NSTL国家科技图书文献中心

1. Antimony Treatment in Kosaka Lead Smelting NSTL国家科技图书文献中心

N. Fukushi | S. Koike ... - 《Proceedings of the 63rd Conference of Metallurgists,vol.1》 - Conference of Metallurgists - 2025, - 201～203 - 共3页

摘要：Kosaka Smelting and Refining* Co., Ltd. is a* | refining process was improved to solve anode hardening | copper and lead smelter in Japan. In 2008, the flash | smelting furnace was replaced by the TSL furnace, and raw | materials changed from ores to E-scraps. This change

关键词： Antimomy | Lead | Electrolytic refining | Fluorine

2. Prevention of Anode Passivation in Copper Electrorefining NSTL国家科技图书文献中心

T. Fuke | M. Arimitsu ... - 《Proceedings of the 63rd Conference of Metallurgists,vol.1》 - Conference of Metallurgists - 2025, - 337～339 - 共3页

摘要： current density operation in copper electrorefining. Its | The prevention of anode passivation is one of | the major technical hurdles to stabilize high | mechanism is considered that the dissolution rate of Cu~(2 | +) from the anode increases under high current density

关键词： Copper electrorefining | Anode passivation | Arsenic

3. Additive Management Improvements for the Electrorefining of Copper Anodes NSTL国家科技图书文献中心

J. Warburton - 《Proceedings of the 63rd Conference of Metallurgists,vol.1》 - Conference of Metallurgists - 2025, - 641～644 - 共4页

摘要：, glue, and chloride ions in the electrolytic* solution* | copper deposition in electrorefining. Over the past | Maintaining certain concentrations of thiourea | is necessary to promote efficient and homogenous | year, new practices have been implemented and

关键词： Copper | Electrorefining | Utah

4. Palladium Chemistry in Electrorefining of Pd-Rich Ag-Anodes NSTL国家科技图书文献中心

M. Maliarik | I. Toth - 《Proceedings of the 63rd Conference of Metallurgists,vol.1》 - Conference of Metallurgists - 2025, - 599～602 - 共4页

摘要： Electrorefining Process (Ag-ER) of Pd-rich Ag-anodes at high | This paper deals with Metso's Outotec Silver | current density (HCD). Several Ag-ER tests with anodes | containing up to 2% palladium were performed at anodic | current density of 800-1200 A/m2. Apart from current

关键词： Silver electrorefining | Palladium (II) complexes | Hydrolysis

5. Optimizing Cathode Quality: The Effects of Nickel in Copper Electrorefining NSTL国家科技图书文献中心

M. Sahlman | J. Aromaa ... - 《Proceedings of the 63rd Conference of Metallurgists,vol.1》 - Conference of Metallurgists - 2025, - 657～659 - 共3页

摘要： regarding the behavior of nickel in copper electrorefining | Copper electrorefineries operating with high | nickel concentrations have reported that the presence | of Ni~(2+) has led to increased nodulation as well | as decreasing current efficiency and increased

关键词： Copper electrorefining | Nickel | Cathode contamination | Anode slime

6. Effect of Additives and Slimes on Nodulation of Copper Deposited from Industrial Electrorefining Electrolytes NSTL国家科技图书文献中心

J. Bauer | M. Moats - 《Proceedings of the 63rd Conference of Metallurgists,vol.1》 - Conference of Metallurgists - 2025, - 581～592 - 共12页

摘要： plate deposits from industrial electrorefining | The rotating cylinder Hull cell was used to | electrolyte samples, and different factors related to nodule | formation were examined. Excessive glue concentration was | shown to initiate nodulation. Insufficient glue

关键词： Copper electrorefining | nodules | slimes

7. Utilizing Curtailed Wind and Solar Power to Scale Up Electrolytic Hydrogen Production in Europe NSTL国家科技图书文献中心

Alissa Ganter | Tyler H. Ruggles ... - 《Environmental Science & Technology》 - 2025,59(7) - 3495～3507 - 共13页

摘要： ammonia and refining* industries. Based on historical* | fuel-saving scenario, where electrolytic* hydrogen* | The growth of European wind and solar power | capacity is associated with increasing electricity | curtailment to manage excess generation and ensure safe

关键词： electrolytic hydrogen | electricity curtailment | hard-to-abate industry | green hydrogen | decarbonization | ammonia industry | refining industry | energy system optimization

8. Kinetic Analysis of the YbCl 3 Reduction Processes on Zn Cathode in Molten Salt Electrolysis NSTL国家科技图书文献中心

Wang, Tao | He, Peidong ... - 《Journal of the Electrochemical Society》 - 2025,172(2) - 1～ - 共11页

摘要： fuel. The kinetic parameters of the electrolytic | refining process are intricate and significant influence | efficiency of electrolytic* extraction in LiCl-KCl molten* | Molten salt electrolysis represents an | economical technique for the extraction and purification of

关键词： electrochemical engineering | electrode kinetics | electrodeposition | electrodeposition - electroless | electrorefining | electrowinning

9. Investigating the role of barium sulfate on the structure of the casting anode in the electrorefining plant and its effect on the dissolution rate of the anode NSTL国家科技图书文献中心

Rostamzadeh, Fatemeh | Khayati, Gholam Reza ... - 《Materials Characterization》 - 2025,222 - 114822～ - 共12页

摘要： electrorefining plant due to their physical/chemical properties | Cast copper anodes play a key role in the | . Considering the corrosion current density as a measure of | the refinery dissolution rate, this study | systematically investigates the effects of barium sulfate

关键词： Electrorefining | Copper | Barium sulfate | Copper casting anodes | Morphology and size of the casting anode | Dissolution rate of the anode

10. One step to direct extracted gold and silver from industrial Cu-Ag-Sb-Au alloy by a convenient bimetallic electrolytic separation process NSTL国家科技图书文献中心

Shunwei Pan | Guozheng Zha ... - 《Separation and Purification Technology》 - 2025,353PB - 128388～12 - 共12页

摘要： are recycled by electrolytic* refining. This process* | multistage oxidation refining, and then the precious metals | . The electrolytic* process of Cu-Ag-Sb alloy is* | silver are enriched in die electrolytic* anode slime* | distillation process, the oxidation refining* is successfully*

摘要：Kosaka Smelting and Refining* Co., Ltd. is a* | refining process was improved to solve anode hardening | copper and lead smelter in Japan. In 2008, the flash | smelting furnace was replaced by the TSL furnace, and raw | materials changed from ores to E-scraps. This change

关键词： Antimomy | Lead | Electrolytic refining | Fluorine

摘要： current density operation in copper electrorefining. Its | The prevention of anode passivation is one of | the major technical hurdles to stabilize high | mechanism is considered that the dissolution rate of Cu~(2 | +) from the anode increases under high current density

关键词： Copper electrorefining | Anode passivation | Arsenic

摘要：, glue, and chloride ions in the electrolytic* solution* | copper deposition in electrorefining. Over the past | Maintaining certain concentrations of thiourea | is necessary to promote efficient and homogenous | year, new practices have been implemented and

关键词： Copper | Electrorefining | Utah

摘要： Electrorefining Process (Ag-ER) of Pd-rich Ag-anodes at high | This paper deals with Metso's Outotec Silver | current density (HCD). Several Ag-ER tests with anodes | containing up to 2% palladium were performed at anodic | current density of 800-1200 A/m2. Apart from current

关键词： Silver electrorefining | Palladium (II) complexes | Hydrolysis

摘要： regarding the behavior of nickel in copper electrorefining | Copper electrorefineries operating with high | nickel concentrations have reported that the presence | of Ni~(2+) has led to increased nodulation as well | as decreasing current efficiency and increased

关键词： Copper electrorefining | Nickel | Cathode contamination | Anode slime

摘要： plate deposits from industrial electrorefining | The rotating cylinder Hull cell was used to | electrolyte samples, and different factors related to nodule | formation were examined. Excessive glue concentration was | shown to initiate nodulation. Insufficient glue

关键词： Copper electrorefining | nodules | slimes

摘要： ammonia and refining* industries. Based on historical* | fuel-saving scenario, where electrolytic* hydrogen* | The growth of European wind and solar power | capacity is associated with increasing electricity | curtailment to manage excess generation and ensure safe

关键词： electrolytic hydrogen | electricity curtailment | hard-to-abate industry | green hydrogen | decarbonization | ammonia industry | refining industry | energy system optimization

摘要： fuel. The kinetic parameters of the electrolytic | refining process are intricate and significant influence | efficiency of electrolytic* extraction in LiCl-KCl molten* | Molten salt electrolysis represents an | economical technique for the extraction and purification of

关键词： electrochemical engineering | electrode kinetics | electrodeposition | electrodeposition - electroless | electrorefining | electrowinning

摘要： electrorefining plant due to their physical/chemical properties | Cast copper anodes play a key role in the | . Considering the corrosion current density as a measure of | the refinery dissolution rate, this study | systematically investigates the effects of barium sulfate

关键词： Electrorefining | Copper | Barium sulfate | Copper casting anodes | Morphology and size of the casting anode | Dissolution rate of the anode

摘要： are recycled by electrolytic* refining. This process* | multistage oxidation refining, and then the precious metals | . The electrolytic* process of Cu-Ag-Sb alloy is* | silver are enriched in die electrolytic* anode slime* | distillation process, the oxidation refining* is successfully*

关键词： Cu-Ag-Sb alloy | Ag recovery | Bimetallic electrolysis | Controlled potential | Anodic oxidation

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Kosaka Smelting and Refining Co., Ltd. is a | refining process was improved to solve anode hardening | copper and lead smelter in Japan. In 2008, the flash | smelting furnace was replaced by the TSL furnace, and raw | materials changed from ores to E-scraps. This change

关键词： Antimomy | Lead | Electrolytic refining | Fluorine

摘要： current density operation in copper electrorefining. Its | The prevention of anode passivation is one of | the major technical hurdles to stabilize high | mechanism is considered that the dissolution rate of Cu~(2 | +) from the anode increases under high current density

关键词： Copper electrorefining | Anode passivation | Arsenic

摘要：, glue, and chloride ions in the electrolytic solution | copper deposition in electrorefining. Over the past | Maintaining certain concentrations of thiourea | is necessary to promote efficient and homogenous | year, new practices have been implemented and

关键词： Copper | Electrorefining | Utah

摘要： Electrorefining Process (Ag-ER) of Pd-rich Ag-anodes at high | This paper deals with Metso's Outotec Silver | current density (HCD). Several Ag-ER tests with anodes | containing up to 2% palladium were performed at anodic | current density of 800-1200 A/m2. Apart from current

关键词： Silver electrorefining | Palladium (II) complexes | Hydrolysis

摘要： regarding the behavior of nickel in copper electrorefining | Copper electrorefineries operating with high | nickel concentrations have reported that the presence | of Ni~(2+) has led to increased nodulation as well | as decreasing current efficiency and increased

关键词： Copper electrorefining | Nickel | Cathode contamination | Anode slime

摘要： plate deposits from industrial electrorefining | The rotating cylinder Hull cell was used to | electrolyte samples, and different factors related to nodule | formation were examined. Excessive glue concentration was | shown to initiate nodulation. Insufficient glue

关键词： Copper electrorefining | nodules | slimes

摘要： ammonia and refining industries. Based on historical | fuel-saving scenario, where electrolytic hydrogen | The growth of European wind and solar power | capacity is associated with increasing electricity | curtailment to manage excess generation and ensure safe

关键词： electrolytic hydrogen | electricity curtailment | hard-to-abate industry | green hydrogen | decarbonization | ammonia industry | refining industry | energy system optimization

摘要： fuel. The kinetic parameters of the electrolytic | refining process are intricate and significant influence | efficiency of electrolytic extraction in LiCl-KCl molten | Molten salt electrolysis represents an | economical technique for the extraction and purification of

关键词： electrochemical engineering | electrode kinetics | electrodeposition | electrodeposition - electroless | electrorefining | electrowinning

摘要： electrorefining plant due to their physical/chemical properties | Cast copper anodes play a key role in the | . Considering the corrosion current density as a measure of | the refinery dissolution rate, this study | systematically investigates the effects of barium sulfate

关键词： Electrorefining | Copper | Barium sulfate | Copper casting anodes | Morphology and size of the casting anode | Dissolution rate of the anode

摘要： are recycled by electrolytic refining. This process | multistage oxidation refining, and then the precious metals | . The electrolytic process of Cu-Ag-Sb alloy is | silver are enriched in die electrolytic anode slime | distillation process, the oxidation refining is successfully

关键词： Cu-Ag-Sb alloy | Ag recovery | Bimetallic electrolysis | Controlled potential | Anodic oxidation

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Kosaka Smelting and Refining* Co., Ltd. is a* | refining process was improved to solve anode hardening | copper and lead smelter in Japan. In 2008, the flash | smelting furnace was replaced by the TSL furnace, and raw | materials changed from ores to E-scraps. This change

摘要：, glue, and chloride ions in the electrolytic* solution* | copper deposition in electrorefining. Over the past | Maintaining certain concentrations of thiourea | is necessary to promote efficient and homogenous | year, new practices have been implemented and

摘要： ammonia and refining* industries. Based on historical* | fuel-saving scenario, where electrolytic* hydrogen* | The growth of European wind and solar power | capacity is associated with increasing electricity | curtailment to manage excess generation and ensure safe

摘要： fuel. The kinetic parameters of the electrolytic | refining process are intricate and significant influence | efficiency of electrolytic* extraction in LiCl-KCl molten* | Molten salt electrolysis represents an | economical technique for the extraction and purification of

摘要： are recycled by electrolytic* refining. This process* | multistage oxidation refining, and then the precious metals | . The electrolytic* process of Cu-Ag-Sb alloy is* | silver are enriched in die electrolytic* anode slime* | distillation process, the oxidation refining* is successfully*