Add to ORKGCathodic slurry reductive dissolution of ocean manganese nodules in 1 M H2SO4 at 600 and 1000 mA resulted in significant dissolution of copper and nickel, while the dissolved copper was simultaneously deposited at the cathode. Dissolved manganese could be anodically converted to MnO2. Ocean manganese nodules exhibited good adsorption capacities for copper and nickel from acl dic solutions. Adsorption behavior and mechanisms for uptake of various metal ions such as copper, nickel, cobalt and iron are discussed
Ferromanganese ocean nodules contain important transition metals like Cu, Co and Ni. They serve as a...
Nodular mineral deposits found in large quantities on the Ocean floor area are the potential sourc...
In this paper, electroleaching and electrobioleaching of ocean manganese nodules are discussed along...
Cathodic slurry reductive dissolution of ocean manganese nodules in 1 M H2SO4 at 600 and 1000 mA res...
The key for successful and efficient dissolution of copper, nickel and cobalt from ocean nodules dep...
Deep ocean manganese nodules are significant futuristic resource of copper, nickel and cobalt. Afte...
The uptake of Ni and Co in the hydrous Mn oxide or the amorphous Fe-oxide phases of ferromanganese d...
Instead of using chemical-reducing agents to facilitate the reduction and dissolution of manganese a...
This chapter discusses the formation and distribution of some metals in ocean-floor manganese nodule...
Polymetallic ocean nodules offer an alternative source for extracting valuable strategic metals like...
Through the application of negative reduction potential significant reduction of manganic and iron o...
In this paper, a novel electrobioleaching process for recovering valuable non-ferrous metals from oc...
Abstract: The effect of pH and metal ion concentration the adsorption of Cu, Co, Cd, Mn, Ni and Zn o...
Electron microprobe and X-ray diffraction data for north Pacific manganese nodules reveal that the t...
Polymetallic ocean nodules o.er an alternative source for extracting valuable strategic metals like ...
Ferromanganese ocean nodules contain important transition metals like Cu, Co and Ni. They serve as a...
Nodular mineral deposits found in large quantities on the Ocean floor area are the potential sourc...
In this paper, electroleaching and electrobioleaching of ocean manganese nodules are discussed along...
Cathodic slurry reductive dissolution of ocean manganese nodules in 1 M H2SO4 at 600 and 1000 mA res...
The key for successful and efficient dissolution of copper, nickel and cobalt from ocean nodules dep...
Deep ocean manganese nodules are significant futuristic resource of copper, nickel and cobalt. Afte...
The uptake of Ni and Co in the hydrous Mn oxide or the amorphous Fe-oxide phases of ferromanganese d...
Instead of using chemical-reducing agents to facilitate the reduction and dissolution of manganese a...
This chapter discusses the formation and distribution of some metals in ocean-floor manganese nodule...
Polymetallic ocean nodules offer an alternative source for extracting valuable strategic metals like...
Through the application of negative reduction potential significant reduction of manganic and iron o...
In this paper, a novel electrobioleaching process for recovering valuable non-ferrous metals from oc...
Abstract: The effect of pH and metal ion concentration the adsorption of Cu, Co, Cd, Mn, Ni and Zn o...
Electron microprobe and X-ray diffraction data for north Pacific manganese nodules reveal that the t...
Polymetallic ocean nodules o.er an alternative source for extracting valuable strategic metals like ...
Ferromanganese ocean nodules contain important transition metals like Cu, Co and Ni. They serve as a...
Nodular mineral deposits found in large quantities on the Ocean floor area are the potential sourc...
In this paper, electroleaching and electrobioleaching of ocean manganese nodules are discussed along...