Can Using Regular Water Instead of DI Water Affect Electrodeposition?

  • Thread starter Thread starter tunk
  • Start date Start date
  • Tags Tags
    Regular Water
AI Thread Summary
Using regular water instead of deionized (DI) water for electrodeposition generally won't cause significant issues unless the water is heavily contaminated with metals. While regular water may introduce some impurities like chlorine and hardness, these are unlikely to drastically affect the process. However, using regular water can lead to less precise control over conditions, which is crucial in sensitive applications. The impact of using regular water varies depending on the specific requirements of the electrodeposition recipe, making it important to assess each situation individually.
tunk
Messages
5
Reaction score
0
what happens if u accidentally use regular water to dissolve something u want to electrodeposit later instead of using DI water? will it change how it normally works? i think i mixed up the jars :frown:.
 
Chemistry news on Phys.org
Not much unless the regular water you used was grossly contaminated with some other metal. Think about all the stuff you added to the DI water to get it to conduct electricity and the stuff you mean to deposit. A little chlorine and hardness aren't going to make much of a difference at all.
 
chemisttree said:
Not much unless the regular water you used was grossly contaminated with some other metal. Think about all the stuff you added to the DI water to get it to conduct electricity and the stuff you mean to deposit. A little chlorine and hardness aren't going to make much of a difference at all.

ok great, so basically it isn't bad to use regular water its just not the best, most consistent method.
 
Using regular water you can't control conditions as precisely as in the case of DI water. In some applications it won't matter, but some recipes can be very sensitive to small amounts of contamination. There is no one-rule-fits-all-cases answer.

--
 
Engineers slash iridium use in electrolyzer catalyst by 80%, boosting path to affordable green hydrogen https://news.rice.edu/news/2025/engineers-slash-iridium-use-electrolyzer-catalyst-80-boosting-path-affordable-green Ruthenium is also fairly expensive (a year ago it was about $490/ troy oz, but has nearly doubled in price over the past year, now about $910/ troy oz). I tracks prices of Pt, Pd, Ru, Ir and Ru. Of the 5 metals, rhodium (Rh) is the most expensive. A year ago, Rh and Ir...
Back
Top