Glycosides Extraction Plants

Olive Leaf Extract Powder

Extraction Technologies

Counter-Current Extraction (CCE)Ultrasound-Assisted Extraction (UAE)Hybrid ExtractionMicrowave-Assisted Extraction (MAE)

Mechotech designs and manufactures turnkey extraction plants for Olive Leaf (Olea europaea), processing the dried leaf — not the fruit or pomace — into a powder standardised to 10%-40% Oleuropein by HPLC. Oleuropein is a bitter secoiridoid glycoside concentrated in the leaf tissue, and it is this leaf-specific chemistry, rather than the oil-bearing fruit chemistry most people associate with olive, that drives the plant's cardiovascular and antioxidant positioning in nutraceutical and functional-food formulation. Because the raw material is a dried leaf rather than a root, bark, or seed, sourcing and pre-treatment are built around consistent leaf-batch moisture control and gentle milling that avoids excessive fines from the leaf's waxy cuticle. We supply the complete machinery — leaf cleaning, milling, aqueous-ethanol extraction, filtration, purification, vacuum concentration with solvent recovery, standardisation, and spray drying — to convert olive leaf into a consistent, HPLC-verified extract powder for nutraceutical, functional-food, and pharmaceutical buyers. Candidate extraction technologies for oleuropein: Counter-Current Extraction (CCE), Ultrasound-Assisted Extraction (UAE), Hybrid Extraction and Microwave-Assisted Extraction (MAE) (4 in total).

Mechotech's Olive Leaf plant is engineered around the extraction behaviour of oleuropein, a glycoside that is comparatively more heat- and hydrolysis-sensitive than many polyphenol classes — prolonged high-temperature contact or excessive acidity can cleave the glycosidic bond and degrade the marker compound before it ever reaches the standardisation stage. The line therefore runs a moderated aqueous-ethanol extraction with controlled residence time, rapid clarification to limit hold-up time in the miscella, and a low-temperature vacuum concentration step, so oleuropein content is preserved through to spray drying. Built in SS 316L with electropolished product-contact surfaces, PLC-SCADA automation, and full batch documentation, each plant is delivered as a commissioned turnkey system configured to the declared 10%-40% Oleuropein by HPLC specification, with FSSAI and GMP hygienic design.

Technical Specifications

Product	Olive Leaf Extract Powder Extraction Plant
Botanical Name	Olea europaea
Feedstock	Olive leaves
Part / Feed Form	Leaves
Target Extract	Oleuropein
Extract Type	Standardised dry extract (powder)
Standardisation	Oleuropein By HPLC — 10% to 40% grades
Extraction Method	Counter-current, UAE, Hybrid, MAE
Technology Count	4
Extraction Conditions	Aqueous / aqueous-ethanol solvent extraction (closed, jacketed SS 316L extractors)
Product-contact Material	SS 316L, electropolished, CIP-cleanable
Filtration System	Plate-and-frame filter press with cartridge polish filtration
Concentration System	Low-temperature falling-film / vacuum evaporator with closed-loop solvent recovery
Drying System	Spray dryer with controlled inlet/outlet temperature
Automation	PLC-SCADA with recipe management, batch traceability and production reporting
Utility Requirements	Steam, chilled/cooling water, compressed air, soft water, power (project-specific)
Compliance	GMP hygienic design; full documentation for qualification
Final Product Form	Free-flowing standardised extract powder

Plant Capacities

Plant Scale	Leaf Throughput	Typical Use
Pilot	Configured to your feedstock and trial plan	Product development, parameter validation
Semi-Commercial	Configured to raw-material supply and buyer volume	Contract manufacturing, scale-up trials
Commercial	Configured to raw-material supply and confirmed buyer volume	Commercial production at confirmed buyer volume

Capacity is configured to raw-material supply and confirmed buyer volume; we recommend a pilot plant to validate process parameters before scaling. No fixed throughput is quoted for this product.

Manufacturing Process

Each extraction method follows a different process — pick a method to see its steps.

Raw-Material Preparation

Olive leaves are cleaned and size-reduced so oleuropein can be reached by the extraction medium; particle size and moisture are set during process development.

Counter-Current Loading

Prepared olive leaves are fed into a multi-stage solid–liquid counter-current extractor where fresh ethanol/water or a suitable food-grade solvent meets the most-depleted material.

Counter-Current Extraction

Solvent flows against the solids across stages to draw out oleuropein; bed flow and fines management are verified during pilot work.

Extract (Miscella) Collection

The oleuropein-bearing miscella is collected from the fresh-feed end while spent solids are discharged from the solvent-entry end.

Concentration & Solvent Recovery

Solvent is removed from the clarified oleuropein-bearing extract under vacuum and returned through a solvent-recovery loop; recovery performance is confirmed at pilot scale.

Standardisation & Drying

The oleuropein extract is assayed against the declared target specification and dried or supplied as a concentrate, according to the requirement.

Major Plant Equipment

Leaf cleaning and de-stemming system
Hammer mill / leaf mill (size reduction)
Stainless-steel jacketed extraction vessels (SS 316L)
Solvent storage tanks
Solvent transfer pumps
Plate heat exchangers
Plate-and-frame filter press
cartridge polish filters
Macroporous resin / membrane purification column
Falling-film vacuum evaporator
Closed-loop solvent recovery system
Condensers & vacuum pumps
Spray dryer with inlet/outlet temperature control
CIP (clean-in-place) system
Storage tanks & finished-product tanks
PLC-SCADA control panel, electrical MCC & instrumentation

Plant Output

Olive Leaf Extract Powder — 10% to 40% Oleuropein by HPLC

Applications

Cardiovascular and antioxidant-support nutraceutical capsule and tablet formulations
Functional food and dietary supplement manufacturing
Pharmaceutical standardised botanical ingredient supply
Traditional Mediterranean-botanical wellness preparations
Cosmetic and personal-care antioxidant active ingredient supply
Export to nutraceutical ingredient buyers in regulated markets

Key Features

GMP Hygienic SS 316L Construction
All product-contact surfaces are electropolished SS 316L, using GMP hygienic design for botanical extract manufacturing, with CIP operation between batches.
Glycoside-Protective Processing
Extraction cycle design, rapid clarification, and low-temperature vacuum concentration are tuned to oleuropein's hydrolytic sensitivity, limiting the degradation risk that a stable, more heat-tolerant plant marker would not face.
Standardised 10%-40% Assay by HPLC
In-process and batch-release HPLC assay are used to check the finished powder against its declared 10%-40% oleuropein specification for consistent, buyer-ready quality.
Optional Resin/Membrane Purification
An in-line purification stage lets the same plant reach higher-grade specifications at the top of the 10%-40% band without separate equipment.
Closed-Loop Solvent Recovery
Integrated condenser-distillation recovery returns ethanol to the process.
Scalable Batch Capacity
Plants are configured to raw-material supply and confirmed buyer volume, with modular expansion.

Frequently Asked Questions

What is olive leaf extract powder and why is it commercially extracted?

Olive Leaf Extract Powder is the concentrated, spray-dried extract of dried Olea europaea leaves, standardised to 10%-40% Oleuropein by HPLC. Extracting and standardising the leaf delivers oleuropein — the compound behind olive leaf's cardiovascular and antioxidant reputation — in a stable, consistently dosed powder, which raw leaf material cannot offer given its naturally variable oleuropein content.

Does Mechotech supply the complete machinery for olive leaf extract powder?

Yes. Mechotech supplies the complete turnkey machinery — leaf cleaning, milling, extraction vessels, filtration, purification, vacuum concentration with solvent recovery, and spray drying — engineered, fabricated at our Hyderabad facility, installed, and commissioned as a single integrated plant.

Why does olive leaf require different handling than fruit-derived olive products?

Oleuropein is concentrated in the leaf tissue, not the oil-bearing fruit or pomace most olive processing targets, so the raw material stream, milling approach, and extraction chemistry are built specifically around dried leaf — a fibrous, waxy-cuticle matrix — rather than adapted from fruit or pomace equipment.

Why is temperature control especially important for oleuropein extraction?

Oleuropein is a secoiridoid glycoside that can hydrolyse and lose potency under prolonged heat or extended hold-up time in solution. Mechotech's process uses moderated extraction temperatures, rapid clarification, and low-temperature vacuum concentration specifically to protect the glycosidic bond through to the standardisation stage.

What testing method confirms the olive leaf extract powder specification?

The declared 10%-40% specification is confirmed by HPLC assay on every batch, supported by residual-solvent, heavy-metal, microbial, and moisture testing for full certificate-of-analysis documentation required by regulated-market buyers.

What production capacities are available for the olive leaf extract powder plant?

Capacity is selected from raw-material supply, confirmed buyer volume and investment timeline; Mechotech recommends a pilot plant to validate process parameters before scaling.

Which plant part or feed form does the olive leaf plant process?

The candidate feedstock is olive leaves. The target extract is oleuropein.

Which extraction technologies are suitable for olive leaves?

This feedstock has 4 candidate technologies: Counter-Current Extraction (CCE), Ultrasound-Assisted Extraction (UAE), Hybrid Extraction and Microwave-Assisted Extraction (MAE). See the related pages on counter-current extraction, ultrasound-assisted extraction, hybrid extraction and microwave-assisted extraction. These are screening candidates, not guarantees of yield, purity or recovery; the route is confirmed through process development and pilot validation. In Mechotech's technology screening these candidates are ranked directionally — high-priority: Counter-Current Extraction (rank 30 of 100), Ultrasound-Assisted Extraction (rank 30 of 100), Hybrid Extraction (rank 31 of 100), Microwave-Assisted Extraction (rank 30 of 100). Ranks are directional screening priorities at method-family level, not measured yield, ROI or plant guarantees.

How does the olive leaf extraction process work?

Each route follows the same outline: prepare olive leaves, extract oleuropein using the technology-specific step, separate and clarify the extract, concentrate it, and recover, standardise and dry. The process tabs above show the steps for each listed technology.

What equipment does the olive leaf extraction plant include?

The equipment follows the selected route and includes leaf cleaning and de-stemming system; hammer mill / leaf mill (size reduction); stainless-steel jacketed extraction vessels (SS 316L); solvent storage tanks; solvent transfer pumps; plate heat exchangers; plate-and-frame filter press; cartridge polish filters. The full list is shown under Major Plant Equipment.

Which related Mechotech extraction pages cover the same material or target?

Olive pomace hydroxytyrosol and oil are covered on the Olive Pomace Hydroxytyrosol and Oil Extract page.

Which industries buy olive leaf extract powder, and is the plant export-ready?

Nutraceutical, functional-food, cosmetic, and pharmaceutical ingredient buyers are the principal markets for standardised oleuropein powder. Every Mechotech plant is built in electropolished SS 316L to FSSAI and GMP hygienic design, and we also engineer broader herbal extraction plants for buyers sourcing multiple botanicals from one facility.

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Olive Leaf Extract Powder