Add to ORKGA test bench for the analysis of air filter penetration has been developed at IRSN. The paper introduces this nano-aerosol filtration test bench (FANA) and the methodology used to measure filter penetration as accurately as possible for nanoparticles. Two configurations are compared by measuring the penetration through a metallic grid. The results obtained are identical. In addition, penetration results using two filtration velocities and a particle size range of 2.5 to 400 nm are presented for different types of filtration media (F6, F9, HEPA)
The primary objective is to perform a fundamental study of filtration of nanoparticles, and to obtai...
Near traffic routes and urban areas, the outdoor air particle number concentration is typically domi...
Summarization: Throughout the years, the performance of the FFRs has been the topic of extensive stu...
A test bench for the analysis of air filter penetration has been developed at IRSN. The paper introd...
The filtration of airborne nanoparticles is an important control technique as the environmental, hea...
The filtration of airborne nanoparticles is becoming an important issue as they are produced in larg...
The filtration of airborne nanoparticles is becoming an important issue as they are produced in larg...
Current international standards dealing with efficiency test for filters and filter media focus on m...
Aerosol filtration is the most widely used process to capture aerosol particles. It is used in vario...
There is an increasing concern about the health hazard posed to workers exposed to inhalation of nan...
International audienceIt is currently admitted that for each filtration process using pleated filter...
The rapid development of nanotechnology brings new challenges to aerosol filtration, which plays a c...
<div><p>We have developed a new, fully controlled filter testing device and have used it to measure ...
The main goal of this research project is to determine the effectiveness of commercially available a...
The rapid development of nanotechnology brings new challenges to aerosol filtration, which plays a c...
The primary objective is to perform a fundamental study of filtration of nanoparticles, and to obtai...
Near traffic routes and urban areas, the outdoor air particle number concentration is typically domi...
Summarization: Throughout the years, the performance of the FFRs has been the topic of extensive stu...
A test bench for the analysis of air filter penetration has been developed at IRSN. The paper introd...
The filtration of airborne nanoparticles is an important control technique as the environmental, hea...
The filtration of airborne nanoparticles is becoming an important issue as they are produced in larg...
The filtration of airborne nanoparticles is becoming an important issue as they are produced in larg...
Current international standards dealing with efficiency test for filters and filter media focus on m...
Aerosol filtration is the most widely used process to capture aerosol particles. It is used in vario...
There is an increasing concern about the health hazard posed to workers exposed to inhalation of nan...
International audienceIt is currently admitted that for each filtration process using pleated filter...
The rapid development of nanotechnology brings new challenges to aerosol filtration, which plays a c...
<div><p>We have developed a new, fully controlled filter testing device and have used it to measure ...
The main goal of this research project is to determine the effectiveness of commercially available a...
The rapid development of nanotechnology brings new challenges to aerosol filtration, which plays a c...
The primary objective is to perform a fundamental study of filtration of nanoparticles, and to obtai...
Near traffic routes and urban areas, the outdoor air particle number concentration is typically domi...
Summarization: Throughout the years, the performance of the FFRs has been the topic of extensive stu...