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Saturated steam-water mixture is split in a knockout drum at a rate of 3040 kg/h. The incoming steam has a temperature of 120°C. Water and the pure steam come out of the knockout drum at 100°C. Calculate the amount of water that condensed in the knockout drum. H20 Enthalpy Table (Steam Table) Temperature, C 100 120 Saturated Steam- Water Mixture 3040 kg/h 120°C Pure Water Enthalpy, kJ/kg 418.655 503.300 Pure Steam Enthalpy, kJ/kg 2675.06 2705.41 Steam-Water Enthalpy, kJ/kg 2256.40 2202.11 Pure steam ??? kg/h 100°C Pure Water ??? kg/h 100°C

Saturated steam-water mixture is split in a knockout drum at a rate of 3040 kg/h. The incoming steam has a temperature of 120°C. Water and the pure steam come out of the knockout drum at 100°C. Calculate the amount of water that condensed in the knockout drum. H20 Enthalpy Table (Steam Table) Temperature, C 100 120 Saturated Steam- Water Mixture 3040 kg/h 120°C Pure Water Enthalpy, kJ/kg 418.655 503.300 Pure Steam Enthalpy, kJ/kg 2675.06 2705.41 Steam-Water Enthalpy, kJ/kg 2256.40 2202.11 Pure steam ??? kg/h 100°C Pure Water ??? kg/h 100°C

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
Section: Chapter Questions
Problem 1.1P
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Saturated steam-water mixture is split in a knockout drum at a rate of 3040 kg/h. The incoming steam has a temperature of 120°C. Water and the pure steam come out of the knockout drum at 100°C. Calculate the amount of water that condensed in the knockout drum. H20 Enthalpy Table (Steam Table) Temperature, °C 100 120 Saturated Steam- Water Mixture 3040 kg/h 120°C Pure Water Enthalpy, kJ/kg 418.655 503.300 Pure Steam Enthalpy, kJ/kg 2675.06 2705.41 Steam-Water Enthalpy, kJ/kg 2256.40 2202.11 Pure steam ??? kg/h 100°C Pure Water ??? kg/h 100°C
Transcribed Image Text:Saturated steam-water mixture is split in a knockout drum at a rate of 3040 kg/h. The incoming steam has a temperature of 120°C. Water and the pure steam come out of the knockout drum at 100°C. Calculate the amount of water that condensed in the knockout drum. H20 Enthalpy Table (Steam Table) Temperature, °C 100 120 Saturated Steam- Water Mixture 3040 kg/h 120°C Pure Water Enthalpy, kJ/kg 418.655 503.300 Pure Steam Enthalpy, kJ/kg 2675.06 2705.41 Steam-Water Enthalpy, kJ/kg 2256.40 2202.11 Pure steam ??? kg/h 100°C Pure Water ??? kg/h 100°C
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