Battery Cage System for 8,000 Laying Hens in Uganda

8000 Birds Chicken Farm Project Description

This project aims to implement battery cage system for 8,000 laying hens in Uganda. The system will be housed in a 7083-meter chicken house, utilizing 66 sets of 120 birds A type laying hen cages.

Background

The increasing demand for eggs in Uganda has presented opportunities for farmers to expand their poultry operations. However, traditional floor-based housing systems pose challenges in terms of space optimization, hygiene, and productivity. Battery cage systems offer a viable solution to these challenges.

Objective

The primary objective of this project is to enhance egg production and farm efficiency through the implementation of a modern battery cage system for 8,000 laying hens.

Design Features

  • Battery Cage System:
        * 66 sets of 120 birds A type laying hen cages
        * 2 rows with 33 sets of cages per row
        * Each cage accommodates up to 120 hens
  • Chicken House:
        * 70*8*3 meters dimensions
        * Adequate ventilation and lighting
        * Automatic feeding and watering systems
        * Manure removal system

8000 Birds Chicken Farm Benefits:

The implementation of the battery cage system is expected to bring numerous benefits:

  • Increased Egg Production: The cages provide a controlled environment that optimizes egg production.
  • Improved Feed Efficiency: The structured feeding system minimizes feed wastage and ensures efficient nutrition absorption.
  • Better Sanitation: The cages prevent contact with manure, reducing disease outbreaks.
  • Labor Reduction: Automatic systems minimize labor requirements for feeding, watering, and egg collection.
  • Space Optimization: The vertical arrangement of the cages maximizes floor space utilization.

Implementation Plan

The project will be implemented in the following phases:

  1. Construction of the chicken house
  2. Installation of the battery cage system
  3. Introduction of 8,000 laying hens
  4. Monitoring and maintenance of the system

Expected Outcomes

Upon successful implementation, the project is anticipated to deliver the following outcomes:

  • Increased egg production by up to 20%
  • Improved feed conversion ratio and profitability
  • Enhanced farm biosecurity and reduced disease prevalence
  • Creation of employment opportunities and improved livelihoods for farmers

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