A capture device for magnetite nanoparticles using an electromagnetic field is constructed. Field to achieve a plastic syringe 600 around which turns of 22 gauge copper wire were wound into the syringe When a metal mesh is installed, using a steel wool was used. This mesh dispersed magnetic field lines which achieves retention of magnetic nanoparticles flowing through it once the magnetic field is activated. This exit system implemented system as shown in Figure 4 and allow it to retain the modified magnetic nanoparticles with hydrophilic polymer once the desalination. Separation of magnetic nanoparticles of treated wáter To ensure that all magnetic nanoparticles remained retained by magnetic effect on the metal mesh, UV-Vis readings of water obtained at the end of the process absorbance was measured to determine that there is iron concentration in the samples. To determine the efficiency of the separation process water obtained from the final UV-Vis characterized techniques. Table 2. Combinations of towing solutions for water desalination. CONCENTRACIÓN SOLUCIÓN DE COMPOSICIÓN (mg/mL) ARRASTRE Electrolitos MNPs-CMC Agente Osmótico Dextrosa, Fructosa 493.75 - Comercial (AOC) Agente Osmótico 50% azúcar y 50% Glucosa 493.75 - Sintético (AOS) anhídrida. AOS+MNPs-CMC 50% azúcar, 50% Glucosa, y 112.5 493.75 112.5 (A) mg/mil MNPs-CMC AOS+MNPs-CMC 50% azúcar, 50% Glucosa, y 56.25 493.75 56.25 (B) mg/mil MNPs-CMC MNPs-CMC Nanopartículas de magnetita - 112.5 cubiertas con CMC Figure 4. Construction of device for recovery of magnetic nanoparticles Fuente: Elaboración propia del autor
A capture device for magnetite nanoparticles using an electromagnetic field is constructed. Field to achieve a plastic syringe 600 around which turns of 22 gauge copper wire were wound into the syringe When a metal mesh is installed, using a steel wool was used. This mesh dispersed magnetic field lines which achieves retention of magnetic nanoparticles flowing through it once the magnetic field is activated. This exit system implemented system as shown in Figure 4 and allow it to retain the modified magnetic nanoparticles with hydrophilic polymer once the desalination. Separation of magnetic nanoparticles of treated wáter To ensure that all magnetic nanoparticles remained retained by magnetic effect on the metal mesh, UV-Vis readings of water obtained at the end of the process absorbance was measured to determine that there is iron concentration in the samples. To determine the efficiency of the separation process water obtained from the final UV-Vis characterized techniques. Table 2. Combinations of towing solutions for water desalination. SOLUCIÓN DE ARRASTRE COMPOSICIÓN CONCENTRACIÓN (mg/mL) Electrolitos MNPs-CMC Agente Osmótico Comercial (AOC) Dextrosa, Fructosa 493.75 - Agente Osmótico Sintético (AOS) 50% azúcar y 50% Glucosa anhídrida. 493.75 - AOS+MNPs-CMC (A) 50% azúcar, 50% Glucosa, y 112.5 mg/mil MNPs-CMC 493.75 112.5 AOS+MNPs-CMC (B) 50% azúcar, 50% Glucosa, y 56.25 mg/mil MNPs-CMC 493.75 56.25 MNPs-CMC Nanopartículas de magnetita cubiertas con CMC - 112.5 Figure 4. Construction of device for recovery of magnetic nanoparticles Fuente: Elaboración propia del autor