Executive Summary
A leading international functional food ingredient manufacturer required a fully automated, GMP-compliant Oat Protein Isolate (OPI) Manufacturing Plant capable of producing premium Oat Protein Isolate (80–90% Protein), Oat Protein Concentrate, Beta-Glucan Concentrate, Food-Grade Oat Fiber, and Oat Starch for sports nutrition, dairy alternatives, infant nutrition, breakfast cereals, bakery products, clinical nutrition, and pharmaceutical applications.
The customer required a turnkey manufacturing facility capable of maximizing protein recovery, preserving beta-glucan functionality, minimizing energy and water consumption, and ensuring export-quality production while complying with GMP, WHO-GMP, HACCP, ISO 22000, FSSC 22000, BRCGS, USFDA, and international food safety standards.
MECH O TECH LLP successfully designed, engineered, manufactured, supplied, installed, and commissioned a 180 TPD Oat Protein Manufacturing Plant integrating advanced grain cleaning, dehulling, enzymatic extraction, decanter centrifugation, ultrafiltration, diafiltration, vacuum concentration, spray drying, PLC-SCADA automation, and fully automated CIP systems.
The facility consistently produces premium oat protein ingredients with excellent nutritional quality, superior solubility, high beta-glucan retention, and outstanding international market acceptance.
Customer Background
The customer supplies oat-derived functional ingredients to Sports Nutrition Manufacturers, Functional Food Companies, Dairy Alternative Producers, Breakfast Cereal Manufacturers, Bakery Ingredient Suppliers, Clinical Nutrition Companies, Pharmaceutical Manufacturers, and International Ingredient Exporters. Growing global demand for heart-healthy, high-fiber, plant-based nutrition encouraged investment in a world-class automated oat protein manufacturing facility.
Customer Challenges
Prior to modernization, the customer experienced:
- Low protein recovery
- Beta-glucan degradation
- High starch contamination
- High utility consumption
- Variable product functionality
- Inconsistent batch quality
- Limited manufacturing capacity
- Difficulty meeting international quality specifications
- Poor utilization of oat co-products
Project Objectives
MECH O TECH LLP engineered a turnkey solution capable of:
- Processing 180 MT/day of Whole Oats
- Producing premium Oat Protein Isolate
- Recovering Beta-Glucan Concentrate
- Manufacturing Food-Grade Oat Starch
- Producing Oat Dietary Fiber
- Maximizing raw material utilization
- Reducing operating costs
- Supporting expansion up to 800 TPD
Raw Material
- Botanical Name
- Avena sativa
- Common Name
- Oat
- Raw Materials Used
- Whole Oats, Oat Groats, Oat Flour
- Major Nutritional Components
- Plant Protein, Beta-Glucan, Dietary Fiber, Oat Starch, Essential Amino Acids, Natural Lipids
- Daily Processing Capacity
- 180,000 kg/day
Finished Product
Available Options
Applications
- Sports Nutrition
- Functional Foods
- Dairy Alternatives
- Breakfast Cereals
- Bakery Products
- Nutritional Beverages
- Clinical Nutrition
- Infant Nutrition
- Pharmaceutical Formulations
- Gluten-Controlled Food Products
Process Flow
Process Description
Raw Material Preparation
Whole oats undergo cleaning, destoning, magnetic separation, dehulling, and controlled milling to produce a uniform oat flour suitable for efficient protein extraction.
Enzymatic Extraction
Specialized food-grade enzymes selectively release proteins while preserving beta-glucan and minimizing protein denaturation.
Advantages include:
- High protein recovery
- Excellent protein functionality
- High beta-glucan retention
- Mild processing conditions
- Consistent batch quality
Centrifugal Separation
Advanced decanter centrifuges separate:
- Protein-rich extract
- Oat starch
- Fiber-rich fraction
This enables maximum utilization of every component of the oat kernel.
Membrane Filtration
Ultrafiltration and diafiltration systems purify proteins while removing low-molecular-weight impurities.
Benefits include:
- Higher protein purity
- Lower water consumption
- Improved process efficiency
- Excellent product consistency
Vacuum Concentration
The purified protein stream is gently concentrated under vacuum to preserve functional and nutritional properties before spray drying.
Spray Drying
Advanced spray drying technology produces premium free-flowing oat protein powder with:
- Excellent dispersibility
- High solubility
- Low moisture
- Neutral taste
- Long shelf life
Quality Standardization
Each production batch undergoes comprehensive testing for:
- Protein Content
- Beta-Glucan Content
- Moisture
- Solubility
- Particle Size Distribution
- Bulk Density
- Heavy Metals
- Microbial Load
- Amino Acid Profile
- Functional Properties
Major Equipment Supplied
- Raw Material Cleaning System
- Destoner
- Magnetic Separator
- Dehulling Machine
- Hammer Mill
- Slurry Preparation Tanks
- Enzymatic Extraction Reactors
- Decanter Centrifuges
- Ultrafiltration & Diafiltration Systems
- Vacuum Concentrator
- Homogenizer
- HTST Pasteurizer
- Spray Dryer
- Fluid Bed Cooler
- Vibratory Sifter
- Automatic Packing Machine
- PLC-SCADA Automation System
- MCC & Instrumentation
- Automatic CIP System
Automation Features
The intelligent PLC-SCADA platform provides:
- Automatic Recipe Management
- Enzyme Dosing Control
- pH Monitoring
- Temperature Monitoring
- Flow Control
- Membrane Pressure Monitoring
- Batch Traceability
- Utility Consumption Monitoring
- Alarm Management
- Production Analytics
- Predictive Maintenance
- Industry 4.0 Integration
GMP & Safety Features
The facility is designed according to international food and nutraceutical manufacturing standards. Features include:
- SS 316L product-contact surfaces
- Hygienic sanitary piping
- Closed processing systems
- Automatic CIP & SIP systems
- Dust-controlled powder handling
- Validation-ready engineering
- GMP-compliant layout
- HACCP-ready design
- Cross-contamination prevention
Plant Utilities
- Steam Boiler
- RO Water Plant
- Chilled Water System
- Cooling Tower
- Air Compressor
- Vacuum System
- Electrical Power
- Instrument Air
Sustainability Features
The plant incorporates sustainable engineering through:
- Water recycling systems
- Heat recovery from spray drying
- Membrane water reuse
- Complete utilization of oat starch and fiber
- Utility optimization
- Low wastewater generation
- Reduced carbon footprint
Customer Benefits
Following successful commissioning, the customer achieved:
- Higher protein recovery
- Superior beta-glucan retention
- Premium export-quality oat protein
- Additional revenue from starch and fiber recovery
- Lower production costs
- Reduced water and energy consumption
- Increased manufacturing capacity
- Consistent product functionality
- Faster return on investment
- Enhanced international competitiveness
Plants Used In This Project
Why Mech O Tech LLP?
MECH O TECH LLP is a globally recognized manufacturer of turnkey protein processing plants, botanical extraction systems, nutraceutical manufacturing facilities, pharmaceutical process equipment, and advanced food processing plants. With over 30 years of engineering excellence, we provide innovative processing technologies, intelligent PLC-SCADA automation, hygienic GMP engineering, and sustainable turnkey solutions for the global food ingredient industry.
Conclusion
The Oat Protein Isolate (OPI) Manufacturing Plant from MECH O TECH LLP provides a complete turnkey solution for producing premium oat protein ingredients, beta-glucan concentrates, oat starch, and dietary fiber. Through advanced enzymatic extraction, membrane filtration, spray drying, intelligent automation, and GMP-compliant engineering, the facility delivers exceptional product quality, maximum raw material utilization, reduced operating costs, and world-class manufacturing performance.
Key Technical Highlights
- Raw Material
- Avena sativa (Whole Oats / Oat Flour)
- Plant Capacity
- 5–800 TPD (Customizable)
- Finished Products
- Oat Protein Isolate, Oat Protein Concentrate, Beta-Glucan Concentrate, Oat Starch, Oat Dietary Fiber
- Technology
- Enzymatic Extraction + Membrane Filtration + Vacuum Concentration + Spray Drying
- Automation
- PLC-SCADA with Industry 4.0 Integration
- Construction Material
- SS 304 / SS 316L
- Protein Purity
- Up to 90%
- Compliance
- GMP, WHO-GMP, HACCP, ISO 22000, FSSC 22000, BRCGS, USFDA-ready, EU-GMP-ready, CE-compliant equipment
- Applications
- Functional Foods, Sports Nutrition, Dairy Alternatives, Clinical Nutrition, Bakery Products, Pharmaceutical Ingredients
Why Global Manufacturers Choose MECH O TECH LLP
- 30+ years of engineering excellence in protein processing, food engineering, and nutraceutical manufacturing
- Complete turnkey solutions from 500 kg/day pilot plants to 800 TPD industrial facilities
- Advanced membrane filtration and enzymatic processing technologies for premium protein recovery
- Intelligent PLC-SCADA automation with complete batch traceability and Industry 4.0 connectivity
- GMP-compliant hygienic engineering with automated CIP/SIP systems
- Energy-efficient processing with water recycling, heat recovery, and complete by-product utilization
- Complete installation, commissioning, validation, operator training, preventive maintenance, spare parts supply, and lifetime technical support
- Proven expertise in protein processing, herbal extraction, phytochemicals, oleoresins, essential oils, natural colors, nutraceutical ingredients, pharmaceutical process plants, and food ingredient manufacturing systems
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