Add to ORKGThe treatment efficiency of the galvanic wastes from chromium VI ions is investigated by the combined scheme including the reagent deposition of chromium in the form of Cr(OH)3 and flotation precipitation. The model experiment results and its approbation on the industrial sewage have shown that the control of the basic process conditions (pH, collecting agent, flotation treatment method) permits to reach the 98–99% level of treating water from chrome
Electroplating wastewater contains hexavalent chromium of significant concentration and must not be ...
The use of chromium in different industrial activities, such as electroplating, textile dyeing, leat...
Flotation studies were carried out to investigate the removal of heavy metals such as copper (II), z...
The treatment efficiency of the galvanic wastes from chromium VI ions is investigated by the combine...
Galvanic processes, that increase corrosion resistance properties and improve wear qualities of meta...
Waste waters of galvanizing plants contain toxic heavy metals what causes pollution of the environme...
The object of the research is the flotoextraction of chromium (VI) ions from model and real waste wa...
The object of the research is the flotoextraction of chromium (VI) ions from model and real waste wa...
Purpose. The paper deals with the galvanic coupling effect (time of treatment and other factors) on ...
The recovery of chromium from prepared (mixed and co-precipitated) sludge, generated during the neut...
AbstractBiosorption-coupled reduction, as an effective and low-cost technology treating chrome- cont...
A novel technique based on photocatalysis was applied to eliminate chromium ions, a toxic hazardous ...
The sequential extraction of chromium from galvanic wastewater sludge was studied. A five-step se-qu...
A novel technique based on photocatalysis was applied to eliminate chromium ions, a toxic hazardous ...
In this study, high strength chromium (1500 ppm) wastewater was treated by electrochemical and chem...
Electroplating wastewater contains hexavalent chromium of significant concentration and must not be ...
The use of chromium in different industrial activities, such as electroplating, textile dyeing, leat...
Flotation studies were carried out to investigate the removal of heavy metals such as copper (II), z...
The treatment efficiency of the galvanic wastes from chromium VI ions is investigated by the combine...
Galvanic processes, that increase corrosion resistance properties and improve wear qualities of meta...
Waste waters of galvanizing plants contain toxic heavy metals what causes pollution of the environme...
The object of the research is the flotoextraction of chromium (VI) ions from model and real waste wa...
The object of the research is the flotoextraction of chromium (VI) ions from model and real waste wa...
Purpose. The paper deals with the galvanic coupling effect (time of treatment and other factors) on ...
The recovery of chromium from prepared (mixed and co-precipitated) sludge, generated during the neut...
AbstractBiosorption-coupled reduction, as an effective and low-cost technology treating chrome- cont...
A novel technique based on photocatalysis was applied to eliminate chromium ions, a toxic hazardous ...
The sequential extraction of chromium from galvanic wastewater sludge was studied. A five-step se-qu...
A novel technique based on photocatalysis was applied to eliminate chromium ions, a toxic hazardous ...
In this study, high strength chromium (1500 ppm) wastewater was treated by electrochemical and chem...
Electroplating wastewater contains hexavalent chromium of significant concentration and must not be ...
The use of chromium in different industrial activities, such as electroplating, textile dyeing, leat...
Flotation studies were carried out to investigate the removal of heavy metals such as copper (II), z...