We have explored the simultaneous degradation of cyanides and thiocyanate present in wastewaters from a cokemaking factory using photoassisted methods under varied illumination conditions (from simulated solar light to UV light). Overall, the photochemical degradation of cyanides was more efficient than that of thiocyanates, regardless of the illumination conditions, the effect being more pronounced in the absence of a photocatalyst. This is due to their different degradation mechanism that in the case of thiocyanates is dominated by fast recombination reactions and/or charge transfer reactions to electron scavengers. In all cases, cyanate, ammonia, nitrates, and nitrites were formed at different amounts depending on the illumination condit...
Due to the present water shortage and environmental problems associated with industrial effluent, in...
Chemical treatments of toxic cyanide (CN–) typically involve its conversion to cyanate (OCN–), which...
It is well-documented that large-scale pollution generated by human activity has a dramatic impact o...
We have explored the simultaneous degradation of cyanides and thiocyanate present in wastewaters fro...
Destruction of cyanide (CN) from an automobile industry wastewater by advance oxidation process (AOP...
In this paper, cyanide degradation (at pH12) using S, N-TiO2 photo-catalyst, synthesized by sol-gel ...
Cyanide (CN−) from gold processing effluents must be removed to protect human health and the environ...
Abstract Ferricyanide Fe(CN) 6 3- is one of the most stable cyanometallic complexes present in the g...
The aim of this work was to determine the reaction pathway and kinetics of thiocyanate (SCN-) degrad...
[En] Wastewaters from metal fi nishing industry contain, among other pollutants, high amounts of c...
Ferricyanide Fe(CN)6 3- is one of the most stable cyanometallic complexes present in the gold mining...
The oxidation of several transition metal cyanides by illuminated colloidal titanium dioxide has bee...
Thiocyanate (SCN–) forms in the reaction between cyanide (CN–) and reduced sulfur species, e.g. in g...
This study investigates the possibility of using new generated potassium lanthanum titanates (K2La2T...
A mixed culture and a pure bacterial strain (BMV8) were isolated from a bioreactor for thiocyanate t...
Due to the present water shortage and environmental problems associated with industrial effluent, in...
Chemical treatments of toxic cyanide (CN–) typically involve its conversion to cyanate (OCN–), which...
It is well-documented that large-scale pollution generated by human activity has a dramatic impact o...
We have explored the simultaneous degradation of cyanides and thiocyanate present in wastewaters fro...
Destruction of cyanide (CN) from an automobile industry wastewater by advance oxidation process (AOP...
In this paper, cyanide degradation (at pH12) using S, N-TiO2 photo-catalyst, synthesized by sol-gel ...
Cyanide (CN−) from gold processing effluents must be removed to protect human health and the environ...
Abstract Ferricyanide Fe(CN) 6 3- is one of the most stable cyanometallic complexes present in the g...
The aim of this work was to determine the reaction pathway and kinetics of thiocyanate (SCN-) degrad...
[En] Wastewaters from metal fi nishing industry contain, among other pollutants, high amounts of c...
Ferricyanide Fe(CN)6 3- is one of the most stable cyanometallic complexes present in the gold mining...
The oxidation of several transition metal cyanides by illuminated colloidal titanium dioxide has bee...
Thiocyanate (SCN–) forms in the reaction between cyanide (CN–) and reduced sulfur species, e.g. in g...
This study investigates the possibility of using new generated potassium lanthanum titanates (K2La2T...
A mixed culture and a pure bacterial strain (BMV8) were isolated from a bioreactor for thiocyanate t...
Due to the present water shortage and environmental problems associated with industrial effluent, in...
Chemical treatments of toxic cyanide (CN–) typically involve its conversion to cyanate (OCN–), which...
It is well-documented that large-scale pollution generated by human activity has a dramatic impact o...