Large poultry houses emit high amounts of fine dust (PM10) and in many cases they exceed the ambient air quality standard set by the EU. Technologies for PM10 reduction need to be developed on short term to minimize PM10 emissions from poultry houses. Studied options for dust reduction were: application of an oil film on the litter and application of an ionization system. Rapeseed oil was sprayed daily in a quantity of 8 to 24 ml/m2 in broiler houses and 20 ml/m2 in layer houses. The ionization system was applied in a broiler house and had a voltage difference of -30kV, with a current of approximately 0.7 mA. Daily emissions of PM10 particles were determined at regular intervals by measuring concentrations at the ventilation inlet and outle...
The effects of oil dose, spraying frequency and of technical optimizations of an oil spraying system...
To mitigate the concentrations of fine particulate matter in livestock farming areas, techniques are...
In this follow-up study, we investigated effects of two rapeseed oil application rates (8 or 16 mL m...
Large poultry houses emit high amounts of fine dust (PM10) and in many cases they exceed the ambient...
In this study the effect was determined of a commercially available air ionization system on the red...
The present study evaluated the performance of four systems for abatement of particulate matter (PM)...
Animal houses are extremely dusty environments. Airborne particulate matter (PM) poses a health thre...
We evaluated the effect of ionization in reducing particulate and gaseous emissions in broiler house...
In this study the effect of a commercially available ionization system on emissions of fine dust fro...
In phase one of this study an oil spraying system was developed for layers in aviary housing. In pha...
This report describes research into the application of a film of rapeseed oil on the litter floor of...
Poultry farming plays a key role in agricultural air emissions. Particulate matter (PM) level tends ...
The effect of spraying rapeseed oil on the reduction of dust and ammonia concentrations and emission...
Poultry housings with litter are a major contributor to fine dust emissions (PM10/PM2.5) in the Neth...
In alternative systems for laying hens, concentrations and emission rates of particulate matter (PM)...
The effects of oil dose, spraying frequency and of technical optimizations of an oil spraying system...
To mitigate the concentrations of fine particulate matter in livestock farming areas, techniques are...
In this follow-up study, we investigated effects of two rapeseed oil application rates (8 or 16 mL m...
Large poultry houses emit high amounts of fine dust (PM10) and in many cases they exceed the ambient...
In this study the effect was determined of a commercially available air ionization system on the red...
The present study evaluated the performance of four systems for abatement of particulate matter (PM)...
Animal houses are extremely dusty environments. Airborne particulate matter (PM) poses a health thre...
We evaluated the effect of ionization in reducing particulate and gaseous emissions in broiler house...
In this study the effect of a commercially available ionization system on emissions of fine dust fro...
In phase one of this study an oil spraying system was developed for layers in aviary housing. In pha...
This report describes research into the application of a film of rapeseed oil on the litter floor of...
Poultry farming plays a key role in agricultural air emissions. Particulate matter (PM) level tends ...
The effect of spraying rapeseed oil on the reduction of dust and ammonia concentrations and emission...
Poultry housings with litter are a major contributor to fine dust emissions (PM10/PM2.5) in the Neth...
In alternative systems for laying hens, concentrations and emission rates of particulate matter (PM)...
The effects of oil dose, spraying frequency and of technical optimizations of an oil spraying system...
To mitigate the concentrations of fine particulate matter in livestock farming areas, techniques are...
In this follow-up study, we investigated effects of two rapeseed oil application rates (8 or 16 mL m...