M. Cˇ ekon et al.: Cardboard-Based Packaging Materials as Renewable Thermal Insulation of Buildings
DOI: 10.7569/JRM.2017.634135
POCP
POCP
1.2E – 11
0.0E + 00 1.0E – 12 2.0E – 12 3.0E – 12 4.0E – 12 5.0E – 12 6.0E – 12 7.0E – 12 8.0E – 12
ODP
1.0E – 11
ODP
8.0E – 12
GWP
GWP
6.0E – 12
EP
EP
4.0E – 12
AP
AP
2.0E – 12
ADP fos.
ADP fos.
0.0E + 00
ADP el.
ADP el.
Figure 5 Total normalized environmental impacts related to production of CBM M1 and equivalent mass of PIR, EPS and MW.
Figure 8 Total normalized environmental impacts related to production of CBM M4 and equivalent mass of PIR, EPS and MW.
POCP
0.0E + 00 2.0E – 12 4.0E – 12 6.0E – 12 8.0E – 12 1.0E – 11 1.2E – 11 1.4E – 11 1.6E – 11
POCP
0.0E + 00 5.0E – 13 1.0E – 12 1.5E – 12 2.0E – 12 2.5E – 12 3.0E – 12 3.5E – 12 4.0E – 12 4.5E – 12
ODP
ODP
GWP
GWP
EP
EP
AP
AP
ADP fos.
ADP fos.
ADP el.
ADP el.
Figure 6 Total normalized environmental impacts related to production of CBM M2 and equivalent mass of PIR, EPS and MW.
Figure 9 Total normalized environmental impacts related to production of CBM M5 and equivalent mass of PIR, EPS and MW.
POCP
POCP
0.0E + 00 1.0E – 12 2.0E – 12 3.0E – 12 4.0E – 12 5.0E – 12 6.0E – 12 7.0E – 12 8.0E – 12
6.0E – 12
ODP
5.0E – 12
ODP
4.0E – 12
GWP
GWP
3.0E – 12
EP
EP
2.0E – 12
AP
AP
1.0E – 12
ADP fos.
ADP fos.
0.0E + 00
ADP el.
ADP el.
Figure 10 Total normalized environmental impacts related to production of CBM M6 and equivalent mass of PIR, EPS and MW.
Figure 7 Total normalized environmental impacts related to production of CBM M3 and equivalent mass of PIR, EPS and MW.
90
J. Renew. Mater. Supplement June 2017
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