Authors :
Antonius R.B. Ola; Damianus Adar; Anselmus Salu; Henderiana L.L. Belli; Amor T. Karyawati; Aloysius Marawali; Dodi Darmakusuma
Volume/Issue :
Volume 9 - 2024, Issue 3 - March
Google Scholar :
https://tinyurl.com/mw6ckrts
Scribd :
https://tinyurl.com/5n7amdrp
DOI :
https://doi.org/10.38124/ijisrt/IJISRT24MAR381
Note : A published paper may take 4-5 working days from the publication date to appear in PlumX Metrics, Semantic Scholar, and ResearchGate.
Abstract :
The perfume and cosmetics industry heavily
relies on quality raw materials, particularly Sandalwood
oil, known for its unique scent and importance in various
products. The presence of a reliable Sandalwood oil
distillation industry is crucial for meeting industry
demands. However, determining the price of Sandalwood
wood faces challenges due to quality variations influenced
by factors like geographical origin and processing
methods. We have proposed a 30/100 classification system
developed by CV. Suraya Nirmala and UPT Laboratorium
Terpadu of Universitas Nusa Cendana. The aim of this
research is to determine the sandalwood oil content of
several raw materials with a 30/100 classification system as
a basis for determining the price of these raw materials.
The classification method involves categorizing
sandalwood into four classes (30, 60, 90, and 100) based on
visual observations of the brown heartwood area on the
cross-section of the wood sample. The comparative
analysis of Sandalwood oil volume indicates variations in
oil content among the different classes of Sandalwood
wood samples. Sandalwood wood class 90 exhibits a
57.49% Sandalwood oil content compared to class 100.
Sandalwood wood class 60 demonstrates a 33.44%
Sandalwood oil content compared to class 100.
Sandalwood wood class 30 showcases a 19.86%
Sandalwood oil content compared to class 100. These
findings serve as a reference for determining the pricing of
Sandalwood wood as raw material in the Sandalwood oil
distillation industry. The price of class 100 serves as the
Highest Base Price (Hd), with class 90 priced at 0.5749Hd,
class 60 at 0.3344Hd, and class 30 at 0.1986Hd.
Keywords :
Santalum album, Sandalwood Oil, Price of Sandalwood Wood.
The perfume and cosmetics industry heavily
relies on quality raw materials, particularly Sandalwood
oil, known for its unique scent and importance in various
products. The presence of a reliable Sandalwood oil
distillation industry is crucial for meeting industry
demands. However, determining the price of Sandalwood
wood faces challenges due to quality variations influenced
by factors like geographical origin and processing
methods. We have proposed a 30/100 classification system
developed by CV. Suraya Nirmala and UPT Laboratorium
Terpadu of Universitas Nusa Cendana. The aim of this
research is to determine the sandalwood oil content of
several raw materials with a 30/100 classification system as
a basis for determining the price of these raw materials.
The classification method involves categorizing
sandalwood into four classes (30, 60, 90, and 100) based on
visual observations of the brown heartwood area on the
cross-section of the wood sample. The comparative
analysis of Sandalwood oil volume indicates variations in
oil content among the different classes of Sandalwood
wood samples. Sandalwood wood class 90 exhibits a
57.49% Sandalwood oil content compared to class 100.
Sandalwood wood class 60 demonstrates a 33.44%
Sandalwood oil content compared to class 100.
Sandalwood wood class 30 showcases a 19.86%
Sandalwood oil content compared to class 100. These
findings serve as a reference for determining the pricing of
Sandalwood wood as raw material in the Sandalwood oil
distillation industry. The price of class 100 serves as the
Highest Base Price (Hd), with class 90 priced at 0.5749Hd,
class 60 at 0.3344Hd, and class 30 at 0.1986Hd.
Keywords :
Santalum album, Sandalwood Oil, Price of Sandalwood Wood.
