Hacker Newsnew | past | comments | ask | show | jobs | submitlogin

This is especially prevalent on the Airbus A320-series aircraft due to the way it's very easy to overfill or spill oil on the APU in a way where the fumes can get sucked into the cabin air.

The only commercial aircraft immune to this issue is the B787 because it does not use engine "bleed air".



Recently flew on an Airbus, but usually fly on a carrier that only flies Boeings. Upon engine startup, there was a extremely strong "burnt oil" odor going through the cabin. Many people were covering their face with their shirt, trying to filter out the smell. I doubt it did anything because I could smell it through an N95.


An N95 is fairly ineffective against oil-based contaminants.


This is very interesting. What is the physics behind this? Are the aerosolized oil particles small enough or flexible enough to make it through the mask? What is effective PPE for these kind of contaminants?

Edit: answered my second question on my own: P100 masks are effective


R95/99/100 (oil resistant), P95/99/100 (oil-proof).. the N in N95 stands for "not resistant to oil".

https://en.wikisource.org/wiki/NIOSH_Guide_to_the_Selection_...




Guidelines | FAQ | Lists | API | Security | Legal | Apply to YC | Contact

Search: