2003
DOI: 10.1049/pbpo041e
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Electrical Operation of Electrostatic Precipitators

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Cited by 64 publications
(56 citation statements)
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“…It is anticipated that superposition of the dc voltage and short submicrosecond impulses will result in more efficient charging of intermediate-size particles, between ∼0.1 µm and 1 µm, and will help to reduce the energy consumption of the ESP process. This superposition approach to energization of the precipitator's electrodes has been reported in [5] and [7]; however, longer impulses (∼1−300 µs) have been used in these studies. In this work, shorter submicrosecond impulses are used.…”
mentioning
confidence: 96%
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“…It is anticipated that superposition of the dc voltage and short submicrosecond impulses will result in more efficient charging of intermediate-size particles, between ∼0.1 µm and 1 µm, and will help to reduce the energy consumption of the ESP process. This superposition approach to energization of the precipitator's electrodes has been reported in [5] and [7]; however, longer impulses (∼1−300 µs) have been used in these studies. In this work, shorter submicrosecond impulses are used.…”
mentioning
confidence: 96%
“…Therefore, there is a growing need for effective control of such potentially hazardous air pollutants. It is known that, for particles with diameters of less than 5 µm, the efficiency of conventional ESP decreases significantly as compared with the efficiency for relatively large particles with diameters in excess of 10-20 µm [5]. There is a minimum in the efficiency of the ESP process for particles with intermediate sizes between ∼0.1 µm and 1 µm due to a change in particle charging mechanisms [5], [6].…”
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confidence: 99%
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“…Dalelių sugaudymo efektyvumą aprašo DeutschAnderson lygtis [15][16][17]: Anksčiau minėto 1,4 m ilgio filtro filtravimo efektyvumo priklausomumas nuo dalelių dydžio parodytas 4 pav. Mažas daleles sugaudyti yra sunkiau, nes jos dėl savo mažo dydžio įelektrini-mo procese sukaupia mažiau elektrinio krūvio.…”
Section: Esf Konstrukciniai Skaičiavimaiunclassified
“…This particle can be in an electrostatic precipitator where can reign a strong electric field E or in an air gap of a rotating electrical machine where can reign a strong magnetic field B. For such a particle, it is well-known [12] that its saturation electric charge is in the order of q ≈ 10 −18 C. Even for the field values E ≈ 10 8 V.m −1 and B ≈ 10 T which are rarely reached, it follows that the quantities ∂ ν h 0µ appearing in (49) and (50) take very small values, in the order of qE i /mc 2 ≈ 10 −13 m −1 to qB i /mc ≈ 10 −11 m −1 . We would like to add that the maximum charge q carried by a particle with a diameter Φ is proportional to Φ 2 [12,13] while its mass m is proportional to Φ 3 .…”
Section: Maxwell's Equations From the Einstein Onesmentioning
confidence: 99%