How is the H2S method?

[Catpost26!]

Hello, I can't do this anymore. Its just over for me. I read the peaceful pill handbook and most of it seems too complicated to do or acquire but one interested me was the h2s gas method in the car. The one where you mix two commonly found products and let it rip in the car away from everyone else so no one else is exposed.

I just want to know. Is it quick? Painful? Is it effective/reliable? The book didn't actually give that much information on it.

thank you

 

[Shadows From Hell]

It's a very strong odor, but can be quick and painless, other than throat and insides burning from the fumes.

Also, if you plan to do it this way, PLEASE tape a note to the windows of your car indicating that it is a hazardous materials situation, as not to accidentally injure, or cause the death of an innocent person.

 

[Intoxicated]

Is it quick?

Releasing H2S into a car may take minutes before the concentration reaches the levels at which you lose consciousness.

https://i.sanctioned-suicide.net/images/2024/04/196429_Chemical_Suicide_Detergent_Suicide_-_Voice_over_version.mp4

Painful?

At high concentrations, H2S leads to rapid unconsciousness and does not cause pain directly. Some burning sensations are possible due to exposure to hydrogen chloride (if you use hydrochloric acid to produce H2S) and sulforous acid (H2SO3) that can be formed through oxidation of H2S in presence of air and moisture or from SO2 produced because of oxidation of sulfides by sulfuric acid if you mistakenly use H2SO4 at some too high concentration.

Is it effective/reliable?

Depending on your understanding of the method, the odds of changing your mind at the last minute and the odds of interruption by others, reliability can be close to 100%.

 

[Praestat_Mori]

 

[atre]

Depending on your understanding of the method, the odds of changing your mind at the last minute and the odds of interruption by others, reliability can be close to 100%.

@Intoxicated Do you think oxalic acid is a reliable way to produce H2S with sodium sulfide? (C2H2O4+Na2S--> H2S+Na2C2O4).

If this reaction is legit, I have difficulty understanding how to do it, because both the oxalic acid and sodium sulfide are in solid form. So, one person just puts the oxalic acid powder and sodium sulfide and mix/stir them? Most acids (at least the ones I have seen so far) are liquid, so once I saw that oxalic acid was a solid, I was pretty surprised and confused.

 

[Intoxicated]

@Intoxicated Do you think oxalic acid is a reliable way to produce H2S with sodium sulfide? (C2H2O4+Na2S--> H2S+Na2C2O4).

That should be doable, since oxalic acid is a relatively strong acid. It can form NaH(CO2)2 as an intermediate product as well.

If this reaction is legit, I have difficulty understanding how to do it, because both the oxalic acid and sodium sulfide are in solid form. So, one person just puts the oxalic acid powder and sodium sulfide and mix/stir them? Most acids (at least the ones I have seen so far) are liquid, so once I saw that oxalic acid was a solid, I was pretty surprised and confused.

You just need to add water. Oxalic acid is soluble in water where it dissociates into H⁺, H(CO₂)₂⁻ and (CO₂)₂²⁻ ions. Sodium sulfide is also soluble in water where it dissociates into Na⁺ and S²⁻ ions. When H⁺ cations meet S²⁻ anions in an aqueous solution of the two reagents, H₂S can be formed.

 

[atre]

That should be doable, since oxalic acid is a relatively strong acid. It can form NaH(CO2)2 as an intermediate product as well.

You just need to add water. Oxalic acid is soluble in water where it dissociates into H⁺, H(CO₂)₂⁻ and (CO₂)₂²⁻ ions. Sodium sulfide is also soluble in water where it dissociates into Na⁺ and S²⁻ ions. When H⁺ cations meet S²⁻ anions in an aqueous solution of the two reagents, H₂S can be formed.

Sorry to bump the old thread. I don't know anyone else on the forum who is knowledgeable in chemistry.

I may have found sodium sulfide for personal sale, yet I'm not sure if it is the correct form to work as intended. It is not pure at all, it says: ">= %60 purity, Na2S.xH2O. Does that mean the product has 40% water? If so, does that prevent the production of H2S when acid is poured over the Na2S product?

 

[Intoxicated]

I may have found sodium sulfide for personal sale, yet I'm not sure if it is the correct form to work as intended. It is not pure at all, it says: ">= %60 purity, Na2S.xH2O. Does that mean the product has 40% water? If so, does that prevent the production of H2S when acid is poured over the Na2S product?

60% should mean the percent of Na2S. The residue may consist of H2O, Na2Sx (sodium polysulfides), and small amounts of other impurities, e.g., NaHS (sodium hydrosulfide).