An article reviews of extraction, isolation and separation techniques of Zingiberene from Zingiber officinale by using Soxhlet distillation

Shabbir, Patel Kashish and Manoj, Karale Sanika and Dnyandev, Gadge Priti and Prachi N, Padwal and Rahul, Lokhande (2025) An article reviews of extraction, isolation and separation techniques of Zingiberene from Zingiber officinale by using Soxhlet distillation. World Journal of Biology Pharmacy and Health Sciences, 22 (2). 049-057. ISSN 2582-5542

One of the most sought-after natural items on the domestic or global market is essential oils. Numerous plant components can be used to extract essential oils. Collectively, essential oils lack any particular chemical or medicinal properties. Rather, what defines them is what they communicate distinctive scents. Consequently, the widespread propensity to discuss crucial oils as a group, as though that suggested something specific regarding their health, medicinal or culinary qualities are quite erratic and frequently genuinely hazardous. Until recently, ginger, a very beneficial herb plant, was widely used in both traditional and contemporary natural therapy. Research on this product should be conducted to determine how to meet the nation's need for ginger oil and the most effective method and the least expensive way to increase the product's yield. One of the traditional techniques for extracting essential oils is Soxhlet Distillation. The purpose of Soxhlet distillation is to producing effective ginger oil in a large amount This is because some components cannot be extracted using a particular approach, yet they could be effectively removed with the Soxhlet Extractor.