GEP20012537B - Method of Production of Electrolytic Zinc
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Method of Production of Electrolytic Zinc
Info
Publication number
GEP20012537B
GEP20012537BGEAP19984304AGEAP1998004304AGEP20012537BGE P20012537 BGEP20012537 BGE P20012537BGE AP19984304 AGEAP19984304 AGE AP19984304AGE AP1998004304 AGEAP1998004304 AGE AP1998004304AGE P20012537 BGEP20012537 BGE P20012537B
Authority
GE
Georgia
Prior art keywords
production
electrolytic zinc
current density
cathode current
h2so4
Prior art date
Application number
GEAP19984304A
Inventor
Emil Chichinadze
Medea Chichinadze
Tinatin Lezhava
Original Assignee
Emil Chichinadze
Medea Chichinadze
Tinatin Lezhava
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Emil Chichinadze, Medea Chichinadze, Tinatin LezhavafiledCriticalEmil Chichinadze
Priority to GEAP19984304ApriorityCriticalpatent/GEP20012537B/en
Publication of GEP20012537BpublicationCriticalpatent/GEP20012537B/en
1. Technical Result Simplification of technological process and its continuity, increase in efficiency and reduce of power consumption. 2. Essence A method comprises electrolysis in the electrolyte comprising 60-150 g/dm3 Zn and 50-60 g/dm3 H2SO4 at the cathode current density 15000-25000 A/m2, the ratio of the anode and cathode current density being 0,03-0,06. 3. Field of Application Electrochemistry.
GEAP19984304A1998-05-201998-05-20Method of Production of Electrolytic Zinc
GEP20012537B
(en)
New" Green" Technologies in the Electrometallurgy of Sulphuric Solutions. Permanent Metal Anodes as Alternatives to the Prior Art Lead-Containing Materials