I've made 3 " bags " ive tried them on and wore them for a minute and such. it just seams like it could fail with one small movement. I was thinking about looking into a scuba diving fask mask. nitrogen in. co2 out... no oxygen. same effect right? and more comfortable …
-
Hey Guest,
As you know, censorship around the world has been ramping up at an alarming pace. The UK and OFCOM has singled out this community and have been focusing its censorship efforts here. It takes a good amount of resources to maintain the infrastructure for our community and to resist this censorship. We would appreciate any and all donations.
Bitcoin Address (BTC): 39deg9i6Zp1GdrwyKkqZU6rAbsEspvLBJt
Ethereum (ETH): 0xd799aF8E2e5cEd14cdb344e6D6A9f18011B79BE9
Monero (XMR): 49tuJbzxwVPUhhDjzz6H222Kh8baKe6rDEsXgE617DVS
DD8UKNaXvKNU8dEVRTAFH9Av8gKkn4jDzVGF25snJgNfUfKKNC8
It's been discussed on here earlier, and it was mentioned that the relaxation of the facial muscles might break the seal. The people behind the exit bag are serious and lucid experts - they've considered the alternatives and landed on the best known application.
Well, there have been deaths in Hawaii recently from "full face snorkel masks" - supposedly from the build-up of CO2.
https://www.cbsnews.com/news/hawaii-full-face-snorkel-mask-related-deaths/
Maybe the air pipe of the full face snorkel mask could be connected to the nitrogen tank? But who knows if it would work as effectively as an "exit bag".
I don't particularly want to be a guinea pig in an experiment of a new method when the "exit bag" has been tested successfully. Do you?
Why not just use the exit bag?
https://www.cbsnews.com/news/hawaii-full-face-snorkel-mask-related-deaths/
Maybe the air pipe of the full face snorkel mask could be connected to the nitrogen tank? But who knows if it would work as effectively as an "exit bag".
I don't particularly want to be a guinea pig in an experiment of a new method when the "exit bag" has been tested successfully. Do you?
Why not just use the exit bag?
Victims wearing respirators connected to inert gas lines are in a zero percent oxygen atmosphere, and unconsciousness can occur in about 12 seconds and death in a matter of minutes. The situation continues to be critical because victims are still wearing respirators and continue to breathe inert gas after they collapse.
Case Histories
Some case histories that appeared in the referenced articles are presented below:
Case #1
An employee was using an air hammer to chip residue out of a furnace at an aluminum foundry. He was wearing an air-line respirator. Two compressed gas lines with universal access couplings were attached to a nearby post. The one on the right was labeled "natural gas." The gas line on the left had a paper tag attached with the word "air" handwritten on it; however, this line actually contained pure nitrogen. A splitter diverted one part of the gas stream to the air hammer and the other part of the stream to the air-line respirator. The employee was asphyxiated and killed when exposed to pure nitrogen.
Case #2
A contractor crew was assigned to abrasively blast inside a reactor vessel at a petrochemical refinery. Although verbal company policy called for contractors to supply all breathing air, this crew, with supervisor's knowledge, had on several occasions used plant air to supply breathing air. A crew member mistakenly hooked up his air-line respirator to an unlabeled nitrogen line (only the shut-off valve was labeled) used by the refinery for purging confined spaces. Plant nitrogen and air lines were identical, and both had couplings compatible with the coupler on the respirator.
Case #3
An employee hooked the fresh air line of his supplied-air respirator into a plant's compressed air lines and began abrasive blasting. The plant operators, unaware that their plant air was being used as breathing air, shut down the fresh aircompressor for routine, scheduled maintenance and pumped nitrogen into the system to maintain pressure and control the valves in the refinery. The employee was overcome by the nitrogen in the air lines and died of nitrogen asphyxia.
Case #4
An abrasive blaster at an air separation plant could not obtain breathing air from an installed line. He adapted unapproved hoses with quick-disconnect couplers so he could connect an abrasive-blasting respirator to a gas line supplying the blasting pot. This piping was not color coded nor labeled in accordance with company policy. The employee died because he did not know he was connecting to a nitrogen line instead of to compressed air. Nitrogen was a separation by-product at this plant and was piped to operate pneumatic equipment.
Case #5
A contract employee was abrasive blasting and painting gratings and railings. The air-line from the abrasive blasting respirator was hooked into the plant air supply. The plant air supply was not Grade D breathing air and was to be used only for valve gauges and pneumatic tools. The air compressor was shut down for maintenance, so nitrogen was backfed into the plant air lines. No one from the company informed the contract employee that the lines now contained nitrogen. When the abrasive blaster donned the abrasive-blasting respirator, he inhaled the nitrogen and was asphyxiated.
Case Histories
Some case histories that appeared in the referenced articles are presented below:
Case #1
An employee was using an air hammer to chip residue out of a furnace at an aluminum foundry. He was wearing an air-line respirator. Two compressed gas lines with universal access couplings were attached to a nearby post. The one on the right was labeled "natural gas." The gas line on the left had a paper tag attached with the word "air" handwritten on it; however, this line actually contained pure nitrogen. A splitter diverted one part of the gas stream to the air hammer and the other part of the stream to the air-line respirator. The employee was asphyxiated and killed when exposed to pure nitrogen.
Case #2
A contractor crew was assigned to abrasively blast inside a reactor vessel at a petrochemical refinery. Although verbal company policy called for contractors to supply all breathing air, this crew, with supervisor's knowledge, had on several occasions used plant air to supply breathing air. A crew member mistakenly hooked up his air-line respirator to an unlabeled nitrogen line (only the shut-off valve was labeled) used by the refinery for purging confined spaces. Plant nitrogen and air lines were identical, and both had couplings compatible with the coupler on the respirator.
Case #3
An employee hooked the fresh air line of his supplied-air respirator into a plant's compressed air lines and began abrasive blasting. The plant operators, unaware that their plant air was being used as breathing air, shut down the fresh aircompressor for routine, scheduled maintenance and pumped nitrogen into the system to maintain pressure and control the valves in the refinery. The employee was overcome by the nitrogen in the air lines and died of nitrogen asphyxia.
Case #4
An abrasive blaster at an air separation plant could not obtain breathing air from an installed line. He adapted unapproved hoses with quick-disconnect couplers so he could connect an abrasive-blasting respirator to a gas line supplying the blasting pot. This piping was not color coded nor labeled in accordance with company policy. The employee died because he did not know he was connecting to a nitrogen line instead of to compressed air. Nitrogen was a separation by-product at this plant and was piped to operate pneumatic equipment.
Case #5
A contract employee was abrasive blasting and painting gratings and railings. The air-line from the abrasive blasting respirator was hooked into the plant air supply. The plant air supply was not Grade D breathing air and was to be used only for valve gauges and pneumatic tools. The air compressor was shut down for maintenance, so nitrogen was backfed into the plant air lines. No one from the company informed the contract employee that the lines now contained nitrogen. When the abrasive blaster donned the abrasive-blasting respirator, he inhaled the nitrogen and was asphyxiated.
This would be my preference too. Getting the valve on the tank connected to the regulator and mask will probably require an adapter or something from what I have seen.
El Topo
(---)
- Apr 21, 2018
- 477
El Topo
(---)
- Apr 21, 2018
- 477
ultraviolet sin
RUDEBOY
- Jul 17, 2018
- 93
I thought for a moment you'd go out, have a leisurely dive, then let narcosis get to you. Lots of planning involved in that plan, lolol.
Scuba and plastic bag should be a safe combination :)
To be safe you could even do it in your car with seat belt to stay in place, then u fall asleep without risk of break the seal. Also i recommend make it comfortable by lean the car chair.
"Suicidal nitrogen inhalation by use of scuba full-face diving mask."
"A 29-year-old man was found dead lying on the bed in a hotel room in a famous Slovak mountain resort. He had a full-face diving mask on his face, connected through a diving breath regulator to a valve of an industrial (nondiving) high-pressure tank containing pure 100% nitrogen.
https://www.ncbi.nlm.nih.gov/pubmed/23899346
https://www.ncbi.nlm.nih.gov/pubmed/23899346
"Case report of suicide by inhalation of nitrogen gas."
"The majority of deaths associated with nitrogen have occurred in the setting of scuba diving."
https://www.ncbi.nlm.nih.gov/pubmed/18725778
"A 29-year-old man was found dead lying on the bed in a hotel room in a famous Slovak mountain resort. He had a full-face diving mask on his face, connected through a diving breath regulator to a valve of an industrial (nondiving) high-pressure tank containing pure 100% nitrogen.
https://www.ncbi.nlm.nih.gov/pubmed/23899346
https://www.ncbi.nlm.nih.gov/pubmed/23899346
"Case report of suicide by inhalation of nitrogen gas."
"The majority of deaths associated with nitrogen have occurred in the setting of scuba diving."
https://www.ncbi.nlm.nih.gov/pubmed/18725778
Similar threads
- Endoflifer
- Suicide Discussion
Suicide Discussion
k1w1
Suicide Discussion
GlaucomaFortoma
