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A aqueous salt-solution enters a crystallizer operating at steady state at 25°C. The feed temperature is 900°C and the salt concentration in the feed is 40 weight%. The salt crystallizes as a pentahydrate. The crystals and the mother liquor leave the crystallizer. The molecular weight of the anhydrous salt is 135. The solubility of the salt at 25°C is 20 weight%.
The feed flowrate required for a production rate of 100 kg/s of hydrated salt, rounded to the nearest integer, is ____ kg/s.
Correct answer is '200'. Can you explain this answer?
Verified Answer
A aqueous salt-solution enters a crystallizer operating at steady stat...
xF = Salt concentration in the feed (wt.%) = 0.4
Molecular wt. of 5H2 O molecules = 18 × 5 = 90
Molecular wt. of the anhydrous salt = 135
xC = wt% of hydrated crystal
= 0.6
xL = Solubility of salt = 0.2
Total Mass balance gives
Molecular wt. of 5H2 O molecules = 18 × 5 = 90
Molecular wt. of the anhydrous salt = 135
xC = wt% of hydrated crystal
= 0.6xL = Solubility of salt = 0.2
Total Mass balance gives
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A aqueous salt-solution enters a crystallizer operating at steady stat...
°C. The feed contains 10 kg of water and 1 kg of salt. The solution leaves the crystallizer with a salt concentration of 0.5 kg/kg of solution. The heat capacity of the solution is 4 kJ/kg°C. Determine the heat transfer rate required to operate the crystallizer.
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A aqueous salt-solution enters a crystallizer operating at steady state at 25°C. The feed temperature is 900°C and the salt concentration in the feed is 40 weight%. The salt crystallizes as a pentahydrate. The crystals and the mother liquor leave the crystallizer. The molecular weight of the anhydrous salt is 135. The solubility of the salt at 25°C is 20 weight%.The feed flowrate required for a production rate of 100 kg/s of hydrated salt, rounded to the nearest integer, is ____ kg/s.Correct answer is '200'. Can you explain this answer?
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A aqueous salt-solution enters a crystallizer operating at steady state at 25°C. The feed temperature is 900°C and the salt concentration in the feed is 40 weight%. The salt crystallizes as a pentahydrate. The crystals and the mother liquor leave the crystallizer. The molecular weight of the anhydrous salt is 135. The solubility of the salt at 25°C is 20 weight%.The feed flowrate required for a production rate of 100 kg/s of hydrated salt, rounded to the nearest integer, is ____ kg/s.Correct answer is '200'. Can you explain this answer? for GATE 2025 is part of GATE preparation. The Question and answers have been prepared according to the GATE exam syllabus. Information about A aqueous salt-solution enters a crystallizer operating at steady state at 25°C. The feed temperature is 900°C and the salt concentration in the feed is 40 weight%. The salt crystallizes as a pentahydrate. The crystals and the mother liquor leave the crystallizer. The molecular weight of the anhydrous salt is 135. The solubility of the salt at 25°C is 20 weight%.The feed flowrate required for a production rate of 100 kg/s of hydrated salt, rounded to the nearest integer, is ____ kg/s.Correct answer is '200'. Can you explain this answer? covers all topics & solutions for GATE 2025 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A aqueous salt-solution enters a crystallizer operating at steady state at 25°C. The feed temperature is 900°C and the salt concentration in the feed is 40 weight%. The salt crystallizes as a pentahydrate. The crystals and the mother liquor leave the crystallizer. The molecular weight of the anhydrous salt is 135. The solubility of the salt at 25°C is 20 weight%.The feed flowrate required for a production rate of 100 kg/s of hydrated salt, rounded to the nearest integer, is ____ kg/s.Correct answer is '200'. Can you explain this answer?.
A aqueous salt-solution enters a crystallizer operating at steady state at 25°C. The feed temperature is 900°C and the salt concentration in the feed is 40 weight%. The salt crystallizes as a pentahydrate. The crystals and the mother liquor leave the crystallizer. The molecular weight of the anhydrous salt is 135. The solubility of the salt at 25°C is 20 weight%.The feed flowrate required for a production rate of 100 kg/s of hydrated salt, rounded to the nearest integer, is ____ kg/s.Correct answer is '200'. Can you explain this answer? for GATE 2025 is part of GATE preparation. The Question and answers have been prepared according to the GATE exam syllabus. Information about A aqueous salt-solution enters a crystallizer operating at steady state at 25°C. The feed temperature is 900°C and the salt concentration in the feed is 40 weight%. The salt crystallizes as a pentahydrate. The crystals and the mother liquor leave the crystallizer. The molecular weight of the anhydrous salt is 135. The solubility of the salt at 25°C is 20 weight%.The feed flowrate required for a production rate of 100 kg/s of hydrated salt, rounded to the nearest integer, is ____ kg/s.Correct answer is '200'. Can you explain this answer? covers all topics & solutions for GATE 2025 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A aqueous salt-solution enters a crystallizer operating at steady state at 25°C. The feed temperature is 900°C and the salt concentration in the feed is 40 weight%. The salt crystallizes as a pentahydrate. The crystals and the mother liquor leave the crystallizer. The molecular weight of the anhydrous salt is 135. The solubility of the salt at 25°C is 20 weight%.The feed flowrate required for a production rate of 100 kg/s of hydrated salt, rounded to the nearest integer, is ____ kg/s.Correct answer is '200'. Can you explain this answer?.
Solutions for A aqueous salt-solution enters a crystallizer operating at steady state at 25°C. The feed temperature is 900°C and the salt concentration in the feed is 40 weight%. The salt crystallizes as a pentahydrate. The crystals and the mother liquor leave the crystallizer. The molecular weight of the anhydrous salt is 135. The solubility of the salt at 25°C is 20 weight%.The feed flowrate required for a production rate of 100 kg/s of hydrated salt, rounded to the nearest integer, is ____ kg/s.Correct answer is '200'. Can you explain this answer? in English & in Hindi are available as part of our courses for GATE.
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A aqueous salt-solution enters a crystallizer operating at steady state at 25°C. The feed temperature is 900°C and the salt concentration in the feed is 40 weight%. The salt crystallizes as a pentahydrate. The crystals and the mother liquor leave the crystallizer. The molecular weight of the anhydrous salt is 135. The solubility of the salt at 25°C is 20 weight%.The feed flowrate required for a production rate of 100 kg/s of hydrated salt, rounded to the nearest integer, is ____ kg/s.Correct answer is '200'. Can you explain this answer?, a detailed solution for A aqueous salt-solution enters a crystallizer operating at steady state at 25°C. The feed temperature is 900°C and the salt concentration in the feed is 40 weight%. The salt crystallizes as a pentahydrate. The crystals and the mother liquor leave the crystallizer. The molecular weight of the anhydrous salt is 135. The solubility of the salt at 25°C is 20 weight%.The feed flowrate required for a production rate of 100 kg/s of hydrated salt, rounded to the nearest integer, is ____ kg/s.Correct answer is '200'. Can you explain this answer? has been provided alongside types of A aqueous salt-solution enters a crystallizer operating at steady state at 25°C. The feed temperature is 900°C and the salt concentration in the feed is 40 weight%. The salt crystallizes as a pentahydrate. The crystals and the mother liquor leave the crystallizer. The molecular weight of the anhydrous salt is 135. The solubility of the salt at 25°C is 20 weight%.The feed flowrate required for a production rate of 100 kg/s of hydrated salt, rounded to the nearest integer, is ____ kg/s.Correct answer is '200'. Can you explain this answer? theory, EduRev gives you an
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