Table 4.

Thermal properties of TYPE 3 bio‐PCMs.^{[ 250} , ²⁵¹ , ²⁵² , ^{253 ]}

Type 3 bio‐PCMs
Mixture of compound	T m [°C]	ΔH f [J g−1]	Mixture origin		References
			Biomass	Fossil fuelsa )
Lauric acid–myristic acid (0.85:0.15)	40	173	Fatty acids	–	[90, 250]
Myristic acid–stearic acid (0.50:0.50)	35–52	189
1‐Dodecanol ‐ methyl stearate (0.10:0.90)	22	202	Fatty alcohol, fatty ester	–	[251]
1‐Dodecanol ‐ methyl palmitate (0.30:0.70)	20	224
Paraffin‐stearic acid (0.45:0.55)	56.	192	Fatty acid	Paraffin	[252]
Paraffin wax‐ oleic acid	54	155	Fatty acid	Paraffin	[94]
Galactitol‐mannitol (0.30:0.70)	153	292	Sugar alcohol	–	[96, 97, 253]
Xylitol‐erythritol (0.64:0.36)	82	270	Sugar alcohol	–
Erythritol‐xylitoll‐dulcitol (0.31:0.68:0.01)	81	268	Sugar alcohol	–	[97]
Stearic acid ‐ n‐butyramide (0.55:0.45)	64	198	Fatty acid	Amide	[95]
Succinic acid‐boric acidb ) (0.56:0.44)	150	394	Succinic acid	–	[17]

^a)A compound derived from fossil fuels or produced through reaction with a fossil fuel‐based compound.

^b)Boric acid is extracted from a variety of boron ores (colemanite, tincal, and ulexite) or naturally occurring boron brines.