Complete Guide to Feed Plant Design, Equipment Layout and Production Process

When building a 10 tons per hour (10T/H) animal feed production plant, layout design is one of the most important factors affecting:

• Production efficiency
• Operating cost
• Labor utilization
• Equipment maintenance
• Future expansion

A well-designed feed mill can improve material flow, reduce energy consumption, and ensure stable production.

This guide provides a complete overview of:

• Feed mill layout design
• Feed production process
• Equipment arrangement
• Flow diagram
• Design considerations

1. What is a 10T/H Feed Production Line?

A 10T/H feed plant is a medium-to-large scale feed production system commonly used for:

• Poultry feed production
• Cattle feed production
• Sheep and goat feed
• Livestock feed manufacturing

Typical Production Capacity

Item	Output
Hourly Capacity	10 tons/hour
Daily Capacity	80 tons/day
Monthly Capacity	~2,400 tons/month

This capacity is suitable for:

• Commercial feed factories
• Large farms
• Regional feed supply markets

2. Feed Mill Production Process

Standard Feed Production Flow

1. Raw Material Receiving

Corn, soybean meal, wheat, and other raw materials are delivered and stored.

2. Cleaning & Screening

Impurities are removed to:

• Protect equipment
• Improve feed quality
• Reduce equipment wear

Main equipment:

• Vibrating cleaner
• Magnetic separator
• Destoner

3. Grinding (Hammer Mill)

Raw materials are crushed into fine powder to improve:

• Mixing uniformity
• Pellet quality
• Animal digestion

4. Automatic Batching System

Different ingredients are automatically weighed according to feed formulation.

Benefits:

• Accurate dosing
• Stable nutrition
• Reduced manual labor

5. Mixing

All ingredients are mixed evenly to ensure nutritional consistency.

Common equipment:

• Double shaft paddle mixer
• Ribbon mixer

6. Pelletizing

Feed powder is compressed into pellets using a pellet mill.

Benefits:

• Better feed conversion
• Reduced feed waste
• Easier transportation

7. Cooling

Hot pellets are cooled to:

• Reduce moisture
• Improve pellet hardness
• Increase storage stability

Main equipment:

• Counterflow cooler

8. Screening

Broken pellets and powder are removed.

Benefits:

• Better pellet quality
• Improved product appearance

9. Packaging & Storage

Finished feed is automatically packed and stored for transportation.

Common packing sizes:

• 25kg
• 50kg

3. Feed Mill Flow Diagram

Simplified Process Flow

Raw Material Intake
↓
Cleaning & Screening
↓
Grinding (Hammer Mill)
↓
Automatic Batching
↓
Mixing
↓
Pelletizing
↓
Cooling
↓
Screening
↓
Packaging & Storage

This linear process ensures:

• Smooth material flow
• Low material loss
• High production efficiency

4. 10T/H Feed Mill Layout Design

Main Functional Areas

Raw Material Storage Area

Includes:

• Steel silos
• Raw material warehouse
• Truck unloading system

Usually located at the front of the factory.

Grinding Section

Includes:

• Hammer mill
• Cyclone
• Dust collector

Located close to storage area to reduce conveying distance.

Batching & Mixing Tower

Includes:

• Automatic batching system
• Feed mixer
• Material bins

Usually installed in the central tower structure.

Pelletizing Section

Includes:

• Pellet machine
• Steam conditioning system

This is the core production area of the plant.

Cooling & Screening Area

Includes:

• Counterflow cooler
• Vibrating screener

Usually arranged vertically after pelletizing.

Packing Section

Includes:

• Automatic bagging machine
• Conveyor system
• Sewing machine

Located near warehouse and truck loading area.

Finished Product Warehouse

Used for:

• Feed storage
• Truck loading
• Distribution

5. Feed Mill Layout Types

Vertical Tower Design

Advantages:

• Small footprint
• Gravity flow
• Lower energy consumption
• High efficiency

Recommended for:

• 10T/H feed mills

Horizontal Layout Design

Advantages:

• Lower building investment
• Easier maintenance

Disadvantages:

• Larger land requirement
• Higher conveying cost

Recommended Design Solution

For 10T/H feed plants:

Vertical + partial horizontal layout is the most efficient solution.

6. Important Design Considerations

Material Flow Efficiency

Avoid material backflow and cross-contamination.

Dust Control

Install dust collection systems in:

• Grinding section
• Mixing section

Automation Level

PLC automation systems help:

• Improve accuracy
• Reduce labor cost
• Improve efficiency

Future Expansion

Reserve enough space for future production line expansion.

Energy Saving

Optimize equipment arrangement to reduce power consumption.

7. Typical Equipment List

Common equipment includes:

• Hammer mill (30–75kW)
• Feed mixer
• Pellet mill (90–160kW)
• Counterflow cooler
• Vibrating screener
• Automatic packing machine

8. Common Design Mistakes

Avoid:

• Poor material flow
• Insufficient storage
• Low automation
• No expansion space

These problems may cause:

• Production bottlenecks
• High labor cost
• Reduced efficiency

9. Why Professional Feed Mill Design Matters

A professional feed mill layout can:

• Increase efficiency by 10%–20%
• Reduce operating cost
• Improve feed quality
• Shorten ROI period

Conclusion

A well-designed 10T/H feed mill layout is essential for building a successful feed production business.

By optimizing:

• Process flow
• Equipment arrangement
• Plant structure

investors can achieve:

• Higher efficiency
• Lower operating cost
• Stable production
• Better profitability

CTA – Get Your Customized Feed Mill Design

If you are planning to build a 10T/H feed production plant, professional layout design and equipment selection are critical.

Henan Herm Machinery Co., Ltd provides:

• Customized feed mill layout design
• Complete feed production lines
• Turnkey feed mill solutions
• Installation & commissioning
• Technical training

Contact us today to get your customized feed mill layout and quotation.