Carbon paste electrode modified with Al- and Si-rich water treatment sludge for Bisphenol-A detection

Advanced nanomaterials for Organic Compounds detection and Oxidation by Electrochemical methods with the Aid of Active Catalysts

“…Also, the same researcher analyzed the performance of Copper-based materials for reduction reactions like (CO2, NO3 -) [6] to high value-added products and these catalysts might be taken as an anode catalyst we believe. Furthermore, Mouratib, R et al [7] showed a development of modified carbon paste electrode with a material that contains high amount of Al-and-Si. This modified electrode was used as active catalyst for water treatment sludge (WTS) for Bis-phenol-A sensing.…”

Smartphone‐Assisted Electrochemical Sensor Based on Mg0.5Co2.5(PO4)2 and Carbon Black for Trace Bisphenol A Detection

“…[15] In this context, electrochemical methods ensure simple and rapid measurements, miniaturized fabrication process, less chemical methods, and they can be considered as less harmful approaches. [16][17][18][19][20][21][22][23] Moreover, the possibility to design miniaturized sensors connectable with cell phone for an on-the-spot detection of the target analytes in various matrices makes this method very attractive. [24][25][26] The performance of the electrochemical sensors is largely affected by the nature of the electrode surface.…”

“…Despite their high sensitivity and selectivity, these methods require expensive equipment, complex sample preparations, and trained staff [15] . In this context, electrochemical methods ensure simple and rapid measurements, miniaturized fabrication process, less chemical methods, and they can be considered as less harmful approaches [16–23] . Moreover, the possibility to design miniaturized sensors connectable with cell phone for an on‐the‐spot detection of the target analytes in various matrices makes this method very attractive [24–26] …”