Quick Project Snapshot
A commercial poultry investor in Sierra Leone planned to develop a 30,000-bird broiler farm with limited land availability and increasing labor costs.
After evaluating different farming methods, the customer selected a complete H type broiler cage system solution including automatic feeding, nipple drinking, manure removal, ventilation, cooling, and environmental control systems.
| Item | Details |
| Project Location | Sierra Leone |
| Farm Type | Commercial Broiler Farm |
| Production Capacity | 30,000 Broilers |
| Cage System | 4-Tier H Type Broiler Cage System |
| Cage Quantity | Approximately 222 Sets |
| Designed Capacity | 30,192 Birds |
| Poultry House Size | 86m × 12m × 4m |
| Cage Rows | 3 Rows |
| Feeding System | Automatic Feeding System |
| Drinking System | Automatic Nipple Drinking System |
| Manure System | Belt Manure Removal System |
| Climate Control | Ventilation + Cooling + Controller |
| Expansion Plan | 50,000+ Birds Future Development |
Project Overview
Quick Answer
A 30,000 broiler farm project in Sierra Leone requires more than purchasing cages.
The customer needed a complete poultry farming solution that could solve several commercial farming challenges:
Limited available land
Increasing labor costs
Difficult manure management
High temperature conditions
Future expansion requirements
The final solution was a 4-tier H type broiler cage system with automated feeding, drinking, manure removal, and environmental control equipment.
The designed system provides approximately 30,192 bird capacity while improving farm management efficiency and preparing the farm for future expansion.
Customer Background — Building a Commercial Broiler Farm in Sierra Leone
The customer was a poultry investor in Sierra Leone who planned to expand into commercial broiler production.
With increasing demand for chicken products in the local market, the investor wanted to move from smaller-scale production toward a more standardized farming operation.
The main objective was:
Increase production capacity
Improve farm management efficiency
Reduce dependence on manual labor
Build a system suitable for long-term expansion
However, before construction started, several challenges needed to be solved.
Main Challenges Before Building the Farm
In Sierra Leone, the humid rainy season and rising labor costs are making traditional floor raising increasingly difficult. The customer needed a solution that could deliver efficient production on limited land — without sacrificing bird welfare or operational manageability.
1. Land Constraints — Getting More Output from Less Space
The customer wanted to raise approximately 30,000 broilers but did not want to invest in excessive land area. Traditional floor raising typically requires significantly more floor space, making land utilization a critical factor from the very beginning.
2. Rising Labor Costs — Reducing Dependence on Manual Work
At a commercial scale, manual feeding, watering, and daily manure cleaning create a heavy and growing workload. With local labor costs trending upward, the customer needed a system that could significantly reduce repetitive manual operations and improve overall labor efficiency.
3. Tropical Climate Conditions — Managing Heat and Humidity
Sierra Leone experiences hot and humid weather for much of the year. Without proper ventilation and cooling design, broilers can face severe environmental stress during the hottest periods, affecting growth performance and flock health.
4. Future Expansion Requirements — Building for the Long Term
The customer was not only thinking about current production. The farm layout needed to support possible expansion to larger capacities in the future — without requiring major reconstruction or equipment replacement.
Why the Customer Chose H Type Broiler Cage System Instead of Floor Raising
Before selecting the final solution, the customer carefully evaluated both traditional floor farming and H type cage farming.
This decision would directly impact the customer‘s operating costs and expansion flexibility for the next 5 to 10 years.
Comparison: Floor Raising vs. H Type Broiler Cage System
| Comparison | Floor Raising | H Type Broiler Cage System |
| Space Utilization | Requires larger floor area | Uses vertical space efficiently |
| Labor Requirement | More manual work | Higher automation level |
| Manure Management | More difficult | Easier with belt removal |
| Feeding Management | Manual feeding possible | Automatic feeding integration |
| Environmental Control | More difficult | Easier system management |
| Expansion Planning | Requires more rebuilding | Easier future planning |
After evaluation, the customer selected the H type broiler cage system because it better matched the project’s requirements for:
Limited land utilization
Labor efficiency
Commercial production management
Future expansion
Farm Design and Layout Planning
Based on the customer’s production target, Livi Machinery designed a complete poultry house layout.
Recommended Poultry House Configuration
| Item | Specification |
| House Length | 86m |
| House Width | 12m |
| House Height | 4m |
| Cage Arrangement | 3 Rows |
| Cage Type | 4-Tier H Type |
| Cage Sets | 222 Sets |
| Capacity | 30,192 Birds |
The layout considered:
Cage arrangement
Feeding line installation
Drinking line positioning
Manure removal access
Airflow direction
Future expansion space
Ready to Build Your Own 30,000-Bird Broiler Farm?
Whether you are just starting to plan or have already identified your site, our engineering team can provide customized recommendations based on your actual conditions.
Our services include:
✓ Free poultry house layout design
✓ Cage quantity calculation based on your target capacity
✓ Equipment configuration recommendation
✓ Equipment list and quotation for a project similar to the Sierra Leone case
✓ Free farm layout planning consultation (online meeting available)
✓ Similar African poultry project references for your review
Complete Equipment Configuration
The project included a complete automated poultry production system.
1. H Type Broiler Cage System
The core production equipment included:
4-tier H type cage structure
Hot-dip galvanized steel frame
Commercial broiler cage design
The cage structure was designed for:
Efficient space utilization
Better production organization
Easy integration with automation systems
2. Automatic Feeding System
The feeding system included:
Feed silo
Auger conveying system
Automatic feeding pans
Feeding lines
Benefits:
More consistent feed distribution
Reduced manual feeding workload
Easier daily management
3. Automatic Drinking System
The drinking system included:
360° nipple drinkers
Water pipes
Pressure regulators
Water meters
Benefits:
Continuous water supply
Reduced water waste
Improved hygiene management
4. Belt Manure Removal System
For a 30,000-bird farm, manure management is a critical operation.
The project included:
Manure belts
Automatic belt operation
Waste collection system
Benefits:
Reduced manure accumulation
Lower cleaning workload
Improved poultry house cleanliness
5. Ventilation and Environmental Control System
The climate control system included:
Exhaust fans
Air inlets
Cooling pads
Temperature sensors
Environmental controller
The system helps manage:
Temperature
Humidity
Air exchange
Daily environmental conditions
Equipment Quality Control Before Shipment
Before delivery, poultry equipment was inspected according to production quality requirements.
The inspection process included:
Cage System Inspection
Cage dimensions
Structural stability
Welding quality
Galvanized surface condition
Automation Equipment Inspection
Feeding system operation
Motor performance
Belt movement testing
Drinking system checking
Final Shipment Inspection
Before shipment:
Equipment quantity verification
Component checking
Packing inspection
Quality control helps ensure that equipment arrives ready for installation.
Installation and Technical Support
For international poultry projects, successful installation is as important as equipment manufacturing.
Livi Machinery provided:
Installation drawings
Equipment assembly guidance
Technical support
Remote assistance
Operation instructions
The installation process covered:
Cage frame installation
Feeding system setup
Drinking system connection
Manure removal system installation
Ventilation equipment adjustment
Final system testing
See our international project installation services
Project Timeline
| Stage | Activity |
| Week 1 | Requirement confirmation |
| Week 2 | Farm layout design |
| Week 3-7 | Equipment manufacturing |
| Week 8-11 | Shipping preparation |
| Week 12 | Equipment arrival |
| Week 13-15 | Installation support |
| Week 16 | System commissioning |
Project Results and Expected Benefits
After completion, the project achieved the customer’s main objectives.
1. Increased Production Capacity
The designed system provides:
30,192 broiler capacity
within an 86m × 12m poultry house.
2. Improved Labor Efficiency
Automation reduced dependence on repetitive manual operations including:
Feeding
Water management
Manure cleaning
3. Better Farm Environment
Integrated manure removal and ventilation systems helped create a cleaner production environment.
4. Improved Management Standardization
The integrated system allows better control of:
Feed supply
Water supply
Environmental conditions
Daily operation procedures
Lessons Learned from This Broiler Farm Project
This project highlights several important considerations for commercial poultry investors.
Plan Equipment Before Construction
Poultry houses should be designed according to equipment requirements.
Consider Long-Term Operating Costs
The cheapest equipment option is not always the most economical solution.
Automation Becomes More Valuable as Scale Increases
For farms above tens of thousands of birds, automation can significantly improve management efficiency.
Future Expansion Plan
The customer planned the project with future development in mind.
The farm layout can support expansion toward:
50,000 broilers
100,000 broilers
Future expansion considerations included:
Additional poultry houses
Equipment extension
Feed supply planning
Environmental system upgrades
Frequently Asked Questions
How many cages are needed for 30,000 broilers?
For this project configuration, approximately 222 sets of 4-tier H type broiler cages were required.
How much space is needed for 30,000 broilers?
The designed poultry house size was approximately:
86m × 12m × 4m.
Actual requirements depend on cage model, bird weight target, and management strategy.
What equipment is included in a complete broiler farm?
A complete solution usually includes:
Broiler cage system
Automatic feeding system
Drinking system
Manure removal system
Ventilation system
Cooling system
Environmental controller
Is H type cage farming suitable for Sierra Leone?
Yes.
The system can be designed according to tropical climate conditions with appropriate ventilation and cooling equipment.
What are the advantages of H type broiler cages?
Main advantages include:
Better space utilization
Easier automation
Reduced manual workload
Improved production management
How long does installation take?
Installation time depends on project size and local conditions.
For international projects, technical guidance is usually provided throughout installation.
What power supply is required?
Automation equipment requires stable electricity.
Many farms prepare backup power solutions for reliable operation.
Can solar power be used for poultry farms?
Yes.
Solar-assisted solutions can be considered depending on local conditions.
What is the lifespan of galvanized poultry cages?
With proper operation and maintenance, hot-dip galvanized cages provide long-term corrosion resistance.
Can this farm expand later?
Yes.
The layout can be planned for future expansion.
Does Livi Machinery provide farm design?
Yes.
Farm layout, equipment configuration, and technical recommendations can be provided.
How can I get a quotation for a similar project?
Provide:
Farm capacity
Country/location
Automation requirements
Poultry house information
A customized proposal can then be prepared.
Build Your Own Commercial Broiler Farm?
Get a customized poultry farm proposal including:
✓ Farm layout design
✓ Equipment configuration
✓ Cage quantity calculation
✓ Project budget estimation
✓ Similar African poultry project references
✓ Free online consultation with our engineering team
