Heptanol (Heptyl Alcohol)
Production:
Hydrogenation of heptaldehyde with nickel catalysts will yield heptyl alcohol. The optimum conditions found for quantitative conversion of heptaldehyde to heptyl alcohol are temperature – 100°C, nickel catalyst concentration – 2% based on heptaldehyde (w/w), hydrogen pressure -145 psig and reaction time of about 1 hour.
Applications:
- Used as chemical intermediates for:
- Perfumes and flavours (with fruit taste)
- Polymer plasticizer
- Used in toilet preparations and detergents.
Specifications:
Synonyms: Amyl methyl carbinol, 5-heptyl alcohol, heptan-2-ol, methyl amyl carbinol, 1-methylhexanol
CAS Number |
543-49-7 |
Molecular Formula |
C7H16O |
Appearance |
Colourless Liquid |
Boiling Point |
160 – 162oC |
Density (g/cm3) |
0.817 |
Flash Point |
64oC |