The common disposal method for iron-containing resource is recycling and relevant studies are carried out in different fields.
A novel technology for producing iron oxide red from byproduct ferrophosphorus is proposed and feasible under desired conditions (Ji et al., 2011).
Moreover, oily mill sludge is mentioned as raw material for manufacture of iron oxide red (Akizuki and Oshima,2012).
Furthermore, Cyanided tailings are used to prepare nanoiron oxide red pigment powders under the optimum parameters,
obtaining bright, regular seed crystal and laying a good foundation for preparing excellent nano-iron oxide red pigments (Li et al.,2008).
It is reported that nano-sized iron oxide particles can be efficiently obtained from Acid Mine Drainage using fuel cell technology(Cheng et al., 2011)
The common disposal method for iron-containing resource is recycling and relevant studies are carried out in different fields. A novel technology for producing iron oxide red from byproduct ferrophosphorus is proposed and feasible under desired conditions (Ji et al., 2011). Moreover, oily mill sludge is mentioned as raw material for manufacture of iron oxide red (Akizuki and Oshima,2012). Furthermore, Cyanided tailings are used to prepare nanoiron oxide red pigment powders under the optimum parameters,obtaining bright, regular seed crystal and laying a good foundation for preparing excellent nano-iron oxide red pigments (Li et al.,2008). It is reported that nano-sized iron oxide particles can be efficiently obtained from Acid Mine Drainage using fuel cell technology(Cheng et al., 2011)
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