Transcription of Sizing PowerPlus to Replace Conventional T/R Sets
{{id}} {{{paragraph}}}
Example: bachelor of science
Sizing PowerPlus to Replace Conventional T/R Sets
Transforming The Future Of Power TechnologyCONSULT FACTORY WITH DETAIL REQUIREMENTS OR REQUEST TECHNICAL DIALOGUE phone: fax: : Rising Sun , NJ 08505 Sizing PowerPlus to Replace Conventional T/R SetsThe main reason to upgrade from T/R sets to PowerPlus is to improve the collection efficiency of Electrostatic Precipitators (ESPs). The improvement in collection efficiency can be demon-strated arithmetically through the use of well-proven equations. We will start with the funda-mentals of particle collection efficiency of a precipitator is defined by the Deutsch-Anderson equation. = 1-e-(A/V) (1)where = efficiency A = effective collecting electrode area V = gas flow rate through the precipitator e = base of natural logarithm = particle migration velocityKey: Increasing the particle migration velocity improves the efficiency of the migration velocity, , represents the velocity of charged particle in the electric field mov-ing toward the collector surface.
We have identified the critical data needed from a precipitator field energized by a conven-tional TR set for determining the current rating of the PowerPlus unit:
Loading..
Tags:
Information
Domain:
Source:
Link to this page:
Please notify us if you found a problem with this document: