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Ionic Mass Transfer at Point Electrodes Located at Cathode Support Plate in an Electrorefining Cell in Presence of Rectangular Turbulent Promoters

Tondepu Subbaiah, Ponnam Vijetha

2022enionicmass transferelectrorefiningturbulentpromoters

Abstract

Language:

Current density plays a major role in deciding the plant size, current efficiency, and energy consumption in electrorefining cells. In general, operating current density will be 40% of the limiting current density. Forced circulation of the electrolyte in the presence of promoters improves the mass transfer coefficient. In the present study, rectangular turbulence promoters are fitted at the bottom side of the cell to improve the mass transfer coefficient at the cathode support plate. The limiting current density technique is used to measure the mass transfer coefficient. The variables covered in the present study are the effects of flow rate, promoter height, and spacing among the promoters.

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Cite This Work

@article{d555538b-ab83-4565-b06e-03e0cec1360b,
  title={Ionic Mass Transfer at Point Electrodes Located at Cathode Support Plate in an Electrorefining Cell in Presence of Rectangular Turbulent Promoters},
  author={Tondepu Subbaiah and Ponnam Vijetha},
  year={2022},
  language={en}
}
TY  - JOUR
TI  - Ionic Mass Transfer at Point Electrodes Located at Cathode Support Plate in an Electrorefining Cell in Presence of Rectangular Turbulent Promoters
AU  - Tondepu Subbaiah
AU  - Ponnam Vijetha
PY  - 2022
LA  - en
ER  -

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