Titan - Exposed to large amounts of Oxygen

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    Oxygen Titan
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Discussion Overview

The discussion revolves around the potential effects of an asteroid rich in oxygen or water impacting Titan, specifically whether such an event could ignite the surface methane and fundamentally alter Titan's physical structure. The conversation explores the implications of Titan's atmosphere and surface conditions, as well as the chemical reactivity of materials present on Titan.

Discussion Character

  • Exploratory
  • Debate/contested
  • Conceptual clarification

Main Points Raised

  • One participant suggests that an asteroid rich in oxygen or H2O could ignite methane on Titan, potentially changing its physical structure.
  • Another participant argues that a significant impact could change Titan's structure regardless of its atmosphere.
  • A different participant notes that while frozen CO2 and H2O exist on Titan, they are less reactive, and questions the likelihood of free oxygen existing in nature under Titan's cryogenic conditions.
  • This participant also references a theory by Edward Drobyshevski regarding the electrolysis of ice into free oxygen and hydrogen due to induced currents from solar wind, suggesting it could lead to explosive conditions, though this idea lacks broad support among researchers.

Areas of Agreement / Disagreement

Participants express differing views on the potential for an asteroid impact to ignite methane and the conditions under which oxygen might exist on Titan. There is no consensus on the likelihood or implications of these scenarios.

Contextual Notes

The discussion highlights uncertainties regarding the chemical reactivity of materials on Titan, the conditions necessary for ignition, and the viability of proposed theories about oxygen generation in Titan's environment.

skycastlefish
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Titan has rivers of liquid methane creeping in an atmosphere of mostly nitrogen. The lack of oxygen prevents the planet from being ridiculously unstable. Here’s my question -- If an asteroid rich in oxygen (or H2O) crashes into Titan, could the oxygen present in the projectile be enough to ignite a significant portion of the surface methane, enough to fundamentally change the physical structure of Titan?
 
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Sure. But even if Titan had no atmosphere, a big enough impact could "fundamentally change the physical structure of Titan".
 
skycastlefish said:
Titan has rivers of liquid methane creeping in an atmosphere of mostly nitrogen. The lack of oxygen prevents the planet from being ridiculously unstable.

That and the cold. There is a lot of oxygen present in the form of frozen CO2 and H2O, but being frozen makes it rather less reactive.

Here’s my question -- If an asteroid rich in oxygen (or H2O) crashes into Titan, could the oxygen present in the projectile be enough to ignite a significant portion of the surface methane, enough to fundamentally change the physical structure of Titan?

Well H2O won't ignite methane. And free oxygen doesn't typically exist in nature in cryogenic conditions i.e. in any asteroid likely to hit Titan. Edward Drobyshevski has proposed, for the last 30 years, that induced currents from moving magnetic fields (i.e. the Solar Wind) could cause ice to become electrolysed into free oxygen and hydrogen, slowly building up to explosive levels because they're trapped in the ice. Not too many other researchers think that likely, but it'd make a helluva bang!
 
Interesting... thanks a lot!
 

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