Innovative Belgian Research Builds “..Ideal..” Chicken Coop Boosting Animal Welfare & Environment

Innovative Belgian Research Creates Ideal Chicken Coop for Welfare

In poultry housing, precise ventilation and heating adjustments are crucial, as ILVO builds a high-tech barn in Merelbeke-Melle to tackle climate challenges.
Marie Dupont4 hours agoLast Update :
Onderzoekscentrum bouwt 'ideale' kippenstal in Merelbeke- Melle: "Beter voor dierenwelzijn en milieu" 
www.vrt.be

Ventilation and heating in poultry houses are crucial for maintaining the right environment for different types of birds. On 2025-05-10 12:09:00, ILVO announced a groundbreaking project to build a state-of-the-art poultry house in Merelbeke-Melle, designed to tackle climate challenges faced by Belgian poultry farmers.

6 Key Takeaways
  • Ventilation and heating must be adjustable constantly
  • Chicks require warmth around 32 degrees
  • Mature chickens need cooler temperatures near 18 degrees
  • Climate change challenges poultry heating and cooling
  • ILVO builds high-tech poultry house for research
  • New facility accommodates 14,000 chicks in compartments

Chicks require a warm environment around 32 degrees Celsius, while mature chickens need cooler temperatures near 18 degrees. This variation demands flexible and precise climate control, which is becoming increasingly difficult due to climate change.

ILVO’s new poultry house will replace six old test barns with a high-tech facility capable of housing up to 14,000 chicks. The building will feature nine compartments where light and climate can be individually regulated, offering a modern solution to a pressing agricultural challenge.

Fast Answer: ILVO’s innovative poultry house in Merelbeke-Melle will help Belgian farmers adapt to climate change by providing precise temperature and ventilation control for different poultry stages.

How can Belgian poultry farmers keep their flocks comfortable amid rising climate unpredictability? ILVO’s project highlights the importance of adaptable technology in agricultural practices. Key points include:

  • Flexible temperature control tailored to specific poultry needs
  • Advanced ventilation systems to maintain stable air quality
  • Compartmentalized design allowing independent climate zones
  • Capacity to house large numbers of chicks under optimal conditions
This development is vital for Belgium’s poultry sector, which faces increasing pressure from climate change to maintain animal welfare and productivity.

Looking ahead, the success of ILVO’s poultry house could set new standards for sustainable farming in Belgium. Will other agricultural sectors follow suit and embrace similar innovations? Farmers and policymakers alike should watch this project closely as a model for future resilience.

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