Developing an air quality measurement tool with an integrated digital interface for use in livestock buildings

Stéphane Godbout

Researcher, P.Eng., agr., Ph.D.

418 643-2380
ext 600

Contact Stéphane Godbout

Description

This project, conducted in collaboration with a Belgian team, will develop an integrated tool for measuring the air quality in livestock buildings in Belgium. The proposed project is part of a broader effort to come up with solutions that reduce environmental impacts and address air quality issues associated with new breeding systems. An innovative aspect of this project is the combination of different air samplers and analyzers connected to a novel, intuitive and ergonomic digital interface that rapidly interprets data. This tool will greatly facilitate the measurement of air quality in the Belgian facilities relative to current methods, which are more burdensome and costlier.

Objective(s)

  • Develop a portable measuring device to assess the air quality in livestock buildings that incorporates living conditions, as well as environmental and health parameters (greenhouse gases, ammonia, and fine particles).

From 2019 to 2020

Project duration

Livestock production

Activity areas

Air quality, Animal welfare

Services

This Québec-Belgium collaboration will facilitate air quality measurements in livestock buildings.

Partners

University of Liège | Ministère des Relations internationales et de la Francophonie

This may interest you

2020-2023 • Livestock production

The impact of alternative housing for laying hens on air quality and the health of workers

The overall aim of this research is to assess the exposure of workers in conventional and alternative egg production facilities to dust and bio-aerosols, and to characterize the respiratory health risks they face.

Researcher: Stéphane Godbout

Read more about the project

Stéphane Godbout
2019-2023 • Livestock production

Developing a procedure and tools that utilize genetic markers to identify fecal contamination sources in waterways

This project will develop a procedure that relies on genetic markers to identify the animal species responsible for fecal contamination.

Researcher: Caroline Côté

Read more about the project

Caroline Côté

Adapting intensive grazing and robotic milking in organic milk production – an economic analysis

Economic analysis of a project initiated by Agrinova to encourage cows to move from the pasture to the milking parlor.

Researcher: Luc Belzile

Read more about the project

F