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6. During Basic Oxygen Process to manufacture low carbon stainless steel, 600 kg of cast iron (6% of carbon), 500 kg of cast iron (5% of carbon) and 400 kg of cast iron (4% of carbon) will be mixed with household scrap of steel (2% of carbon) to generate 1800 kg of final product of steel with 0.5% of carbon. a. Write down material balance for iron_in feed and final product. Then calculate x. b. Write down material balance for carbon in feed and final product. Then calculate total carbon removed (kg) with the slag. Ransic-nygen-furnace stelmaking Feed: Li and Denaita pcea) • 600 kg cast iron (6% carbon) • 500 kg cast iron (5% carbon) • 400 kg cast iron (4% carbon) • 100 X kg household scrap (2% carbon) eel Rery lining Ovym lae Tap hle Pu O carbon nor Steel BOF erter Product: 1800 kg stainless steel (0.5% carbon)

6. During Basic Oxygen Process to manufacture low carbon stainless steel, 600 kg of cast iron (6% of carbon), 500 kg of cast iron (5% of carbon) and 400 kg of cast iron (4% of carbon) will be mixed with household scrap of steel (2% of carbon) to generate 1800 kg of final product of steel with 0.5% of carbon. a. Write down material balance for iron_in feed and final product. Then calculate x. b. Write down material balance for carbon in feed and final product. Then calculate total carbon removed (kg) with the slag. Ransic-nygen-furnace stelmaking Feed: Li and Denaita pcea) • 600 kg cast iron (6% carbon) • 500 kg cast iron (5% carbon) • 400 kg cast iron (4% carbon) • 100 X kg household scrap (2% carbon) eel Rery lining Ovym lae Tap hle Pu O carbon nor Steel BOF erter Product: 1800 kg stainless steel (0.5% carbon)

Introduction to Chemical Engineering Thermodynamics
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
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6. During Basic Oxygen Process to manufacture low carbon stainless steel, 600 kg of cast iron (6% of carbon), 500 kg of cast iron (5% of carbon) and 400 kg of cast iron (4% of carbon) will be mixed with household scrap of steel (2% of carbon) to generate 1800 kg of final product of steel with 0.5% of carbon. a. Write down material balance for iron in feed and final product. Then calculate x. b. Write down material balance for carbon in feed and final product. Then calculate total carbon removed (kg) with the slag. Basic-onygen-fornace steelmaking (Lina and Donawita prnceu) Feed: • 600 kg cast iron (6% carbon) • 500 kg cast iron (5% carbon) • 400 kg cast iron (4% carbon) • 100 X kg household scrap (2% carbon) Molten iron (70-75%6) + steel scraps (25-30)+ limeidolomite Refractory lining. Osygen lance Tap hole Pure O carbon Slag Steel BOF slag BOF converter Product: 1800 kg stainless steel (0.5% carbon)
Transcribed Image Text:6. During Basic Oxygen Process to manufacture low carbon stainless steel, 600 kg of cast iron (6% of carbon), 500 kg of cast iron (5% of carbon) and 400 kg of cast iron (4% of carbon) will be mixed with household scrap of steel (2% of carbon) to generate 1800 kg of final product of steel with 0.5% of carbon. a. Write down material balance for iron in feed and final product. Then calculate x. b. Write down material balance for carbon in feed and final product. Then calculate total carbon removed (kg) with the slag. Basic-onygen-fornace steelmaking (Lina and Donawita prnceu) Feed: • 600 kg cast iron (6% carbon) • 500 kg cast iron (5% carbon) • 400 kg cast iron (4% carbon) • 100 X kg household scrap (2% carbon) Molten iron (70-75%6) + steel scraps (25-30)+ limeidolomite Refractory lining. Osygen lance Tap hole Pure O carbon Slag Steel BOF slag BOF converter Product: 1800 kg stainless steel (0.5% carbon)
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