Efficiency of an ESP is a function of the flue gas characteristics (temperature and moisture), electrical resistivity of the particle and particle size, can be estimated by the Deutsch-Anderson equation: η = 1 − exp (−Aw/Q) Calculate the efficiency of ESP has a specific area of collection plate as 100 m2, drift velocity 1 m/s and flow rate of flue gas as 40 m/s.
Efficiency of an ESP is a function of the flue gas characteristics (temperature and moisture), electrical resistivity of the particle and particle size, can be estimated by the Deutsch-Anderson equation: η = 1 − exp (−Aw/Q) Calculate the efficiency of ESP has a specific area of collection plate as 100 m2, drift velocity 1 m/s and flow rate of flue gas as 40 m/s.
Sustainable Energy
2nd Edition
ISBN:9781337551663
Author:DUNLAP, Richard A.
Publisher:DUNLAP, Richard A.
Chapter14: Ocean Thermal Energy Conversion And Ocean Salinity Gradient Energy
Section: Chapter Questions
Problem 9P
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Efficiency of an ESP is a function of the flue gas characteristics (temperature and moisture), electrical resistivity of the particle and particle size, can be estimated by the Deutsch-Anderson equation: η = 1 − exp (−Aw/Q) Calculate the efficiency of ESP has a specific area of collection plate as 100 m2, drift velocity 1 m/s and flow rate of flue gas as 40 m/s.
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