13 Review on PCM Application for Cooling Load Reduction …
271
Table 13.5
(continued)
Hot and dry
Cold
Moderate
Jodhpur
Ahmedabad
Srinagar
Shimla
Leh
Bangalore
Pune
Paraffin
C
20
36.7
(Mehling
and
Cabeza
2008)
Na
2 HPO
4
·12H
2 O
36 (De
Gracia
and
Cabeza
2015)
45%
Ca(NO
3 )
2
·6H
2 O
+ 55%
Zn(NO
3 )
2
·6H
2 O
25
(Saxena
et al.
2017)
61.5 mol%
capric acid
+
38.5 mol%
lauric acid
19 (Liu
et al.
2012)
48% butyl
palmite
+
48% butyl
stearate
+ 3%
other
17 (Liu
et al.
2012)
LiNO
3 .2H
2 O
30
(Mehling
and
Cabeza
2008)
Na
2 CO
3
.10H
2 O
33 (De
Gracia
and
Cabeza
2015)
69%
lauric acid
+ 31%
palmitic
acid
35.2 (Liu
et al.
2012)
Zn(NO
3 )
2
·6H
2 O
36.4
(De
Gracia
and
Cabeza
2015)
Ethyl Palmitate
23 (Liu
et al.
2012)
Glycerin
17.9
(Mehling
and
Cabeza
2008)
NaOH
·(3/2)H2O
15 (Liu
et al.
2012)
Vinyl Sterate
27
(Sharma
et al.
2009)
62.6% lauric
acid
+ 37.4%
myristic acid
32.6 (Liu
et al.
2012)
CaBr
2
·6H
2 O
34 (De
Gracia
and
Cabeza
2015)
LiBr
2 ·2H
2 O
34
(Mehling
and
Cabeza
2008)
34%
C14H28O
2 +
66%
C10H20O
2
24
(Mehling
and
Cabeza
2008)
Capric acid
+
lauric acid
18 (Liu
et al.
2012)
38.5%
trimethyloletane
+ 31.5%
water
+ 30%
urea
14.4 (Liu
et al.
2012)
TH29
29 (De
Gracia
and
Cabeza
2015)
Paraffin C
19
32
(Mehling
and
Cabeza
2008)
FeCl
3
·6H
2 O
37 (De
Gracia
and
Cabeza
2015)
Mn(NO
3 )
·6H
2 O
37.1
(Mehling
and
Cabeza
2008)
Climsel C24
24
(Sharma
et al.
2009)
45% capric
acid
+ 55%
lauric acid
21 (Liu
et al.
2012)
Dimethyl
sulfoxide
(DMSO)
16.5 (De
Gracia
and
Cabeza
2015;
Sharma
et al.
2009)
RT30
28 (De
Gracia
and
Cabeza
2015)
Capric acid
31.5 (De
Gracia
and
Cabeza
2015)
(continued)