Calculate how the rate of oxygenation

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SUMMARY

This discussion focuses on calculating the rate of oxygenation in liquids, specifically wine, as influenced by surface area and turbulence. Key concepts include Henry's Law, which relates to gas solubility in liquids, and the effects of turbulence on intermolecular interactions. The discussion suggests consulting Atkins' literature on chemical equilibrium for deeper insights into activity and turbulence effects. Engaging with physics subforums is also recommended for broader perspectives on the topic.

PREREQUISITES
  • Understanding of Henry's Law and its applications in gas solubility
  • Familiarity with chemical equilibrium concepts from Atkins' textbooks
  • Knowledge of turbulence and its effects on fluid dynamics
  • Basic principles of intermolecular interactions in liquids
NEXT STEPS
  • Research Henry's Law and its implications for oxygen solubility in liquids
  • Study chemical equilibrium principles in Atkins' textbooks
  • Explore the effects of turbulence on fluid dynamics and oxygenation
  • Engage in physics subforums to gather diverse insights on oxygenation calculations
USEFUL FOR

Chemists, food scientists, and anyone involved in liquid oxygenation processes, particularly in winemaking and fluid dynamics research.

Drewau2005
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Hi
I am trying to get some idea of how to calculate how the rate of oxygenation of a liquid (say wine) changes with increases in both surface area and turbulence, which increases the suraface area.

Any idea of how I might calculate this would be greatly appreciated.

Cheers
Drew
 
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I don't know of any direct applications to this specific topic, however, have you considered Henry's law? Also have you tried looking through Atkins yet, particularly in the chemical equilibrium chapters, you might want to browse through the area where he discusses activity. It's kind of interesting to consider what the effects of turbulence (if you're referring to centrifugal dynamics) will have on the oxygen that's dissolved. It probably has a lot to do with the changes in the intermolecular interactions in the turbulent state v.s. the relatively static state. You might also want to ask this question in one of the physics subforums.
 

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