Part2: Hatchery design and incubation management
Scientific hatchery design
A well-designed hatchery follows a unidirectional workflow, moving from clean to contaminated zones to minimize the risk of cross-contamination.
Key sections include:
Airflow management and controlled personnel movement are critical. Biosecurity must be integrated into the design to maintain hygiene standards.
Incubation management: The core process
Incubation is the most critical phase in hatchery operations.
Setter phase (Day 1-18)
During this stage:
Egg turning prevents embryo adhesion and supports proper development. Additionally, proper ventilation ensures a continuous supply of oxygen and removal of carbon dioxide.
Candling: Monitoring embryo development
Candling is conducted between day 7 and day 10 to evaluate embryo growth.
It helps identify:
Removing non-viable eggs improves hygiene and enhances overall hatchery efficiency.
Hatcher phase (Day 19-21)
Eggs are transferred to hatchers where environmental conditions are adjusted:
Higher humidity supports easier shell breaking. By the 21st day, chicks hatch, marking the successful completion of the incubation cycle.
To read the Part 1, click here.
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