Development of PPE Ensemble Test Methods - FY12
NOTE: This page is archived for historical purposes and is no longer being maintained or updated.
- To develop innovative test methods for evaluating the integrity of protective clothing and ensembles against aerosol particulate challenges.
- ASTM F23
- NFPA 1994, 1971, 1951
- Washington University in St. Louis
- NIOSH Nanotechnology Research Center (NTRC)
- Clarkson University
- PPE manufacturers
- NIOSH NTRC
- DuPont NOSH consortium
- Task 1. Optimization of the magnetic passive aerosol sampler (MPAS) design - evaluating MPAS efficiency under various conditions and interferences, and comparison with reference samplers.
- Task 2. Development and validation of a standardized bench-scale particulate penetration test method.
- Q1 Submitted 3 manuscripts to the journal of Aerosol Science & Technology
- Q2 Refined penetration cell design for Task 2
- Q3 Evaluate performance of the penetration cell under conditions of different particle sizes, various clothing materials, and different wind velocities
- Q4 Submit a manuscript from the performance evaluation
- Manuscripts published in peer-reviewed journals (3 published that have been cited 5 times, 1 accepted, 2 submitted, more in development)
- Presentations at national/international conferences and stakeholder meetings (11)
- Wash U final report on CFD modeling of the MPAS performance
- Employee invention reports (2)
- Book chapter (1)
- This project has contributed to NIOSH NTRC report titled “Approaches to Safe Nanotechnology: Managing the Health and Safety Concerns Associated with Engineered Nanomaterials”
- This project has resulted in a new project on nanoparticle penetration through protective clothing funded by NTRC (the study was completed)
- Expected outcome is to improve standards and test methods for protective clothing used for protection against inert and biological aerosols