πŸ“ž +91 78695 10053 / +91 95886 90930 βœ‰ vishakha@vezorainternational.com βœ‰ kush@vezorainternational.com
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Food Processing β€Ί Sub-Category 02

Cassava Processing
Garri Β· Flour Β·
Starch Plants

Complete turnkey cassava processing plants β€” from 2 TPD village garri lines to 100+ TPD industrial flour and native starch plants β€” engineered for African tuber varieties, climate, and rural infrastructure.

2–100 TPD
Capacity Range Available
3-in-1
Garri Β· Flour Β· Starch Lines
25%+
Starch Yield from Tuber
12mo
HQCF Shelf Life
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Cassava Processing Plant
Turnkey Β· Installed Β· Commissioned
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Low PowerDiesel/grid options
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ISO 9001Quality certified
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Made for AfricaTropical climate ready
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CIF DeliveryTo any African port
How It Works

The Cassava Processing Workflow β€” Step by Step

From freshly harvested tuber to packaged garri, cassava flour or native starch β€” a fully integrated 6-stage process designed for high yield, hygiene and HCN safety.

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Washing & Cleaning

Freshly harvested tubers fed through paddle washers and rotary cleaners to remove sand, soil and debris

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Peeling

Mechanical or semi-automatic peelers remove the outer brown skin and cyanogenic-rich cortex layer

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Grating & Mashing

High-speed graters reduce tuber to fine mash β€” optimised RPM for cassava fibre, releasing starch granules

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Pressing & Dewatering

Hydraulic or screw presses extract liquid (for starch separation) and reduce moisture before frying / drying

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Sifting / Starch Separation

Vibratory sifters grade garri/flour particles; centrifugal hydro-cyclones separate starch milk from fibre

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Frying / Drying & Bagging

Garri fryers, flash dryers or rotary dryers finish the product β€” automated bagging in 1–50 kg packs

Technical Overview

Plant Specifications & Engineering Details

What's Included in a Vezora Cassava Plant

Our turnkey package covers the complete line β€” from tuber intake to packaged finished product. The same platform can be configured for garri, High-Quality Cassava Flour (HQCF) or native starch by switching the back-end drying and finishing modules.

All wetted parts are food-grade SS304 stainless steel. Equipment is pre-assembled and water-tested at our partner facility in India before container shipment to Africa, where our engineers handle installation, commissioning and operator training.

  • πŸ’§Tuber washing line β€” paddle washer + rotary drum cleaner
  • πŸ”ͺMechanical or semi-auto peeling machine (SS304)
  • βš™οΈHigh-speed grater / rasper (cassava-specific blade design)
  • βš—οΈHydraulic press or screw press for dewatering
  • πŸ”€Vibratory sifter + hydro-cyclone (starch line only)
  • πŸ”₯Garri fryer (gas/biomass) OR flash dryer OR rotary dryer
  • ⚑Main electrical panel, motor starters & control system
  • πŸ“¦Auto bagging scale + heat-seal / stitch packing unit
βš™οΈ Mechanical Specifications
Capacity Range2 – 100+ TPD
Garri Yield (fresh root)22 – 28%
HQCF Yield (fresh root)25 – 30%
Native Starch Yield22 – 26%
Final Moisture (Garri/Flour)≀ 12%
⚑ Electrical & Utility Requirements
Power Supply380–415 V / 3Ph / 50 Hz
Specific Power (10 TPD)β‰ˆ 60–80 kWh/ton
Water (starch line)8–12 mΒ³/ton root
Fuel (Garri Fryer)LPG / Biomass / Diesel
Generator CompatibleYes β€” fully compatible
πŸ—οΈ Civil & Infrastructure
Plant Footprint (10 TPD)~250 – 400 mΒ²
Effluent TreatmentRecommended for starch
Tuber Reception BayIncluded in layout
Civil DrawingsIncluded in package
Key Features & Benefits

Why Our Cassava Plants Lead the African Market

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Designed for African Tubers

Cassava varieties grown in Nigeria, DRC, Ghana and Tanzania differ in fibre, starch and HCN content. Our graters, peelers and presses are engineered around these realities β€” not adapted from European potato or sago equipment.

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Multi-Product Flexibility

One plant, three product lines β€” garri, HQCF and native starch β€” with shared front-end (washing, peeling, grating). Switch finished products as market demand shifts, protecting your investment from single-product risk.

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HCN Safety Built-In

Sweet and bitter cassava varieties contain natural cyanogenic glucosides. Our peeling, pressing and fermentation/heat-treatment sequences are designed to bring HCN below 10 ppm β€” well within Codex Alimentarius safe limits.

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Off-Grid Capable

Plants up to 20 TPD can run on diesel generator or solar-hybrid power, with biomass-fired garri fryers using cassava peel as fuel. Ideal for farmer cooperatives in regions without reliable grid electricity.

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HQCF for Bakery Substitution

Our flash-drying process produces High-Quality Cassava Flour (HQCF) suitable for 10–30% wheat substitution in bread, biscuits, noodles & instant foods β€” opening institutional buyers like bakery brands and food processors.

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Simple Maintenance & Local Spares

Wear parts (grater discs, press cloths, sifter screens) are standardised and stocked locally through Vezora's Spare Parts vertical. AMC contracts ensure planned maintenance β€” minimising downtime in fresh-tuber operations.

Machine Types & Capacities

Choose the Right Configuration for Your Operation

Capacity Plant Type Power Required Footprint Best For Tag
2 TPD Village Garri Line 10–15 kW ~80 mΒ² Cooperatives, women's groups Entry
5 TPD Semi-Auto Garri Line 20–30 kW ~150 mΒ² Small commercial processors Starter
10 TPD HQCF or Garri Plant 50–70 kW ~300 mΒ² Regional processors, NGO projects Popular
25 TPD Multi-Line (Garri + HQCF) 120–160 kW ~600 mΒ² Commercial brands & exporters Popular
50 TPD Industrial Starch Plant 250–320 kW ~1,200 mΒ² Industrial starch & HQCF buyers Industrial
100+ TPD Complete Cassava Complex 500–700 kW ~2,200 mΒ²+ National processors, ethanol blends Enterprise

* Specifications are indicative. TPD figures refer to fresh root input. Final yields depend on tuber variety, age, fibre & starch content.

Products Your Plant Can Produce

A single Vezora cassava plant can produce multiple finished products from the same fresh tuber β€” diversifying revenue streams and capturing premium segments.

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Garri (Yellow / White)

Toasted, fermented granules β€” staple food across West Africa, sold in 1–50 kg retail packs.

22–28%Yield from Root
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HQCF (Cassava Flour)

High-Quality Cassava Flour β€” for bakery, noodles & 10–30% wheat substitution.

25–30%Yield from Root
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Native Starch

Pure white food-grade starch β€” for food, textiles, paper, pharma & adhesive industries.

22–26%Yield from Root
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Cassava Chips / Pellets

Sun-dried/pressed chips β€” for export to ethanol, animal feed & starch industries.

35–40%Yield from Root
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Cassava Peel Feed

By-product peel processed into livestock & poultry feed β€” adds extra revenue stream.

PremiumValue-Add
Applications & Industries

Who Uses Our Cassava Plants?

From village garri cooperatives to industrial starch and ethanol producers β€” our plants serve every segment of Africa's cassava value chain.

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Garri & Fufu Retail Brands Branded yellow and white garri, fufu flour and lafun for supermarkets, wholesalers and informal retail across West Africa β€” 50 kg, 10 kg, 2 kg and 1 kg pack sizes.
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Bakery & Food Industry (HQCF) High-Quality Cassava Flour supplied to bread, biscuit, noodle and instant-food manufacturers β€” typically substituting 10–30% of imported wheat flour to reduce forex costs.
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Industrial Starch Buyers Native cassava starch for textiles (sizing), paper (coating), corrugated boxes, pharmaceuticals (binder/disintegrant), adhesives, food (thickener) and modified starch producers.
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Bioethanol & Industrial Glucose Cassava chips and starch supplied to bioethanol distilleries, glucose syrup plants, MSG manufacturers and other fermentation-based industries β€” high-starch feedstock at competitive cost.
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Government Cassava Transformation Programmes Strategic cassava value-addition initiatives, IFAD/AfDB-funded farmer cluster projects, women's cooperative empowerment programmes and rural agro-processing schemes.
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Farmer Cooperatives & Out-Grower Schemes Cooperative-owned village plants reducing post-harvest losses and capturing processing margin within the community β€” supported by Vezora's training, AMC and remote monitoring.

Standards & Certifications

ISO 9001:2015 Quality Management System
CE Marked EU safety compliance
CODEX Alimentarius HCN < 10 ppm compliant
Food Grade SS304 All wetted parts

Typical Project Timeline

Quote & Proposal 2–3 Days
Manufacturing & Testing 8–12 Weeks
Shipping to Africa 3–5 Weeks
Installation & Commissioning 2–4 Weeks
Total: Plant Ready 4–6 Months
Request a Quote

Get a Free, Detailed Cassava Plant Proposal Within 48 Hours

Tell us your required capacity, your country and your target product mix (garri / HQCF / starch) β€” our engineering team will prepare a full techno-commercial proposal including equipment list, plant layout, power requirements and CIF pricing.

  • βœ…No obligation, no cost β€” just a detailed proposal
  • ⚑Response within 48 hours, weekdays and weekends
  • 🌍Adapted to your country's tuber variety and infrastructure
  • πŸ”§Includes installation, commissioning & operator training
  • πŸ’°CIF pricing to your nearest port β€” no hidden costs

Cassava Plant Enquiry Form

Fill in your details and we'll get back to you within 48 hours with a full proposal.

πŸ”’ Your information is confidential. We will never share your details with third parties.

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