[[abstract]]©1992 Springer - An electrochemical reactor packed with stainless steel fibres was used to oxidize a complexed copper cyanide solution. The reactor reduced the cyanide content from over 2000 p.p.m. to less than 100 p.p.m. in 4h. The energy consumption (kWh (kg CN–)–1) for a bipolar setup was larger than for the parallel setup. An analog circuit analysis qualitatively agrees with the experimental results.[[department]]化學工程學
The electrochemical oxidation of cyanide, with the simultaneous recovery of cadmium present in a typ...
Using direct electrolysis method, the recovery of copper and cyanide from high concentration copper ...
In this study, the electrochemical treatment has been investigated in the real acidic effluent of co...
[[abstract]]©1990 Elsevier - A study was carried out to investigate the feasibility of using a packe...
Copper was widely used in electroplating, and a lot of wastewater was produced in the rinsing proces...
In this paper, a flow reactor using the Ti/70TiO(2)/30RuO(2) (w/w) DSA-type electrode was designed f...
A batch electrochemical cell, consisting of a plating barrel cathode and a packed-bed anode, was use...
[[abstract]]©1987 Springer - The main purpose of this work was to investigate the electrolytic oxida...
Copyright © 2013 José R. Parga et al. This is an open access article distributed under the Creative ...
Metal recovery is an attractive strategy for treatment of heavy metal wastewater. Heavy metal cyanid...
The objective of this research was to explore an efficient process to recover cyanide and copper fr...
Background: The behaviour of a bipolar electrochemical reactor consisting of one or more rotating cy...
A systematic investigation of the electrochemical oxidation of copper cyanide was carried out. At lo...
The plating and metal finishing industries are the major sources of cyanide pollution. Cyanide conce...
Abstract: This study examines the electro-oxidation (EO) of cyanide originating from an industrial p...
The electrochemical oxidation of cyanide, with the simultaneous recovery of cadmium present in a typ...
Using direct electrolysis method, the recovery of copper and cyanide from high concentration copper ...
In this study, the electrochemical treatment has been investigated in the real acidic effluent of co...
[[abstract]]©1990 Elsevier - A study was carried out to investigate the feasibility of using a packe...
Copper was widely used in electroplating, and a lot of wastewater was produced in the rinsing proces...
In this paper, a flow reactor using the Ti/70TiO(2)/30RuO(2) (w/w) DSA-type electrode was designed f...
A batch electrochemical cell, consisting of a plating barrel cathode and a packed-bed anode, was use...
[[abstract]]©1987 Springer - The main purpose of this work was to investigate the electrolytic oxida...
Copyright © 2013 José R. Parga et al. This is an open access article distributed under the Creative ...
Metal recovery is an attractive strategy for treatment of heavy metal wastewater. Heavy metal cyanid...
The objective of this research was to explore an efficient process to recover cyanide and copper fr...
Background: The behaviour of a bipolar electrochemical reactor consisting of one or more rotating cy...
A systematic investigation of the electrochemical oxidation of copper cyanide was carried out. At lo...
The plating and metal finishing industries are the major sources of cyanide pollution. Cyanide conce...
Abstract: This study examines the electro-oxidation (EO) of cyanide originating from an industrial p...
The electrochemical oxidation of cyanide, with the simultaneous recovery of cadmium present in a typ...
Using direct electrolysis method, the recovery of copper and cyanide from high concentration copper ...
In this study, the electrochemical treatment has been investigated in the real acidic effluent of co...