Electrolysis of water - Bubble control

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SUMMARY

The discussion focuses on the electrolysis of water, specifically addressing the rate of gas evolution and bubble size control. Key parameters influencing these factors include voltage, wire length, and salt content in the solution. It is established that the right voltage is crucial for efficient electrolysis, while increasing the length of the exposed wire can enhance gas production. Salt content significantly affects the conductivity of the solution, thereby impacting the overall efficiency of the process.

PREREQUISITES
  • Understanding of electrolysis principles
  • Knowledge of voltage effects on chemical reactions
  • Familiarity with wire characteristics in electrochemical applications
  • Basic chemistry of salt solutions and conductivity
NEXT STEPS
  • Research optimal voltage settings for water electrolysis
  • Explore methods to control bubble size in electrolysis
  • Learn about the effects of different salt concentrations on electrolysis efficiency
  • Investigate the use of potentiometers in electrochemical experiments
USEFUL FOR

Chemistry students, electrochemists, hobbyists conducting water electrolysis experiments, and anyone interested in optimizing gas production in electrochemical processes.

Kramjit
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Hi to all!

In the simple electrolysis of water, may you point me in the right direction with regards to:

1) Rate of evolution

2) Bubble size control

As in what parameters will affect the above (eg voltage? diameter of exposed wire? length of exposed wire? salt content?)

Better still if you could direct me to an accepted method of doing the above.

Thank you in advance!

Regards
 
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Kramjit said:
Hi to all!

In the simple electrolysis of water, may you point me in the right direction with regards to:

1) Rate of evolution

2) Bubble size control

As in what parameters will affect the above (eg voltage? diameter of exposed wire? length of exposed wire? salt content?)

Better still if you could direct me to an accepted method of doing the above.

Thank you in advance!

Regards

You need the right voltage for the electrolysis to occur, different reactions occur faster at different voltages. The diameter of the wire should not be a factor when the voltage is taken into account, are you utilizing a potentiometer? You may want to curl up the wire to increase the length that is exposed in the solution. Salt content is going to be a factor as it is relevant to the flow of charge throughout the solution.
 

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