Sandalwood Oil Distillation & Extraction Plant
Sandalwood Oil Distillation & Extraction Plant
- Mechotech: Advanced Solutions Sandalwood Oil Distillation & Extraction Plant Oil Distillation & Extraction Plant Sandalwood Oil Distillation & Extraction Plant Our Sandalwood Distillation & Extraction Plant is designed for the efficient extraction of high-quality Sandalwood essential oil from Santalum album (Indian Sandalwood) or Santalum spicatum (Australian Sandalwood) using advanced steam distillation technology. Sandalwood oil is a high-value essential oil widely used in perfumery,.
Mechotech designs and manufactures the Sandalwood Oil Distillation & Extraction Plant as a turnkey solution with SS 316L construction, integrated solvent recovery, and full documentation support. Our plant engineering team ensures optimal process parameters for maximum yield and quality compliance with FSSAI, WHO-GMP, and pharmaceutical-grade specifications.
Manufacturing Process
Raw Material Sourcing & Preparation
High-quality Sandalwood Oil Distillation & Extraction Plant plant material is sourced, authenticated for botanical identity, and dried to below 10% moisture content. Material is cleaned to remove soil, foreign matter, and damaged plant parts before loading.
Loading the Distillation Vessel
The prepared Sandalwood Oil Distillation & Extraction Plant material is loaded into the SS 316L distillation chamber on a perforated support grid. The charge density is optimised to allow uniform steam distribution through the packed bed without channelling.
Steam Distillation
Low-pressure steam at controlled temperature is passed through the Sandalwood Oil Distillation & Extraction Plant charge, volatilising the essential oil compounds. The vapour-laden steam travels upward through a goose-neck into the condenser unit.
Condensation & Separation
The steam-oil vapour mixture is cooled in a shell-and-tube condenser at 15–25°C, condensing into liquid. The condensate flows into a Florentine flask where the essential oil separates from the hydrosol water by density difference and is collected.
Quality Analysis
Each batch is tested by GC-MS for chemical composition, specific gravity, refractive index, and optical rotation against standard reference specifications. The hydrosol is collected separately as a co-product with its own commercial applications.
Packaging & Storage
Finished Sandalwood Oil Distillation & Extraction Plant essential oil is filtered through a 1-micron cartridge, filled into aluminium or stainless steel containers under nitrogen headspace, and stored below 20°C away from light and moisture to preserve aroma and chemical integrity.
Applications
- Aromatherapy and wellness product formulations
- Natural perfumery and fine fragrance compositions
- Cosmetics and personal care — moisturisers, serums, shampoos
- Pharmaceutical topical formulations and liniments
- Food flavouring and beverage applications (GRAS/food-grade only)
- Insect repellent and household cleaning product formulations
- Spa and massage oil products
- Natural air fresheners and home fragrance diffusers
Key Features
GMP-Compliant SS 316L Construction
All product-contact surfaces are fabricated in electropolished SS 316L stainless steel, meeting WHO-GMP and Schedule M requirements for botanical extract manufacturing. Designed for clean-in-place (CIP) operation between batches.
Closed-Loop Solvent Recovery (>95%)
Integrated condenser-distillation solvent recovery system achieves greater than 95% solvent return per batch, significantly reducing variable operating cost and ensuring compliance with CPCB solvent discharge regulations.
Scalable Batch Capacity
Plants are designed in standard capacities from 100 kg/batch pilot scale to 2,000+ kg/batch commercial configurations for Sandalwood Oil Distillation & Extraction Plant. Modular design allows capacity expansion without replacing core equipment.
Integrated Quality Control
In-line sampling ports at each processing stage enable in-process quality monitoring. Plant design accommodates HPLC, GC, and physical testing equipment for batch release documentation required by pharmaceutical and food buyers.
Explosion-Proof Design (Solvent Zones)
All electrical equipment, motors, instruments, and fittings in solvent-handling areas are certified explosion-proof per ATEX/PESO standards, ensuring safe operation with flammable ethanol, hexane, and acetone solvents.
Frequently Asked Questions
What is Sandalwood Oil Distillation & and why is it commercially extracted?
What extraction method does Mechotech use for Sandalwood Oil Distillation &?
What production capacities are available for the Sandalwood Oil Distillation & Extraction Plant?
What quality certifications apply to the Sandalwood Oil Distillation & Extraction Plant?
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