Production of NiO-CB-PANI for energy storage: From laboratory to bench scale

This work presents the synthesis of ternary composites at laboratory and bench scale. A possible indus-trial scale-up was also evaluated. The synthesis of polyaniline on nickel oxide-carbon black (NiO-CB) was carried out by chemical polymerization. Several modifications were formulated to carry out the bench scale production. Based on the experimental results obtained at laboratory scale, the synthesis, washing and drying processes were redesigned for the bench scale test. The material obtained at bench scale was characterized by physicochemical (SEM, EDS, FTIR, DRX, BET) and electrochemical techniques (galvanostatic charge-discharge measurements, cyclic voltammetry and electrochemical impedance spectroscopy). The products obtained at both scales presented similar physicochemical properties and a very good electrochemical performance. (c) 2020 Elsevier Ltd. All rights reserved.

Automated summary

This study synthesized ternary composites at laboratory and bench scale, with a possible evaluation for industrial scale-up. Polyaniline was synthesized on nickel oxide-carbon black (NiO-CB) using chemical polymerization, and modifications were made for bench scale production. The materials obtained at both scales showed similar physicochemical properties and excellent electrochemical performance.