NSTL国家科技图书文献中心

1. Overall mass transfer approach for electrodialysis-based acid recovery NSTL国家科技图书文献中心

Xu, Xiao-guang | Jia, Yu-xiang ... - 《Journal of Membrane Science》 - 2025,715 - 共12页

摘要： practical applications, for which electrodialysis* (ED) has* | The reclamation of low-concentration waste | acid (e.g., pH > 0.5) has garnered significant | attention due to its prevalence, substantial output, and | considerable potential value. Notably, a further

关键词： Electrodialysis | Acid recovery | Waste acid | Proton leakage | Mass transfer

2. Composite carbon electrode with a coating of nanostructured, reduced graphene oxide for water electrodialysis NSTL国家科技图书文献中心

Dybowski, Konrad | Romaniak, Grzegorz ... - 《Journal of Applied Electrochemistry》 - 2025,55(1) - 131～145 - 共15页

摘要：Electrodialysis (ED) and electrodeionization | electrodialysis devices, resulting in a desalination rate of | (EDI) are the new methods that are being used in | water desalination processes. Reliable | , electrochemically stable and efficient electrodes are the crucial

关键词： Reduced graphene oxide | Desalination | Electrode | Electrodialysis | Nanocomposite

3. Systematic design of optimum and robust renewable electrodialysis systems for removal of nitrate ions NSTL国家科技图书文献中心

Voutetaki, Alexia | Plakas, Konstantinos ... - 《Chemical Engineering Research & Design》 - 2025,213 - 321～334 - 共14页

摘要： design of electrodialysis* (ED) systems with* | A systematic framework is proposed for the | photovoltaics (PV) and batteries (BAT), focusing on nitrate | ions removal. The framework combines multi-objective | optimization (MOO) with non-linear sensitivity analysis for

关键词： Process design | Sensitivity analysis | Renewable systems | Electrodialysis

4. Recovery of ammonia nitrogen from simulated reject water by bipolar membrane electrodialysis NSTL国家科技图书文献中心

Zhu, Ming | Chi, Yongzhi ... - 《Environmental technology》 - 2025,46(5/8) - 1147～1159 - 共13页

摘要： electrodialysis (BMED) to produce NH3H2O. The | Ammonia monohydrate (NH3H2O) is an | important chemical widely used in industrial, agricultural | , and pharmaceutical fields. Reject water is used as | the raw material in self-built bipolar membrane

关键词： Reject water | bipolar membrane electrodialysis (BMED) | influence factors | NH4+ recovery | WASTE-WATER | CONVENTIONAL ELECTRODIALYSIS | ACID | REMOVAL

5. Enhancing anti-biofouling activity in electrodialysis by spraying GO@Ag nanosheets on anion exchange membranes NSTL国家科技图书文献中心

Yuyang Yao | Yueyue Lu ... - 《Separation and Purification Technology》 - 2025,353PC - 128611～11 - 共11页

摘要： electrodialysis(ED)processes,conferring specialized functional | -biofilm capability of post-electrodialysis* AEM was* | To mitigate biofouling and maintain the | properties of the anion exchange membranes(AEMs)in | coatings onto surfaces has proven effective in reducing

关键词： GO@Ag | Spray coatings | Synergistic antibacterial | Anion exchange membrane | Electrodialysis

6. Electrodialysis as a Method for LiOH Production: Cell Configurations and Ion-Exchange Membranes NSTL国家科技图书文献中心

Amores, Marco | Ang, Kwang Loon ... - 《Advanced Sustainable Systems》 - 2025,9(1) - 共19页

摘要：. Electrodialysis* is emerging as a more sustainable technology for* | -product during the electrodialysis* process. Various* | configurations of the electrodialysis* cell have been employed* | -art electrodialysis* for battery-grade LiOH* | Lithium hydroxide (LiOH) is rapidly becoming

关键词： electrodialysis | ionic exchange membranes | LiOH production | Li-selectivity | lithium beneficiation | Li‐selectivity

7. Deacidification of concentrated cranberry juice by electrodialysis with bipolar membranes: A feasibility and comprehensive study NSTL国家科技图书文献中心

Canuel, Romain | Fynaut, Elea ... - 《Journal of Membrane Science》 - 2025,713 - 共15页

摘要：Electrodialysis with bipolar membranes (EDBM | EDBM on deacidification and electrodialytic | ) recently shown promising outcomes as a novel green | technology to deacidify cranberry juice without altering | its polyphenolic compounds, responsible for many

关键词： Electrodialysis | Bipolar membranes | Deacidification | Concentrated cranberry juice | Conductivity

8. Combining Mechanical Vapor Recompression with Electrodialysis for the Recovery of Valuable Chemicals NSTL国家科技图书文献中心

J.-N. Cloutier | G. Houlachi - 《Proceedings of the 63rd Conference of Metallurgists,vol.1》 - Conference of Metallurgists - 2025, - 687～689 - 共3页

摘要： electrodialysis (ED) are very energy-efficient | Mechanical vapor recompression (MVR) and | electrotechnologies to recover valuable products from dilute waste | streams into concentrated products. MVR can concentrate | streams with much less energy than conventional

关键词： Electrodialysis | Mechanical vapour recompression | Recovery of valuable chemicals | Energy efficient | Sustainability

9. Lithium Recovery and Conversion from Wastewater Produced by Recycling of Li-Ion Batteries via Two-Stage Electrodialysis NSTL国家科技图书文献中心

A.H.M.Golam Hyder | Bintang Nuraeni ... - 《ACS Sustainable Chemistry & Engineering》 - 2025,13(12) - 4651～4660 - 共10页

摘要：Electrodialysis(ED)is a membrane separation | electrodialysis methods,namely standard electrodialysis(ED)and | bipolar-membrane electrodialysis(BPED),were combined to | reduction by 53%)by producing LiOH via electrodialysis | technique that has been well-established in various

关键词： electrodialysis | lithium extraction | Li-ion battery recycling | membrane separation | wastewater treatment

10. Concurrent Production of Xylonic Acid and Xylitol from Xylose Through Sustainable Bipolar Membrane Electrodialysis NSTL国家科技图书文献中心

Ali Awad | Yourim Noh ... - 《ACS Sustainable Chemistry & Engineering》 - 2025,13(15) - 5664～5676 - 共13页

摘要： electrodialysis(BMED)for the simultaneous isolation of xylitol | In the production of chemical compounds from | biomass,low-energy separation processes are as critical | as advanced valorization of biomass.This study | presents an integrated process for the simultaneous

摘要： practical applications, for which electrodialysis* (ED) has* | The reclamation of low-concentration waste | acid (e.g., pH > 0.5) has garnered significant | attention due to its prevalence, substantial output, and | considerable potential value. Notably, a further

关键词： Electrodialysis | Acid recovery | Waste acid | Proton leakage | Mass transfer

摘要：Electrodialysis (ED) and electrodeionization | electrodialysis devices, resulting in a desalination rate of | (EDI) are the new methods that are being used in | water desalination processes. Reliable | , electrochemically stable and efficient electrodes are the crucial

关键词： Reduced graphene oxide | Desalination | Electrode | Electrodialysis | Nanocomposite

摘要： design of electrodialysis* (ED) systems with* | A systematic framework is proposed for the | photovoltaics (PV) and batteries (BAT), focusing on nitrate | ions removal. The framework combines multi-objective | optimization (MOO) with non-linear sensitivity analysis for

关键词： Process design | Sensitivity analysis | Renewable systems | Electrodialysis

摘要： electrodialysis (BMED) to produce NH3H2O. The | Ammonia monohydrate (NH3H2O) is an | important chemical widely used in industrial, agricultural | , and pharmaceutical fields. Reject water is used as | the raw material in self-built bipolar membrane

关键词： Reject water | bipolar membrane electrodialysis (BMED) | influence factors | NH4+ recovery | WASTE-WATER | CONVENTIONAL ELECTRODIALYSIS | ACID | REMOVAL

摘要： electrodialysis(ED)processes,conferring specialized functional | -biofilm capability of post-electrodialysis* AEM was* | To mitigate biofouling and maintain the | properties of the anion exchange membranes(AEMs)in | coatings onto surfaces has proven effective in reducing

关键词： GO@Ag | Spray coatings | Synergistic antibacterial | Anion exchange membrane | Electrodialysis

摘要：. Electrodialysis* is emerging as a more sustainable technology for* | -product during the electrodialysis* process. Various* | configurations of the electrodialysis* cell have been employed* | -art electrodialysis* for battery-grade LiOH* | Lithium hydroxide (LiOH) is rapidly becoming

关键词： electrodialysis | ionic exchange membranes | LiOH production | Li-selectivity | lithium beneficiation | Li‐selectivity

摘要：Electrodialysis with bipolar membranes (EDBM | EDBM on deacidification and electrodialytic | ) recently shown promising outcomes as a novel green | technology to deacidify cranberry juice without altering | its polyphenolic compounds, responsible for many

关键词： Electrodialysis | Bipolar membranes | Deacidification | Concentrated cranberry juice | Conductivity

摘要： electrodialysis (ED) are very energy-efficient | Mechanical vapor recompression (MVR) and | electrotechnologies to recover valuable products from dilute waste | streams into concentrated products. MVR can concentrate | streams with much less energy than conventional

关键词： Electrodialysis | Mechanical vapour recompression | Recovery of valuable chemicals | Energy efficient | Sustainability

摘要：Electrodialysis(ED)is a membrane separation | electrodialysis methods,namely standard electrodialysis(ED)and | bipolar-membrane electrodialysis(BPED),were combined to | reduction by 53%)by producing LiOH via electrodialysis | technique that has been well-established in various

关键词： electrodialysis | lithium extraction | Li-ion battery recycling | membrane separation | wastewater treatment

摘要： electrodialysis(BMED)for the simultaneous isolation of xylitol | In the production of chemical compounds from | biomass,low-energy separation processes are as critical | as advanced valorization of biomass.This study | presents an integrated process for the simultaneous

关键词： biorefnery | biomass valorization | transfer hydrogenation | bipolar membrane electrodialysis | process intensifcation

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： practical applications, for which electrodialysis (ED) has | The reclamation of low-concentration waste | acid (e.g., pH > 0.5) has garnered significant | attention due to its prevalence, substantial output, and | considerable potential value. Notably, a further

关键词： Electrodialysis | Acid recovery | Waste acid | Proton leakage | Mass transfer

摘要：Electrodialysis (ED) and electrodeionization | electrodialysis devices, resulting in a desalination rate of | (EDI) are the new methods that are being used in | water desalination processes. Reliable | , electrochemically stable and efficient electrodes are the crucial

关键词： Reduced graphene oxide | Desalination | Electrode | Electrodialysis | Nanocomposite

摘要： design of electrodialysis (ED) systems with | A systematic framework is proposed for the | photovoltaics (PV) and batteries (BAT), focusing on nitrate | ions removal. The framework combines multi-objective | optimization (MOO) with non-linear sensitivity analysis for

关键词： Process design | Sensitivity analysis | Renewable systems | Electrodialysis

摘要： electrodialysis (BMED) to produce NH3H2O. The | Ammonia monohydrate (NH3H2O) is an | important chemical widely used in industrial, agricultural | , and pharmaceutical fields. Reject water is used as | the raw material in self-built bipolar membrane

关键词： Reject water | bipolar membrane electrodialysis (BMED) | influence factors | NH4+ recovery | WASTE-WATER | CONVENTIONAL ELECTRODIALYSIS | ACID | REMOVAL

摘要： electrodialysis(ED)processes,conferring specialized functional | -biofilm capability of post-electrodialysis AEM was | To mitigate biofouling and maintain the | properties of the anion exchange membranes(AEMs)in | coatings onto surfaces has proven effective in reducing

关键词： GO@Ag | Spray coatings | Synergistic antibacterial | Anion exchange membrane | Electrodialysis

摘要：. Electrodialysis is emerging as a more sustainable technology for | -product during the electrodialysis process. Various | configurations of the electrodialysis cell have been employed | -art electrodialysis for battery-grade LiOH | Lithium hydroxide (LiOH) is rapidly becoming

关键词： electrodialysis | ionic exchange membranes | LiOH production | Li-selectivity | lithium beneficiation | Li‐selectivity

摘要：Electrodialysis with bipolar membranes (EDBM | EDBM on deacidification and electrodialytic | ) recently shown promising outcomes as a novel green | technology to deacidify cranberry juice without altering | its polyphenolic compounds, responsible for many

关键词： Electrodialysis | Bipolar membranes | Deacidification | Concentrated cranberry juice | Conductivity

摘要： electrodialysis (ED) are very energy-efficient | Mechanical vapor recompression (MVR) and | electrotechnologies to recover valuable products from dilute waste | streams into concentrated products. MVR can concentrate | streams with much less energy than conventional

关键词： Electrodialysis | Mechanical vapour recompression | Recovery of valuable chemicals | Energy efficient | Sustainability

摘要：Electrodialysis(ED)is a membrane separation | electrodialysis methods,namely standard electrodialysis(ED)and | bipolar-membrane electrodialysis(BPED),were combined to | reduction by 53%)by producing LiOH via electrodialysis | technique that has been well-established in various

关键词： electrodialysis | lithium extraction | Li-ion battery recycling | membrane separation | wastewater treatment

摘要： electrodialysis(BMED)for the simultaneous isolation of xylitol | In the production of chemical compounds from | biomass,low-energy separation processes are as critical | as advanced valorization of biomass.This study | presents an integrated process for the simultaneous

关键词： biorefnery | biomass valorization | transfer hydrogenation | bipolar membrane electrodialysis | process intensifcation

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： practical applications, for which electrodialysis* (ED) has* | The reclamation of low-concentration waste | acid (e.g., pH > 0.5) has garnered significant | attention due to its prevalence, substantial output, and | considerable potential value. Notably, a further

摘要： design of electrodialysis* (ED) systems with* | A systematic framework is proposed for the | photovoltaics (PV) and batteries (BAT), focusing on nitrate | ions removal. The framework combines multi-objective | optimization (MOO) with non-linear sensitivity analysis for

摘要： electrodialysis(ED)processes,conferring specialized functional | -biofilm capability of post-electrodialysis* AEM was* | To mitigate biofouling and maintain the | properties of the anion exchange membranes(AEMs)in | coatings onto surfaces has proven effective in reducing

摘要：. Electrodialysis* is emerging as a more sustainable technology for* | -product during the electrodialysis* process. Various* | configurations of the electrodialysis* cell have been employed* | -art electrodialysis* for battery-grade LiOH* | Lithium hydroxide (LiOH) is rapidly becoming