Exploring salting-out phenomena in air-assisted solvent extraction of Cu

Air-assisted solvent extraction (AASX) has been introduced as an alternative method with a high potential for recovering metals from dilute solutions in alignment with sustainable development goals. This research investigates the effect of salting out using KCl, NaCl, CaCl 2 , NaNO 3 , and Na 2 SO 4...

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Published inSeparation science and technology Vol. 60; no. 3-5; pp. 414 - 425
Main Authors Rahmati, Soroush, Ahmadi, Ali, Adavodi, Roshanak
Format Journal Article
LanguageEnglish
Published Abingdon Taylor & Francis 24.03.2025
Taylor & Francis Ltd
Subjects
Air-assisted solvent extraction
Anions
Aqueous electrolytes
Bubbles
Calcium chloride
Cations
Coalescence
continuous mode
Copper
Cu recovery
dilute solutions
Dilution
electrolyte
Electrolytes
Fluids
Heavy metals
Potassium chloride
Recovery
Recycling
Retention time
Salting
Sodium chloride
Sodium sulfate
Solvent extraction
Solvent extraction processes
Solvents
Sustainable development
Sustainable Development Goals
Online AccessGet full text
ISSN0149-6395
1520-5754
DOI10.1080/01496395.2024.2436470

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Abstract Air-assisted solvent extraction (AASX) has been introduced as an alternative method with a high potential for recovering metals from dilute solutions in alignment with sustainable development goals. This research investigates the effect of salting out using KCl, NaCl, CaCl 2 , NaNO 3 , and Na 2 SO 4 on the efficiency of the AASX process (Cu recovery and organic-phase recycling). This study uses thermodynamic coefficient and bubble size values to interpret the relationship between AASX efficiency results and ions present in the aqueous phase (type and concentration of electrolytes). It was observed that salting out up to the inhibition concentration increases bubble size and distribution while decreasing bubble coalescence. The trend of anion effects (from highest to lowest) on copper recovery and organic-phase recycling was determined as NO 3− >SO 4 2− >Cl − and SO 4 2− > Cl − > NO 3 − , respectively. It was also found that the bubble-specific surface area, the retention time of fluids in the column, and the proportion of uncoated organic phase play significant roles in this process. This research emphasizes the potential of establishing the AASX process for extracting copper from dilute solutions containing barrier anions and cations in various industries.
AbstractList Air-assisted solvent extraction (AASX) has been introduced as an alternative method with a high potential for recovering metals from dilute solutions in alignment with sustainable development goals. This research investigates the effect of salting out using KCl, NaCl, CaCl 2 , NaNO 3 , and Na 2 SO 4 on the efficiency of the AASX process (Cu recovery and organic-phase recycling). This study uses thermodynamic coefficient and bubble size values to interpret the relationship between AASX efficiency results and ions present in the aqueous phase (type and concentration of electrolytes). It was observed that salting out up to the inhibition concentration increases bubble size and distribution while decreasing bubble coalescence. The trend of anion effects (from highest to lowest) on copper recovery and organic-phase recycling was determined as NO 3− >SO 4 2− >Cl − and SO 4 2− > Cl − > NO 3 − , respectively. It was also found that the bubble-specific surface area, the retention time of fluids in the column, and the proportion of uncoated organic phase play significant roles in this process. This research emphasizes the potential of establishing the AASX process for extracting copper from dilute solutions containing barrier anions and cations in various industries.
Air-assisted solvent extraction (AASX) has been introduced as an alternative method with a high potential for recovering metals from dilute solutions in alignment with sustainable development goals. This research investigates the effect of salting out using KCl, NaCl, CaCl2, NaNO3, and Na2SO4 on the efficiency of the AASX process (Cu recovery and organic-phase recycling). This study uses thermodynamic coefficient and bubble size values to interpret the relationship between AASX efficiency results and ions present in the aqueous phase (type and concentration of electrolytes). It was observed that salting out up to the inhibition concentration increases bubble size and distribution while decreasing bubble coalescence. The trend of anion effects (from highest to lowest) on copper recovery and organic-phase recycling was determined as NO3−>SO42−>Cl− and SO42− > Cl− > NO3−, respectively. It was also found that the bubble-specific surface area, the retention time of fluids in the column, and the proportion of uncoated organic phase play significant roles in this process. This research emphasizes the potential of establishing the AASX process for extracting copper from dilute solutions containing barrier anions and cations in various industries.
Author Adavodi, Roshanak
Rahmati, Soroush
Ahmadi, Ali
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  fullname: Rahmati, Soroush
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Snippet Air-assisted solvent extraction (AASX) has been introduced as an alternative method with a high potential for recovering metals from dilute solutions in...
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SubjectTerms Air-assisted solvent extraction
Anions
Aqueous electrolytes
Bubbles
Calcium chloride
Cations
Coalescence
continuous mode
Copper
Cu recovery
dilute solutions
Dilution
electrolyte
Electrolytes
Fluids
Heavy metals
Potassium chloride
Recovery
Recycling
Retention time
Salting
Sodium chloride
Sodium sulfate
Solvent extraction
Solvent extraction processes
Solvents
Sustainable development
Sustainable Development Goals
Title Exploring salting-out phenomena in air-assisted solvent extraction of Cu
URI https://www.tandfonline.com/doi/abs/10.1080/01496395.2024.2436470
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