Saro
Saro
Mechotech designs and manufactures turnkey leaves oils distillation plants for Saro. The product tree lists the entry as Saro (Leaves), and Mechotech’s legacy page describes steam distillation of saro essential oil from fresh or dried leaves of Cinnamosma fragrans, a plant native to Madagascar. The Sureka Life Sciences (SLS) catalogue lists Saro Leaves Distillation with Cinnamosma fragrans as the botanical source and an offering grade of about 40–50% 1,8-cineole. The exact feed form is confirmed with the client before the plant is configured.
Mechotech’s Saro plant is configured around the raw material and the target oil. It is built in SS 316L with integrated condensers and oil–water separation, PLC-based automation and full documentation, and is delivered as a commissioned turnkey system. The distillation mode and operating parameters are established during process development and pilot validation.
Technical Specifications
| Product | Saro Essential Oil Distillation Plant |
|---|---|
| Raw Material | Saro leaves (Cinnamosma fragrans) |
| Botanical Name | Cinnamosma fragrans (per Mechotech’s legacy page and the Sureka Life Sciences catalogue entry for Saro Leaves Distillation) |
| Plant Part / Feed Form | Leaves, fresh or dried, as Mechotech’s legacy page and the product tree list them (the exact form is confirmed with the client) |
| Marker Compound | 1,8-Cineole (per the Sureka Life Sciences catalogue entry) |
| Catalogue Offering Grade | About 40–50% 1,8-cineole (Sureka Life Sciences catalogue figure for the offered oil; not a delivered specification) |
| Product Category | Leaves Oils Distillation Plants |
| Extraction Method | Steam, hydro, vacuum or pressure distillation — selected for the volatility and heat-sensitivity of the target oil |
| Product-contact Material | SS 316L |
| Condensation | Multi-tube condenser with chilled-water circulation |
| Oil–Water Separation | Stainless-steel Florentine flask |
| Finishing | Polish filtration; drying over anhydrous sodium sulphate or by vacuum |
| Automation | PLC-based |
| Plant Capacity | Configured to requirement |
| Utility Requirements | Steam, chilled/cooling water, compressed air and power (project-specific) |
| Compliance | GMP hygienic design; full documentation for qualification |
| Final Product Form | Saro essential oil; aromatic hydrosol as co-product |
Plant Capacities
| Plant Scale | Raw Material Throughput | Typical Use |
|---|---|---|
| Pilot | Configured to your feedstock and trial plan | Product development, parameter validation |
| Semi-Commercial | Configured between pilot and commercial scale | Scale-up trials, contract manufacturing |
| Commercial | Configured to raw-material supply and confirmed buyer volume | Commercial production |
Capacity is configured to raw-material supply, confirmed buyer volume and investment timeline; a pilot plant is recommended to validate parameters before scaling.
Manufacturing Process
Raw Material Preparation
Saro leaves are cleaned and sorted, and size-reduced where required, so that the charge packs evenly in the still and steam can reach the leaf tissue; whether the leaf is fresh or dried, and the particle size, are set during process development.
Charging & Distillation
The prepared Saro charge is loaded into the SS 316L still and distilled by steam, hydro, vacuum or pressure distillation, selected during process development for the volatility and heat-sensitivity of the target oil.
Condensation
Vapours pass through a multi-tube condenser with chilled-water circulation, condensing the oil and hydrosol.
Oil–Water Separation
Condensate is separated in a stainless-steel Florentine flask; the oil is collected and the hydrosol is drawn off and can be recovered as a co-product.
Polishing & Drying
The crude oil is polish-filtered and dried over anhydrous sodium sulphate or by vacuum to remove residual moisture.
Quality Control
Each batch is sampled for GC-MS profile and physical parameters — specific gravity, refractive index, optical rotation — against the client’s specification.
Major Plant Equipment
- Leaf cleaning and size-reduction system
- Perforated basket or false-bottom charge support
- SS 316L distillation still / extractor
- Multi-tube condenser with chilled-water circulation
- Stainless-steel Florentine flask (oil–water separator)
- Polish filtration system
- Drying unit (anhydrous sodium sulphate or vacuum)
- CIP system
- PLC-based automation and instrumentation
Plant Output
Applications
- Aromatherapy and diffusion
- Respiratory-support products (catalogue use area)
- Topical and muscle-care products
- Stress-relief and wellness applications (catalogue use area)
Key Features
SS 316L Construction
Product-contact surfaces are SS 316L for corrosion resistance and product purity, with CIP capability between batches.
Efficient Condensation
Multi-tube condensers with chilled-water circulation condense the volatile oil and hydrosol and limit loss of volatile top-notes.
Configurable Distillation Mode
The still is configured for steam, hydro, vacuum or pressure distillation, selected during process development for the leaf charge and the target oil.
Hydrosol Recovery
Integrated oil–water separation allows the aromatic hydrosol to be drawn off and recovered as a co-product.
Scalable Capacity
Plants are configured to requirement from pilot scale upward, with modular expansion.
Frequently Asked Questions
Does Mechotech supply the complete machinery for Saro?
What specification can the Saro plant achieve?
What production capacities are available for the Saro plant?
Which end uses are listed for the Saro plant?
Which part of Saro is processed in the distillation plant?
How is Saro oil produced in the plant?
What is the botanical source and marker compound of Saro on this page?
Why is the catalogue registry number for saro not used here?
Is saro the same as other 1,8-cineole oils?
Which neighbouring plants does the product tree list with Saro?
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