The process of reclaiming Ni (II) in wastewater to produce nickel sulphate was studied by electrochemistry method with activated carbon cathode.

Preparation and characterization of a new type active cathode material;

Study on rare earth metal-containing active cathodes;

This paper introduces the chlor-alkali industry in the development of active cathode, and through an alloy electrodes prepared by electrodeposition.

Application of modified diaphragm electrolyzer with activated cathode process;

Economic feasibility analysis of activated cathode electrolyzer revamping;

Development and application of nano-activated cathodes for diaphragm electrolyzers;

Sb-doped SnO2 modifying activated carbon electrode of the electric double-layer capacitors;

Electrosorptive deionization with activated carbon electrodes based on bamboo chars;

A low-cost organic compound comprising mainly polyarylate was selected as precursor and a chemical activation method was used to prepare an activated carbon material of large surface area,with which the activated carbon electrodes of high specific capacitance were fabricated for supercapacitor.