FRANK R.A. JORGENSEN, HIROSHI KAMETANI
Particles of nickel flash furnace matte (45 per cent Ni) were oxidized in a dropping-particle furnace. The particles melted and the molten drops simulated those produced by the atomization of molten matte. The partly oxidized droplets were quenched and then reacted with silica flux to form high-grade matte (70 per cent Ni) and a fayalite slag. This paper describes the experimental equipment and deals with chemical aspects of the investigation such as volatile impurity distribution and thermodynamic considerations. The overall behaviour of minor elements such as Cu, Co, As and Pb was similar to that observed in conventional converting.
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title={The spray conversion of nickel flash-furnace matte},
author={FRANK R.A. JORGENSEN and HIROSHI KAMETANI},
year={1986},
language={en}
}TY - JOUR TI - The spray conversion of nickel flash-furnace matte AU - FRANK R.A. JORGENSEN AU - HIROSHI KAMETANI PY - 1986 LA - en ER -
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