Gas or liquid to adsorb an explosion

In summary, the conversation discusses the concept of using a gas or liquid with high activation energy to control explosions or fires, and its potential applications in mining or industrial settings. However, the feasibility of this idea is questioned as the energy from explosions is primarily released through shockwaves, and there may be limited ways to reduce their impact. The conversation also considers the potential use of physical shock absorbers to minimize damage.
  • #1
patrickbotros
34
1
Obviously we don't have the technology to make this work now but I would like to know how plausible this is as a concept/thought experiment. Basically the idea is to discover a gas or liquid with a very high activation energy (for some reaction) so that it can absorb an explosion or control a fire. This is different than CO2, which I think just deprives fire of O2. I was thinking this could be useful if you're trying to mine some tunnel but you don't want the explosion to reach certain places. you could release the gas in those areas and coat the walls in the liquid and then immediately detonate the TNT before the gas disperses too much. Or you could fill balloons with the gas as a safety measure next to dangerous equipment in some fertilizer factory or something. That way if something explodes it will pop the balloons, which could make the explosion smaller.
If anybody has any ideas to add or wants to rain on my parade
 
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  • #2
patrickbotros said:
very high activation energy (for some reaction) so
... and, that energy then goes where?
 
  • #3
Controlled explosions are limited to the explosive material already - all the damage around is done by the energy released from the explosive material itself, and no relevant chemical reactions happen outside. There is nothing to improve - there are no chemical reactions that would reduce a shockwave. You can use physical shock absorbers, but "just let it spread out" is usually a good approach.
 
  • #4
Bystander said:
... and, that energy then goes where?
Heat. What types of materials are best in converting mechanical energy of shockwave into heat and transmit as little as possible of the shockwave through the material?
 

1. What is the difference between a gas and a liquid as an adsorbent for explosions?

Gas and liquid adsorbents both have the ability to absorb and contain explosive materials, but they differ in their physical properties. Gas adsorbents are typically porous solids, while liquid adsorbents are liquids that have a high affinity for the explosive material. Gas adsorbents are often used for larger explosions, while liquid adsorbents are better suited for smaller, more contained explosions.

2. Can both gas and liquid adsorbents be used for all types of explosions?

No, the type of explosion and the specific properties of the explosive material determine which adsorbent will be most effective. For example, gas adsorbents are better at containing explosions caused by volatile organic compounds, while liquid adsorbents are better at containing explosions caused by flammable liquids.

3. How do gas and liquid adsorbents contain an explosion?

Gas adsorbents work by physically trapping the explosive material within its pores, preventing it from reacting with oxygen in the air and causing an explosion. Liquid adsorbents, on the other hand, chemically bind with the explosive material, neutralizing its ability to explode.

4. Are there any safety concerns when using gas or liquid adsorbents for explosions?

While both types of adsorbents are effective at containing explosions, it is important to follow proper safety protocols when handling and disposing of them. Gas adsorbents can release the trapped explosive material if not handled carefully, and liquid adsorbents can pose a chemical hazard if not disposed of properly.

5. Which type of adsorbent is more commonly used in industrial settings?

In general, gas adsorbents are more commonly used in industrial settings due to their ability to contain larger explosions and their ease of use. However, the specific type of adsorbent used will depend on the type of explosive material and the specific needs of the industry.

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