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The capacitive deionization has garnered renewed interested with recent modifications resulting in efficient (energy and cost) alternatives to desalinate brackish water (salt concentration less than 10 g/L). Recent research efforts, to improve the technology, have been focused mainly on electrode material development and modifications of operationa...
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Context 1
... slope of the calibration curve of salinity vs conductivity of NaCl is 0.5057 ( Figure-3), total volume of solution = 0.16 L and mass of the electrode was 1.44 ...
Context 2
... slope of the calibration curve of salinity vs conductivity of NaCl is 0.5057 ( Figure-3), total volume of solution = 0.16 L and mass of the electrode was 1.44 ...
Similar publications
The capacitive deionization has garnered renewed interested with recent modifications resulting in efficient (energy and cost) alternatives to desalinate brackish water (salt concentration less than 10 g/L). Recent research efforts, to improve the technology, have been focused mainly on electrode material development and modifications of operationa...
Capacitive deionization (CDI) is a prospective cost-efficient technology for ion removal from brackish water. Development and design of new electrode materials with reasonable structure is of special importance for high performance CDI. Herein, redox-active covalent organic framework (COF) was first introduced and demonstrated as a novel faradaic c...
The electro-assisted adsorptive removal of Sr2+ and Cs+ ions from aqueous solution by capacitive deionization (CDI) was studied using activated carbon cloth (ACC) as electrode. Various influencing factors, including initial concentration and the applied voltage, on the removal efficiency of Sr2+ and Cs+ were examined. The results showed that ACC el...
N, B dual-doped porous carbon spheres (denoted as PCSs) were prepared through direct carbonization of covalent organic frameworks (COFs) and used as electrode material for membrane capacitive deionization (MCDI) for...
Citations
Desalination: assessing efficiency A thermodynamic framework enables comparison of different desalination plants and processes. Desalination of seawater is a key process for meeting the worlds growing need for potable water, enabled by substantial increases in efficiency of the process of over the last few decades. Now, Kim Choon Ng and colleagues from King Abdullah University of Science & Technology argue that the grade of input energy used during desalination, defined by how the energy is generated, must be considered when determining the efficiency of desalination plants. They define a metric to assess process efficiency, suggesting that the majority of desalination processes are operating below the ideal thermodynamic limit.
