EXTRACTION OF ESSENTIAL OIL: CAMPHOR OIL

Pure essential oils are concentrated oils from various naturally occurring plants, including flowers, roots, seeds, resins, and the outermost layer of plants, trees, shrubs, and fruit rinds. Humans know these oils' benefits for the body, skin, and spirit. Due to their abundant therapeutic or odoriferous qualities, these oils are frequently used in commercial settings. Objectives: - To learn about the perks and pitfalls of various extraction techniques, the selection and effective-ness of a single method, and the processes available for extracting oils from plants and trees. Results: The method used to extract essential oils from plants is crucial since some techniques employ solvents, which might harm the medicinal qualities of trees and plants. The quality and yield of the oil never stay the same despite the different extraction techniques. The hydrodistillation technique has been used in this investigation because of its low operating costs and gentle extraction conditions. Water vapour is used as a critical component in extracting oils. Conclusion: The process of extracting essential oils through a variety of innovative techniques and procedures improves the quality and yield of the essential oils while reducing the risk of losing the essential components of plants and trees. It also reduces the risk of chemical exposure and extraction time, making it environmentally friendly.

Authors

Publication Details

Journal
International Ayurvedic Medical Journal
Published
2024-10-15
DOI
https://doi.org/10.46607/iamj0212102024
Primary Topic
Toxin Mechanisms and Immunotoxins
Type
article
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article

EXTRACTION OF ESSENTIAL OIL: CAMPHOR OIL

Gargi Verma, Shuchi Mitra, Khem Chand Sharma, Usha Sharma
International Ayurvedic Medical Journal
Toxin Mechanisms and Immunotoxins
article

EXTRACTION OF ESSENTIAL OIL: CAMPHOR OIL

Gargi Verma, Shuchi Mitra, Khem Chand Sharma, Usha Sharma
article en

Abstract

Pure essential oils are concentrated oils from various naturally occurring plants, including flowers, roots, seeds, resins, and the outermost layer of plants, trees, shrubs, and fruit rinds. Humans know these oils' benefits for the body, skin, and spirit. Due to their abundant therapeutic or odoriferous qualities, these oils are frequently used in commercial settings. Objectives: - To learn about the perks and pitfalls of various extraction techniques, the selection and effective-ness of a single method, and the processes available for extracting oils from plants and trees. Results: The method used to extract essential oils from plants is crucial since some techniques employ solvents, which might harm the medicinal qualities of trees and plants. The quality and yield of the oil never stay the same despite the different extraction techniques. The hydrodistillation technique has been used in this investigation because of its low operating costs and gentle extraction conditions. Water vapour is used as a critical component in extracting oils. Conclusion: The process of extracting essential oils through a variety of innovative techniques and procedures improves the quality and yield of the essential oils while reducing the risk of losing the essential components of plants and trees. It also reduces the risk of chemical exposure and extraction time, making it environmentally friendly.

International Ayurvedic Medical JournalVol. 12(10)
Responsible consumption and production
Openalex Percentile: Top 70%
Toxin Mechanisms and Immunotoxins
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