Felder, Rousseau
This chapter focuses on the mathematical description of steady-state flash smelting, aiming to provide a comprehensive understanding of operational methodologies and efficiency in producing specific materials. The objectives include outlining various production methods from a flash furnace, calculating required resources like oxygen, air, flux, and hydrocarbon fuels, managing product consistency based on feed variations, and enhancing profitability through informed operational strategies. The methodology employed involves developing foundational heat and mass balance equations tailored to the dynamics of flash smelting, particularly with industrial feed materials and desired outputs. Key equations highlight the mass and enthalpy balances critical for refining processes, elaborating on how to derive the necessary components to achieve specified product compositions from chalcopyrite concentrate. Results indicate the operational requirements for generating molten matte and slag based on consistent feed inputs and controlled processing conditions. This mathematical framework aids operators in optimizing the efficiency of flash smelting, addressing both technical and economic aspects. Results position the chapter as a vital resource for the flash furnace operator looking to enhance production capabilities while maintaining quality standards.
@article{dac80650-7d84-497e-abf1-ecfa8685fd9e,
title={Mathematical Description of Flash Smelting},
author={Felder and Rousseau},
year={1999},
language={en}
}TY - JOUR TI - Mathematical Description of Flash Smelting AU - Felder AU - Rousseau PY - 1999 LA - en ER -
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