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Hypothetical Question: What if I encapsulated myself in some iron lung tank or one of those HBOT High Pressure Oxygen pods and just pumped it full of nitrogen gas without any exhaust?
Would the increased N2/O2 ratio / density overpressurization of the nitrogen gas confined atmosphere at some point oversaturate to the point where it would achieve the same objective (death without distress)?
I had created another thread, for using the cabin of a car, to fill it with gas (like helium, nitrogen, etc) for CTB. This could allow people to CTB, in a peaceful way, out of any place where they can be found and then resuscitated. This is possible if you have to flee your home, if people are likely to prevent you from CTB, if you cannot afford a hotel (a hotel room requires a mask, a bag, etc., for CTB , difficult to bring back this material without being seen), or if you want to admire a landscape one last time before CTB.
There have already been CTBs with the exhaust of a car brought back into the passenger compartment.
My idea was to use gas cylinders, such as helium or nitrogen, which would be enough to fill the passenger compartment of the car, it would suffice to find a way to evacuate the oxygen from the car and to close the breakdowns.
That's unviable with compressed gas, you would need a huge volume so it would have to be with Liquid Nitrogen (which has a huge 1:694 expansion rate, that's why they are gonna use it in the Sarco). All the documented deaths by changing a vehicle's atmosphere to inert gas are with Liquid Nitrogen.
The cylinder's valve is already open, the mask is already on, all before you put your wrist into the straps (they have enough space to insert the wrists into them).
The process would be:
1. Put the mask on.
2. Open the cylinder's valve.
3. Sit and strap body.
4. Put pulse oximeter on the finger. 5. Take a deep breath of air and hold your breath.
6. Insert the demand valve into the mask.
7. Pre-fill mask (pressing the front button for 1.5~2 seconds).
8. Insert wrists into the straps.
9. Exhale fully.
10. Take a deep breath of Nitrogen.
11. Avoid the reincarnation trap.
By all do you mean with the deckchair, tablet, tablet holder, oximeter, etc? I don't know I haven't made the calculations lol . The core components (SCBA + air-to-nitrogen adapter + cylinder) are around $1200 (everything first-hand).
By all do you mean with the deckchair, tablet, tablet holder, oximeter, etc? I don't know I haven't made the calculations lol . The core components (SCBA + air-to-nitrogen adapter + cylinder) are around $1200 (everything first-hand).
By all do you mean with the deckchair, tablet, tablet holder, oximeter, etc? I don't know I haven't made the calculations lol . The core components (SCBA + air-to-nitrogen adapter + cylinder) are around $1200 (everything first-hand).
Does all the equipment need to be the EXACT same setup.
Or can it be smaller tank ?
Different hose such as.
Terra CQC Quick Connect to External Co2 Tank Adapter Hose Kit W21.8-14 Or CGA320 G3/4 with 8mm Quick Disconnect
The mask for sure would need to be the same.
I assume because you need the button to open the flow...unless there is a type of on/off valve only. Where the bag can be used.?
Also does it need to be a specific type of nitrogen gas.
Thanks for the post interesting and helpful.
SCBAs don't work on LPM (constant flow), they work on-demand.
The demand valve can be started with the front button or by doing an inhalation (autostarts itself when detects a negative pressure). It can also create a constant flow if pressed, useful to prefill the mask with Nitrogen.
For an inert gas setup? no. There are 3 types of reliable implementations: SCBA, EEBD and the classic ExitBag.
Yeah a smaller tank is viable.
That hose is useless for an inert gas setup.
There are a lot of different SCBA masks, this one is top-notch high-end and the best that I have tried.
SCBAs don't work on LPM (constant flow), they work on-demand.
The demand valve can be started with the front button or by doing a inhalation (autostarts itself when detects a negative pressure). It can also create a constant flow if pressed, useful to prefill the mask with Nitrogen.
The bag setup works on constant flow, doesn't require a demand valve.
Important note on the air-to-nitrogen adapter: For SCBA you have to make sure that you get a DIN300 one (prepared for 300bar on the air-side) coz all SCBA regulators have a 300bar connector. The DIN200 one is for SCUBA 200bar regulators (with a shorter connector).
Here is the difference between both, the DIN200 is shorter:
This is what happens if you try to use a DIN300 regulator with a DIN200 adapter, it's too short and the connector can't fully enter:
The opposite would happen if using a DIN300 air-to-nitrogen adapter with a DIN200 regulator, the adapter would be too long for the regulator and it won't reach the end.
As a reference, these are the current prices of the components from the suppliers I bought from (shipping and taxes included):
▪ Pack with regulator + demand valve + mask: 945 €
▪ Air-to-nitrogen adapter: 57 €
▪ Cylinder: 153 €
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▪ Total: 1155 €
This is from from totally normal shops (not "CTB shops" like escMode was).
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