Table 2.
Thermal properties of TYPE 1 bio‐PCMs.
| TYPE 1 bio‐PCMs | ||||||
|---|---|---|---|---|---|---|
| Group of compounds | Compound | T m [°C] | ΔH f [J g−1] | Origin | Production processes | References |
| Fatty acids | Capric acid | 32 | 169 | Triglyceride |
Extraction from plant natural oils Hydrolysis of triglycerides, with removal of glycerol |
[43, 44, 242] |
| Stearic acid | 55 | 159 | ||||
| Fatty alcohols | 1‐Hexadecanol | 49 | 237 | Fatty acids |
Hydrogenation of fatty acids Hydrogenation of methyl esters of fatty acids |
[47] |
| 1‐Octadecanol | 57 | 248 | ||||
| Sugar alcohols | Erythritol | 119 | 333 | Starch, fruits such as melon, watermelon, pears, grapes; and in fermented foods, such as cheese, soy sauce | Fermentation of glucose | [49, 53] |
| Mannitol | 166 | 284 |
Starch, cellulose and hemicellulose, fructose, mushrooms, brown algae, tree bark |
Catalytic/enzymatic hydrogenation of fructose Fermentation of fructose |
||
| Xylitol | 92 | 233 | Hardwoods, softwoods, agricultural waste from processing maize, wheat, rice |
Catalytic/enzymatic hydrogenation of xylose Fermentation of xylose |
||