Instrumentation and procedures have been developed to characterize mechanical ventilation system capacity as part of an evaluation of ammonia emissions from commercial poultry housing. A FANS anemometer array unit, developed at the Mississippi USDA center, built and refined at University of Kentucky, and calibrated at the BESS laboratory, was found to have repeatability in the range of about 1% between two traverse readings performed one after the other. The unit was used to measure broiler house fans under typical system static pressure differences. A hydraulic lift cart was fabricated to streamline FANS positioning and movement through the large poultry houses. Taping all gaps between the FANS unit and fan housing improved airflow measure...
Ventilation fans are the driving force behind the exchange of air that is necessary to create a heal...
The Fan Assessment Numeration System (FANS) is an improved air velocity traverse method for measurin...
A multi-state, multi-disciplinary project is developing a comprehensive database of ammonia emission...
A device for in-situ fan airflow measurement, called the Fan Assessment Numeration System (FANS) dev...
Ventilation rate estimates play an important role in evaluating the thermal environment and determin...
Ventilation fans are the driving force behind the exchange of air that is necessary to create a heal...
Accurate ventilation rate data are essential to maximizing the quality of aerial emission measuremen...
Accurate ventilation rate (VR) data are essential to maximizing the quality of aerial emission measu...
The Fan Assessment Numeration System (FANS) is a measurement device for generating ventilation fan p...
This publication describes how to use fan performance and system resistance data to achieve the desi...
The use of velocity traverses to measure in-situ air flow rate of ventilation fans can be subject to...
A multi-state, multi-disciplinary research project is currently underway to quantify aerial ammonia ...
A multi-state, multi-disciplinary project is developing a comprehensive database of ammonia emission...
1. Ventilation controls the indoor environment and is critical for poultry production and welfare. V...
Research on agricultural air quality (AAQ), especially for obtaining reliable data of air pollutant ...
Ventilation fans are the driving force behind the exchange of air that is necessary to create a heal...
The Fan Assessment Numeration System (FANS) is an improved air velocity traverse method for measurin...
A multi-state, multi-disciplinary project is developing a comprehensive database of ammonia emission...
A device for in-situ fan airflow measurement, called the Fan Assessment Numeration System (FANS) dev...
Ventilation rate estimates play an important role in evaluating the thermal environment and determin...
Ventilation fans are the driving force behind the exchange of air that is necessary to create a heal...
Accurate ventilation rate data are essential to maximizing the quality of aerial emission measuremen...
Accurate ventilation rate (VR) data are essential to maximizing the quality of aerial emission measu...
The Fan Assessment Numeration System (FANS) is a measurement device for generating ventilation fan p...
This publication describes how to use fan performance and system resistance data to achieve the desi...
The use of velocity traverses to measure in-situ air flow rate of ventilation fans can be subject to...
A multi-state, multi-disciplinary research project is currently underway to quantify aerial ammonia ...
A multi-state, multi-disciplinary project is developing a comprehensive database of ammonia emission...
1. Ventilation controls the indoor environment and is critical for poultry production and welfare. V...
Research on agricultural air quality (AAQ), especially for obtaining reliable data of air pollutant ...
Ventilation fans are the driving force behind the exchange of air that is necessary to create a heal...
The Fan Assessment Numeration System (FANS) is an improved air velocity traverse method for measurin...
A multi-state, multi-disciplinary project is developing a comprehensive database of ammonia emission...