Roasted lead ore with composition: 25% PbO, 18% PbS, 22% Fe2O3, 2% Cu2S, 29% SiO2, 4% CaO is smelted using CaCO3 as a flux to obtain a slag containing 18% CaO. Coke containing 89% C and 11% SiO2 is used as a fuel by 15% of ore weight. 5% of Pb is lost in flue gases and its 8% is transformed to matte. Half of Cu is found in matte and the other half in lead ore. 10% of S is lost as flue gases. For 1000 kg of ore, Determine the weight of Pb
Roasted lead ore with composition: 25% PbO, 18% PbS, 22% Fe2O3, 2% Cu2S, 29% SiO2, 4% CaO is smelted using CaCO3 as a flux to obtain a slag containing 18% CaO. Coke containing 89% C and 11% SiO2 is used as a fuel by 15% of ore weight. 5% of Pb is lost in flue gases and its 8% is transformed to matte. Half of Cu is found in matte and the other half in lead ore. 10% of S is lost as flue gases. For 1000 kg of ore, Determine the weight of Pb
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Roasted lead ore with composition: 25% PbO, 18% PbS, 22% Fe2O3, 2% Cu2S, 29% SiO2, 4% CaO is smelted using CaCO3 as a flux to obtain a slag containing 18% CaO.
Coke containing 89% C and 11% SiO2 is used as a fuel by 15% of ore weight. 5% of Pb is lost in flue gases and its 8% is transformed to matte.
Half of Cu is found in matte and the other half in lead ore. 10% of S is lost as flue gases.
For 1000 kg of ore,
- Determine the weight of Pb
- Determine the weight of matte
- Determine the weight of CaCO3 added
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