ln the case of chromium plating unit, metals polluting in waste waters are trapped by precipitation in the form of hydroxides. To generate a minimal sludge volume and also equally to be able to recycle the rinsingwater, the electrochemical technique of in situ generation of hydroxides is used, studied and developed.Les métaux polluants contenus dans les eaux de rinçage des chaînes de chromage, sont piégés par précipitation sous forme d'hydroxydes. Pour générer un volume minimal de boues et pour également pouvoir recycler l'eau de rinçage, la technique électrochimique de génération in situ d'hydroxydes est utilisée, étudiée et mise au point
In this work, a new methodology has been developed for the elimination of cobalt, nickel and a mixtu...
Access to safe drinking water is a basic necessity for human health. Rock and soil are rich sources ...
A new electroplating plant was built under aspects of maximal but still reasonable sewage und waste ...
Waste waters of galvanizing plants contain toxic heavy metals what causes pollution of the environme...
The recovery of chromium from prepared (mixed and co-precipitated) sludge, generated during the neut...
Electroplating wastewater contains hexavalent chromium of significant concentration and must not be ...
ion exchange has proven to be an excellent method of heavy metal removal from segregated electroplat...
The present study provides an electrochemical process for the recovery of chromium value from the so...
http://www.benthamdirect.org/pages/content.php?CHENG/2009/00000002/00000001/0005CHENG.SGMInternation...
This paper describes chromium recovery from sludge generated while neutralising chromic wastewater. ...
Despite global problems that can affect the world economy (COVID-19, military conflicts, migration, ...
This work incorporated technological values into Zn2Cr-layered double hydroxide (LDH), synthesized f...
Nowadays there is a great concern about the increasing release of heavy metals into environment, sin...
A plating plant using chromium for electroplating piston rods is transformed into a minimum wastewat...
Cr/Fe-bearing sludge is a hazardous solid waste, produced at mass production in smelting, plating an...
In this work, a new methodology has been developed for the elimination of cobalt, nickel and a mixtu...
Access to safe drinking water is a basic necessity for human health. Rock and soil are rich sources ...
A new electroplating plant was built under aspects of maximal but still reasonable sewage und waste ...
Waste waters of galvanizing plants contain toxic heavy metals what causes pollution of the environme...
The recovery of chromium from prepared (mixed and co-precipitated) sludge, generated during the neut...
Electroplating wastewater contains hexavalent chromium of significant concentration and must not be ...
ion exchange has proven to be an excellent method of heavy metal removal from segregated electroplat...
The present study provides an electrochemical process for the recovery of chromium value from the so...
http://www.benthamdirect.org/pages/content.php?CHENG/2009/00000002/00000001/0005CHENG.SGMInternation...
This paper describes chromium recovery from sludge generated while neutralising chromic wastewater. ...
Despite global problems that can affect the world economy (COVID-19, military conflicts, migration, ...
This work incorporated technological values into Zn2Cr-layered double hydroxide (LDH), synthesized f...
Nowadays there is a great concern about the increasing release of heavy metals into environment, sin...
A plating plant using chromium for electroplating piston rods is transformed into a minimum wastewat...
Cr/Fe-bearing sludge is a hazardous solid waste, produced at mass production in smelting, plating an...
In this work, a new methodology has been developed for the elimination of cobalt, nickel and a mixtu...
Access to safe drinking water is a basic necessity for human health. Rock and soil are rich sources ...
A new electroplating plant was built under aspects of maximal but still reasonable sewage und waste ...