Tube Rose (Flower) Distillation Plant

A Tube Rose flower distillation plant is a specialized facility designed to extract essential oil from the flowers of Polianthes tuberosa, commonly known as tuberose. Renowned for its rich, sweet, and intoxicating fragrance, tuberose essential oil is highly prized in the perfume industry and aromatherapy for its soothing and mood-enhancing properties.

The extraction process primarily uses steam distillation. Freshly harvested tuberose flowers are gently loaded into stainless steel distillation chambers. Steam is passed through the flowers under carefully controlled temperature and pressure conditions to vaporize the delicate aromatic compounds. The vapor mixture is then condensed, allowing the essential oil to separate from the floral water (hydrosol). The collected oil is filtered and stored in airtight, dark containers to preserve its fragrance and therapeutic qualities.

Modern tuberose distillation plants feature efficient boilers, corrosion-resistant distillation units, condensers, and oil separators, along with automated controls for optimizing yield and maintaining oil purity. The essential oil contains key aromatic constituents such as methyl anthranilate, benzyl acetate, and indole, which give tuberose its characteristic rich, floral scent. The facility adheres to strict quality and hygiene standards, producing premium-grade oil suitable for high-end perfumery, cosmetics, and aromatherapy products.The extraction is typically performed through steam distillation. Freshly harvested tagetes flowers are loaded into a distillation vessel, where steam passes through the plant material to release the volatile compounds. These vapors are then condensed into liquid form, and the essential oil is separated from the hydrosol using a Florentine separator. The collected oil is filtered and stored in dark, airtight containers to preserve its quality.

Modern tagetes oil distillation plants are equipped with stainless steel distillation units, high-efficiency boilers, condensers, separators, and automated control systems for precise temperature and pressure management. The essential oil contains active components like tagetone, limonene, ocimene, and dihydrotagetone, which contribute to its therapeutic and aromatic qualities. The facility operates under stringent hygiene and safety standards, ensuring production of pure, high-grade essential oil suitable for diverse industrial and wellness applications.