Q3 Answer only five of the followings (1) Which is more efficient in removing particulate matters, tubular or plate type ESP. discuss why (2) High resistivity particles and too low resistivity particles will give a reduction in removal efficiency. Explain why?? (3) What do you prefer concerning the diameter of stack exit diameter? Large or small Explain why? (4) The presence of inversion layer where temperature is increased with the height will increase or decrease or do nothing with the dispersion of air pollutants? Discuss why? (5) What do you prefer to bum gaseous pollutants at 400C or 500C? explain why?? (6) Chemical adsorption is not preferred. Explain the reasons (7) Adsortate of higher surface area is preferred. Why?? Q3 Answer only five of the followings(1) Which is more efficient in removing particulate matters, tubular orplate type ESP. discuss why(2) High resistivity particles and too low resistivity particles will give areduction in removal efficiency. Explain why??(3) What do you prefer concerning the diameter of stack exit diameter?Large or small. Explain why?(4) The presence of inversion layer where temperature is increased withthe height will increase or decrease or do nothing with the dispersionof air pollutants? Discuss why?(5) What do you prefer to burn gaseous pollutants at 400C or 500C?explain why??(6) Chemical adsorption is not preferred. Explain the reasons(7) Adsorbate of higher surface area is preferred. Why??

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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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Q3 Answer only five of the followings (1) Which is more efficient in removing particulate matters, tubular or plate type ESP. discuss why (2) High resistivity particles and too low resistivity particles will give a reduction in removal efficiency. Explain why?? (3) What do you prefer concerning the diameter of stack exit diameter? Large or small Explain why? (4) The presence of inversion layer where temperature is increased with the height will increase or decrease or do nothing with the dispersion of air pollutants? Discuss why? (5) What do you prefer to bum gaseous pollutants at 400C or 500C? explain why?? (6) Chemical adsorption is not preferred. Explain the reasons (7) Adsortate of higher surface area is preferred. Why??

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