089E-­‐04
Categoria d'impatto
Unità
Climate change
kg CO2 eq
Ozone depletion
kg CFC-­‐11 eq
Human toxicity, cancer effects
CTUh
Human toxicity, non-­‐cancer eCTUh
ffects
Particulate matter
kg PM2.5 eq
Ionizing radiation HH
kBq U235 eq
Ionizing radiation E (interim)CTUe
Photochemical ozone formation
kg NMVOC eq
Acidification
molc H+ eq
Terrestrial eutrophication molc N eq
Freshwater eutrophication kg P eq
Marine eutrophication
kg N eq
Freshwater ecotoxicity
CTUe
Land use
kg C deficit
Water resource depletion m3 water eq
Mineral, fossil & ren resource kg depletion
Sb eq
LCA ARMADIO 1
LCA ARMADIO 2
3,569E+01
1,827E+01
4,239E-­‐06
2,260E-­‐06
1,504E-­‐05
7,076E-­‐06
1,699E-­‐05
8,260E-­‐06
3,816E-­‐02
1,903E-­‐02
5,507E+00
2,694E+00
1,596E-­‐05
8,168E-­‐06
1,450E-­‐01
7,410E-­‐02
2,237E-­‐01
1,109E-­‐01
4,442E-­‐01
2,253E-­‐01
8,141E-­‐03
3,922E-­‐03
1,840E-­‐01
8,781E-­‐02
6,716E+02
3,227E+02
6,394E+02
3,030E+02
1,195E-­‐02
5,432E-­‐03
9,804E-­‐03
4,723E-­‐03
Categoria d'impatto
Unità
Climate change
kg CO2 eq
Ozone depletion
kg CFC-­‐11 eq
Human toxicity, cancer eCTUh
ffects
Human toxicity, non-­‐cancer CTUh
effects
Particulate matter
kg PM2.5 eq
Ionizing radiation HH kBq U235 eq
Ionizing radiation E (interim)
CTUe
Photochemical ozone formation
kg NMVOC eq
Acidification
molc H+ eq
Terrestrial eutrophicationmolc N eq
Freshwater eutrophication
kg P eq
Marine eutrophication kg N eq
Freshwater ecotoxicity CTUe
Land use
kg C deficit
Water resource depletionm3 water eq
Mineral, fossil & ren resource kg Sb deepletion
q
LCA BAMBOLA 1
LCA BAMBOLA 2
3,946E+00
2,293E+00
8,725E-­‐06
3,366E-­‐06
2,640E-­‐07
1,239E-­‐07
2,134E-­‐06
1,354E-­‐06
2,509E-­‐03
1,192E-­‐03
4,677E-­‐01
2,871E-­‐01
1,166E-­‐06
6,759E-­‐07
1,249E-­‐02
6,319E-­‐03
2,360E-­‐02
1,228E-­‐02
4,471E-­‐02
2,186E-­‐02
9,118E-­‐04
4,643E-­‐04
9,857E-­‐03
8,704E-­‐03
1,470E+02
9,995E+01
9,731E+00
4,486E+00
1,070E-­‐01
4,175E-­‐02
7,176E-­‐05
3,429E-­‐05
Categoria d'impatto
Unità
LCA LAVANDINO 1
LCA LAVANDINO 2
Climate change
kg CO2 eq
7,744E+01
4,069E+01
Ozone depletion
kg CFC-­‐11 eq
6,643E-­‐06
3,589E-­‐06
Human toxicity, cancer eCTUh
ffects
2,573E-­‐06
1,431E-­‐06
Human toxicity, non-­‐cancer CTUh
effects
3,080E-­‐05
1,948E-­‐05
Particulate matter
kg PM2.5 eq
4,094E-­‐01
2,060E-­‐01
Ionizing radiation HH kBq U235 eq
8,830E+00
4,551E+00
Ionizing radiation E (interim)
CTUe
2,342E-­‐05
1,238E-­‐05
Photochemical ozone formation
kg NMVOC eq
2,099E-­‐01
1,125E-­‐01
Acidification
molc H+ eq
4,762E-­‐01
2,473E-­‐01
Terrestrial eutrophicationmolc N eq
6,881E-­‐01
3,680E-­‐01
Freshwater eutrophication
kg P eq
1,685E-­‐02
8,656E-­‐03
Marine eutrophication kg N eq
1,217E-­‐01
6,440E-­‐02
Freshwater ecotoxicity CTUe
9,176E+02
5,548E+02
Land use
kg C deficit
1,861E+02
1,040E+02
Water resource depletionm3 water eq
-­‐1,998E-­‐01
-­‐1,396E-­‐01
Mineral, fossil & ren resource kg Sb deepletion
q
3,612E-­‐03
1,936E-­‐03
Categoria d'impatto
Unità
LCA LAVATRICE 1
LCA LAVATRICE 2
Climate change
kg CO2 eq
2,215E+03
1,026E+03
Ozone depletion
kg CFC-­‐11 eq
1,427E-­‐04
3,132E-­‐05
Human toxicity, cancer eCTUh
ffects
3,009E-­‐04
1,278E-­‐04
Human toxicity, non-­‐cancer CTUh
effects
4,102E-­‐03
2,613E-­‐03
Particulate matter
kg PM2.5 eq
7,051E-­‐01
2,232E-­‐01
Ionizing radiation HH kBq U235 eq
1,887E+02
4,170E+01
Ionizing radiation E (interim)
CTUe
4,246E-­‐04
1,038E-­‐04
Photochemical ozone formation
kg NMVOC eq
4,034E+00
1,393E+00
Acidification
molc H+ eq
7,356E+00
2,047E+00
Terrestrial eutrophicationmolc N eq
1,104E+01
3,260E+00
Freshwater eutrophication
kg P eq
5,906E-­‐01
2,078E-­‐01
Marine eutrophication kg N eq
1,198E+01
4,602E+00
Freshwater ecotoxicity CTUe
2,770E+05
1,819E+05
Land use
kg C deficit
2,493E+03
8,947E+02
Water resource depletionm3 water eq
1,103E+01
1,276E+00
Mineral, fossil & ren resource kg Sb deepletion
q
8,409E-­‐02
3,178E-­‐02
Categoria d'impatto
Unità
LCA LETTO 1
LCA LETTO 2
Climate change
kg CO2 eq
9,638E+02
6,354E+02
Ozone depletion
kg CFC-­‐11 eq
1,605E-­‐03
8,282E-­‐04
Human toxicity, cancer eCTUh
ffects
1,292E-­‐04
6,648E-­‐05
Human toxicity, non-­‐cancer CTUh
effects
3,928E-­‐04
2,472E-­‐04
Particulate matter
kg PM2.5 eq
1,446E+00
9,719E-­‐01
Ionizing radiation HH kBq U235 eq
1,461E+02
8,300E+01
Ionizing radiation E (interim)
CTUe
4,364E-­‐04
2,814E-­‐04
Photochemical ozone formation
kg NMVOC eq
5,109E+00
3,894E+00
Acidification
molc H+ eq
6,475E+00
4,142E+00
Terrestrial eutrophicationmolc N eq
1,688E+01
1,224E+01
Freshwater eutrophication
kg P eq
2,040E-­‐01
1,059E-­‐01
Marine eutrophication kg N eq
3,473E+00
2,144E+00
Freshwater ecotoxicity CTUe
2,142E+04
1,386E+04
Land use
kg C deficit
9,177E+03
4,933E+03
Water resource depletionm3 water eq
1,719E+01
8,612E+00
Mineral, fossil & ren resource kg Sb deepletion
q
7,399E-­‐02
3,906E-­‐02
Categoria d'impatto
Unità
LCA LIBRO 1
LCA LIBRO 2
Climate change
kg CO2 eq
9,075E-­‐01
3,084E-­‐01
Ozone depletion
kg CFC-11 eq
9,119E-­‐08
3,144E-­‐08
Human toxicity, cancer effects
CTUh
6,529E-­‐08
2,196E-­‐08
Human toxicity, non-cancer
CTUh
effects
3,320E-­‐07
1,119E-­‐07
Particulate matter
kg PM2.5 eq
1,377E-­‐03
4,639E-­‐04
Ionizing radiation HH
kBq U235 eq
1,125E-­‐01
3,794E-­‐02
Ionizing radiation E (interim)
CTUe
3,249E-­‐07
1,110E-­‐07
Photochemical ozone formation
kg NMVOC eq
8,195E-­‐03
2,757E-­‐03
Acidification
molc H+ eq
6,996E-­‐03
2,357E-­‐03
Terrestrial eutrophicationmolc N eq
1,243E-­‐02
4,215E-­‐03
Freshwater eutrophication
kg P eq
3,324E-­‐04
1,112E-­‐04
Marine eutrophication kg N eq
2,726E-­‐03
9,162E-­‐04
Freshwater ecotoxicity CTUe
9,469E+00
3,189E+00
Land use
kg C deficit
4,245E+00
1,432E+00
Water resource depletionm3 water eq
-­‐1,071E-­‐03
-­‐3,576E-­‐04
Mineral, fossil & ren resource
kg Sbdepletion
eq
4,486E-­‐05
1,547E-­‐05
Categoria d'impatto
Unità
LCA PIATTO 1
LCA PIATTO 2
Climate change
kg CO2 eq
2,182E+01
2,159E+01
Ozone depletion
kg CFC-­‐11 eq
1,167E-­‐06
1,139E-­‐06
Human toxicity, cancer eCTUh
ffects
1,089E-­‐06
1,074E-­‐06
Human toxicity, non-­‐cancer CTUh
effects
1,394E-­‐06
1,230E-­‐06
Particulate matter
kg PM2.5 eq
1,522E-­‐02
1,295E-­‐02
Ionizing radiation HH kBq U235 eq
8,725E-­‐01
8,469E-­‐01
Ionizing radiation E (interim)
CTUe
2,302E-­‐06
2,216E-­‐06
Photochemical ozone formation
kg NMVOC eq
4,170E-­‐02
4,100E-­‐02
Acidification
molc H+ eq
8,655E-­‐02
8,497E-­‐02
Terrestrial eutrophicationmolc N eq
1,436E-­‐01
1,412E-­‐01
Freshwater eutrophication
kg P eq
2,666E-­‐03
2,602E-­‐03
Marine eutrophication kg N eq
4,385E-­‐02
4,350E-­‐02
Freshwater ecotoxicity CTUe
1,922E+02
1,886E+02
Land use
kg C deficit
1,344E+02
1,334E+02
Water resource depletionm3 water eq
-­‐1,115E+00
-­‐1,115E+00
Mineral, fossil & ren resource kg Sb deepletion
q
1,924E-­‐03
1,552E-­‐03
Categoria d'impatto
Unità
LCA PORTA 1
LCA PORTA 2
Climate change
kg CO2 eq
1,002E+02
3,414E+01
Ozone depletion
kg CFC-­‐11 eq
1,060E-­‐05
3,662E-­‐06
Human toxicity, cancer eCTUh
ffects
1,476E-­‐05
4,946E-­‐06
Human toxicity, non-­‐cancer CTUh
effects
3,754E-­‐05
1,265E-­‐05
Particulate matter
kg PM2.5 eq
1,418E-­‐01
4,800E-­‐02
Ionizing radiation HH kBq U235 eq
1,892E+01
6,364E+00
Ionizing radiation E (interim)
CTUe
4,417E-­‐05
1,506E-­‐05
Photochemical ozone formation
kg NMVOC eq
4,168E-­‐01
1,428E-­‐01
Acidification
molc H+ eq
8,018E-­‐01
2,706E-­‐01
Terrestrial eutrophicationmolc N eq
1,326E+00
4,529E-­‐01
Freshwater eutrophication
kg P eq
3,418E-­‐02
1,145E-­‐02
Marine eutrophication kg N eq
1,637E+00
5,470E-­‐01
Freshwater ecotoxicity CTUe
1,254E+03
4,218E+02
Land use
kg C deficit
9,048E+02
3,036E+02
Water resource depletionm3 water eq
1,540E-­‐02
9,019E-­‐03
Mineral, fossil & ren resource kg Sb deepletion
q
3,546E-­‐02
1,188E-­‐02
Categoria d'impatto Unità
LCA SEDIA IMBOTTITA 1
LCA SEDIA IMBOTTITA 2
Climate change
kg CO2 eq
1,009E+02
4,824E+01
Ozone depletion
kg CFC-­‐11 eq
9,923E-­‐05
4,424E-­‐05
Human toxicity, cancer CTUh
effects
8,584E-­‐06
3,952E-­‐06
Human toxicity, non-­‐cancer CTUh effects
7,824E-­‐05
4,243E-­‐05
Particulate matter
kg PM2.5 eq
3,698E-­‐01
1,648E-­‐01
Ionizing radiation HH kBq U235 eq
3,531E+01
1,583E+01
Ionizing radiation E (interim)
CTUe
8,927E-­‐05
4,005E-­‐05
Photochemical ozone fkg ormation
NMVOC eq
7,956E-­‐01
3,576E-­‐01
Acidification
molc H+ eq
7,320E-­‐01
3,304E-­‐01
Terrestrial eutrophication
molc N eq
2,370E+00
1,063E+00
Freshwater eutrophication
kg P eq
2,444E-­‐02
1,106E-­‐02
Marine eutrophicationkg N eq
1,252E+00
5,702E-­‐01
Freshwater ecotoxicityCTUe
3,335E+03
2,054E+03
Land use
kg C deficit
6,371E+03
2,834E+03
Water resource depletion
m3 water eq
1,071E+00
4,784E-­‐01
Mineral, fossil & ren resource kg Sb eqdepletion
4,879E-­‐03
2,194E-­‐03
Categoria d'impatto
Unità
LCA SOPRAMMOBILE 1
Climate change
kg CO2 eq
3,278E-­‐01
Ozone depletion
kg CFC-­‐11 eq
3,434E-­‐08
Human toxicity, cancer effectsCTUh
2,679E-­‐08
Human toxicity, non-­‐cancer effects
CTUh
3,244E-­‐07
Particulate matter
kg PM2.5 eq
3,752E-­‐03
Ionizing radiation HH
kBq U235 eq
3,859E-­‐02
Ionizing radiation E (interim) CTUe
1,129E-­‐07
Photochemical ozone formation
kg NMVOC eq
1,078E-­‐03
Acidification
molc H+ eq
2,489E-­‐03
Terrestrial eutrophication
molc N eq
3,744E-­‐03
Freshwater eutrophication kg P eq
1,054E-­‐04
Marine eutrophication
kg N eq
5,792E-­‐04
Freshwater ecotoxicity
CTUe
7,128E+00
Land use
kg C deficit
1,430E+00
Water resource depletion
m3 water eq
1,263E-­‐03
Mineral, fossil & ren resource kg depletion
Sb eq
6,155E-­‐04
LCA SOPRAMMOBILE 2
1,011E-­‐01
1,174E-­‐08
9,403E-­‐09
1,406E-­‐07
9,532E-­‐04
1,216E-­‐02
3,762E-­‐08
3,632E-­‐04
7,265E-­‐04
1,231E-­‐03
2,997E-­‐05
1,959E-­‐04
3,227E+00
4,543E-­‐01
1,386E-­‐03
1,552E-­‐04
CATEGORIA
Oggettistica
Mobili_ 2
porte
piatti
libri
materassi e reti
raee
beni ingombranti
giochi
mobili 1
stagionali
OGGETTO
soprammobile in ceramica
sedia imbottita
porta
piatto
libro
Letto (doghe+ materasso) (28kg+25kg peso medio materasso)
lavatrice
0,6
0,25
lavandino bagno con colonna
41,5
bambola
armadio
albero di natale
TOTALE
CATEGORIA
PESO OGGETTO (kg)
0,4
9
25
Δ GWP/ANNO (kg CO2 eq/anno)
Oggettistica
67502,58
Mobili_ 2
46958,48
porte
4107,04
piatti
3592,65
libri
91852,35
materassi e reti
28007,29
raee
26162,82
beni ingombranti
334,73
giochi
40901,04
mobili 1
12080,87
stagionali
8471,01
43
72
0,5
72
6,3
GWP SCENARIO1 GWP SCENARIO2 Δ GWP Δ GWP/KG (kg CO2 eq)
(Kg CO2 eq)
(kg CO2 eq)
(kg CO2 eq/kg)
3,278E-­‐01
1,011E-­‐01
2,267E-­‐01
0,566832545
1,009E+02
4,824E+01
5,270E+01
5,855902842
1,002E+02
3,414E+01
6,607E+01
2,642884643
2,182E+01
2,159E+01
2,365E-­‐01
0,394136097
9,075E-­‐01
3,084E-­‐01
5,990E-­‐01
2,396181692
9,638E+02
2,215E+03
7,744E+01
3,946E+00
6,354E+02
1,026E+03
4,069E+01
2,293E+00
3,569E+01
1,827E+01
2,262E+01
1,276E+01
3,283E+02
1,189E+03
3,675E+01
1,653E+00
1,742E+01
9,854E+00
Contributo delle categorie al GHG emission saving mobili 1 4% stagionali 3% giochi 12% beni ingombran& 0% Ogge$s&ca 20% raee 8% Mobili_ 2 14% materassi e re& 9% libri 28% pia$ 1% porte 1% 7,635886387
16,51380116
0,885538506
3,306470567
0,241972556
1,564121149
QUANTITA' CATEGORIA/ANNO Δ GWP/ANNO (kg (Kg/anno) (dato 2014) CO2 eq/anno)
119087,34
67502,58001
8019
46958,48489
1554
4107,042735
9115,25
3592,649055
38332,8
91852,35358
3667,85
1584,3
378
12370
49926,61
5415,83
249450,98
28007,28588
26162,81518
334,7335553
40901,04092
12080,86943
8471,014243
329970,8695 329 tonn/anno
CATEGORIA
OGGETTO
soprammobile in Oggettistica ceramica
Mobili_ 2
sedia imbottita
porte
porta
piatti
piatto
libri
libro
Letto (doghe+ materasso) (28kg+25kg peso materassi e retimedio materasso)
raee
lavatrice
lavandino bagno beni ingombranti
con colonna
giochi
bambola
mobili 1
armadio
stagionali
albero di natale
TOTALE
Δ GWP/ANNO (kg CATEGORIA CO2 eq/anno)
Oggettistica
104,1304828
Mobili_ 2
2510,103474
porte
0
piatti
48,26984776
libri
293,4603719
materassi e reti
raee
beni ingombranti
giochi
mobili 1
stagionali
5143,418532
26291,78796
650,711405
202,4717252
488,9672521
287,3368757
36020,65793
GWP SCENARIO1 PESO OGGETTO (kg) (kg CO2 eq)
0,4
9
25
0,6
0,25
0,327815896
100,9387707
100,2104834
21,82324039
0,907485595
43
72
963,7613111
2214,724239
41,5
0,5
72
6,3
77,443158
3,945880337
35,68861114
22,61893551
Contributo delle categorie al beni ingombranI GWP SCENARIO2 Δ GWP Δ G
WP/KG QUANTITA' CATEGORIA/7 mesi (Kg CO2 eq)
(kg CO2 eq) (kg CO2 eq/kg) (Kg/7mesi) 0,101082878
48,23564512
34,13836735
21,58675873
0,308440172
0,22673302
52,7031256
66,0721161
0,23648166
0,59904542
0,566832545
5,855902842
2,642884643
0,394136097
2,396181692
183,7059
428,645
0
122,47
122,47
635,4181965 328,343115
1025,730556 1188,99368
7,635886387
16,51380116
673,585
1592,11
40,69331 36,749848
2,292645053 1,65323528
18,26658712 17,422024
12,76497227 9,85396324
0,885538506
3,306470567
0,241972556
1,564121149
734,82
61,235
2020,755
183,705
6123,5
Contributo delle categorie al GHG emission saving giochi 1% beni ingombranI 2% stagionali 1% mobili 1 1% OggeJsIca porte 0% Mobili_ 2 0% 7% piaJ 0% libri 1% materassi e reI 14% raee 73% Δ GWP/ANNO (kg CO2 eq/7mesi)
104,1304828
2510,103474
0
48,26984776
293,4603719
5143,418532
26291,78796
650,711405
202,4717252
488,9672521
287,3368757
36020,65793