Karla Victoria Guevara Amat ó n, Pedro Couceiro
A microanalyzer prototype for copper(II) ion monitoring in mining industrial processes is presented. The microanalyzer is designed as an assembly of different modules, each module being responsible for a unit operation. In order to optimize the industrial processes, the microanalyzer can automate all sample management, signal processing, and mathematical calculations and wirelessly transfer data to a control room. The determination of copper(II) ion is done using a colorimetric reaction and the microanalyser performs autocalibration by in situ dilution of a stock solution, matching the higher analyte concentration of the working range defined for the sample to be determined, using a multicommutation approach. The performance of the microanalyzer for monitoring copper(II) ion in water effluents of mining facilities was optimized in the working range from 1 to 10 mg/L to match Mexican environmental law regulations, which allow a maximum concentration of 4 mg/L of copper(II) ion in these circumstances.
@article{5e271bb8-698e-4e7d-975c-29d3f5e5e207,
title={Microanalyser Prototype for On-Line Monitoring of Copper(II) Ion in Mining Industrial Processes},
author={Karla Victoria Guevara Amat ó n and Pedro Couceiro},
year={2019},
language={es}
}TY - JOUR TI - Microanalyser Prototype for On-Line Monitoring of Copper(II) Ion in Mining Industrial Processes AU - Karla Victoria Guevara Amat ó n AU - Pedro Couceiro PY - 2019 LA - es ER -
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