[Growlove21]

Obviously hydrogen peroxide (unstable) added to untreated creek water will immediately create a reaction creating h2o and o2. My question is, after this reaction, does the o2 get "significantly" absorbed into the water aka become oxygenated water or does it leave the water too fast for any significant absorption to occur?

What raised this question was a discussion about fish tank air stones. Being more oxygen is absorbed into the water from the surface tension break of the bubbles rather than the bubbles being pumped into the water.

Thank you, any articles or studies would be appreciated!

[AWK]

My question is, after this reaction, does the o2 get "significantly" absorbed into the water aka become oxygenated water or does it leave the water too fast for any significant absorption to occur?

Solubility of oxygen in water is limited and since this is two phase process you cannot reach equilibrium. Constant bubbling air gives you a higher concentration of soluble oxygen.

[jeffmoonchop]

Just like for the solid state in a liquid, the smaller the solid particles the more soluble. In crystal growth smaller solid particles will dissolve and associate with a larger particle if it has time to be transported creating a large single crystal. Called Ostwalds ripening. It could be the same in this case the smaller the bubble the more likely it will dissolve but i only have experience in the solid state.

[Arkcon]

Just like for the solid state in a liquid, the smaller the solid particles the more soluble. In crystal growth smaller solid particles will dissolve and associate with a larger particle if it has time to be transported creating a large single crystal. Called Ostwalds ripening. It could be the same in this case the smaller the bubble the more likely it will dissolve but i only have experience in the solid state.

Perhaps then, this response isn't pertinent to the discussion at hand, then.  Unless you maybe search for a reference.

[Intanjir]

If the decomposition of H₂O₂ happens slow enough relative to the rate of diffusion of O₂ or the stirring of the system then you should be able to avoid localized oversaturation of O₂. Also with enough excess H₂O₂ then the reaction should go on for long enough for every nook and cranny to approach saturation.