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Titanium tetrachloride can be produced by reacting titanium dioxide with hydrochloric acid. An ore containing 72% TiO₂ and 28% inerts and a solution of 55% HCI are available in the production of titanium tetrachoride. The single-pass conversion of titanium dioxide is 62%. The hydrochloric acid is fed into the reactor in 18% excess. Pure unreacted titanium dioxide is recycled back to mix with the fresh feed. For a titanium tetrachloride production rate of 1250 kg/h, determine: a) the mass rates of ore, HCI solution, recycle b) the composition of the final product c) the mass of titanium dioxide entering the reactor

Titanium tetrachloride can be produced by reacting titanium dioxide with hydrochloric acid. An ore containing 72% TiO₂ and 28% inerts and a solution of 55% HCI are available in the production of titanium tetrachoride. The single-pass conversion of titanium dioxide is 62%. The hydrochloric acid is fed into the reactor in 18% excess. Pure unreacted titanium dioxide is recycled back to mix with the fresh feed. For a titanium tetrachloride production rate of 1250 kg/h, determine: a) the mass rates of ore, HCI solution, recycle b) the composition of the final product c) the mass of titanium dioxide entering the reactor

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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Titanium tetrachloride can be produced by reacting titanium dioxide with hydrochloric acid. An ore containing 72% TiO₂ and 28% inerts and a solution of 55% HCI are available in the production of titanium tetrachoride. The single-pass conversion of titanium dioxide is 62%. The hydrochloric acid is fed into the reactor in 18% excess. Pure unreacted titanium dioxide is recycled back to mix with the fresh feed. For a titanium tetrachloride production rate of 1250 kg/h, determine: a) the mass rates of ore, HCI solution, recycle b) the composition of the final product c) the mass of titanium dioxide entering the reactor
Transcribed Image Text:Titanium tetrachloride can be produced by reacting titanium dioxide with hydrochloric acid. An ore containing 72% TiO₂ and 28% inerts and a solution of 55% HCI are available in the production of titanium tetrachoride. The single-pass conversion of titanium dioxide is 62%. The hydrochloric acid is fed into the reactor in 18% excess. Pure unreacted titanium dioxide is recycled back to mix with the fresh feed. For a titanium tetrachloride production rate of 1250 kg/h, determine: a) the mass rates of ore, HCI solution, recycle b) the composition of the final product c) the mass of titanium dioxide entering the reactor
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