Niaouli (Leaves) Oil Distillation Plant
Floral Distillation Plants

Niaouli (Leaves) Oil Distillation Plant

Niaouli (Leaves) Oil Distillation Plant

Niaouli (Leaves) Oil Distillation Plant

- Mechotech: Advanced Solutions Niaouli (Leaves) Oil Distillation Plant Leaves) Oil Distillation Plant Niauli (leaves) Oil Distillation Plan - Advanced Essential Oil Extraction Technology. Introduction Niaoli (Meleluka Quinquenveria) is a medicinal tree in Australia, Madagascar and Southeast Asia. Its leaves are rich in essential oil, which contain cinema, peenine, viridiflerol and Limonine, which are highly valuable in pharmaceutical products, aromatherapy, cosmetics and personal care. To meet.

Mechotech designs and manufactures the Niaouli (Leaves) Oil Distillation 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

1

Raw Material Sourcing & Preparation

High-quality Niaouli (Leaves) 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.

2

Loading the Distillation Vessel

The prepared Niaouli (Leaves) 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.

3

Steam Distillation

Low-pressure steam at controlled temperature is passed through the Niaouli (Leaves) charge, volatilising the essential oil compounds. The vapour-laden steam travels upward through a goose-neck into the condenser unit.

4

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.

5

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.

6

Packaging & Storage

Finished Niaouli (Leaves) 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 Niaouli (Leaves) Oil Distillation 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 Niaouli (Leaves) and why is it commercially extracted?
Niaouli (Leaves) is commercially extracted to obtain its concentrated bioactive compounds in a stable, standardised form suitable for pharmaceutical, nutraceutical, cosmetic, and food industry applications. Unlike raw plant material with variable compound content, extracted standardised forms provide consistent dosing and meet quality specifications required by regulated markets globally.
What extraction method does Mechotech use for Niaouli (Leaves)?
Mechotech uses the optimal extraction method for each plant's specific chemistry — steam distillation for volatile essential oils, solvent extraction (food-grade ethanol or hexane) for oleoresins and phytochemical extracts, and cold pressing for oil-rich materials. Our Niaouli (Leaves) Oil Distillation Plant is engineered around the specific physical and chemical properties of the plant material to maximise yield while meeting quality specifications.
What production capacities are available for the Niaouli (Leaves) Oil Distillation Plant?
Mechotech manufactures Niaouli (Leaves) Oil Distillation Plant in capacities from 100 kg/batch pilot systems for product development and market testing to 2,000+ kg/batch commercial plants for established extract exporters. Capacity selection is guided by raw material supply volume, confirmed buyer requirements, and investment timeline. We recommend starting with a pilot plant to validate process parameters before scaling.
What quality certifications apply to the Niaouli (Leaves) Oil Distillation Plant?
Our Niaouli (Leaves) Oil Distillation Plant is designed to meet WHO-GMP, Indian Schedule M, and ISO 9001 standards applicable to botanical extract manufacturing. Plant design supports FSSAI food-grade production, pharmaceutical-grade production under Schedule M, and export-quality documentation (COA, GC-MS reports, heavy metal testing, microbial testing) required by US, European, and Japanese buyers.

Ready to discuss your project?

Get a free quote and technical consultation from our engineering team.

Get A Free Quote
★Review Us