Abstract
Improved steam separating drums are described. These have a four-row arrangement of the pipe unions of the steam-water supply lines, with increased diameter. Two collectors 400 mm in diameter from adjacent separators drums go to a single steam line 600 mm in diameter, which goes to the turbine. Tests of the system were conducted at a pressure of 7 MPa and at thermal power of 65, 83, 93, and 100% of rated value to determine the dependence of the moisture content at the output from the separator drum on the mass level at constant thermal power of the block. The separator drums, 2600 mm in diameter, were found to have a reserve for maximum permissible moisture content, and the moisture content of the steam in the central pipe unions did not exceed 0.02% with a level in the drums 200 mm above the rated level. Thus maintenance of the level above the submerged perforated plate by 100 mm above the planned level permits an increase of the water reserve in the multiple forced circulation circuit by 28 m/sup 3/ and does not hinder an increase of the steam productivity of the block.
Citation Formats
Novosel'skiy, O Yu, Karasev, V B, Sakovich, E V, Lyutov, M A, and An'kov, V I.
Testing improved steam separators in third energy block of Chernobyl AES.
USSR: N. p.,
1984.
Web.
Novosel'skiy, O Yu, Karasev, V B, Sakovich, E V, Lyutov, M A, & An'kov, V I.
Testing improved steam separators in third energy block of Chernobyl AES.
USSR.
Novosel'skiy, O Yu, Karasev, V B, Sakovich, E V, Lyutov, M A, and An'kov, V I.
1984.
"Testing improved steam separators in third energy block of Chernobyl AES."
USSR.
@misc{etde_5253675,
title = {Testing improved steam separators in third energy block of Chernobyl AES}
author = {Novosel'skiy, O Yu, Karasev, V B, Sakovich, E V, Lyutov, M A, and An'kov, V I}
abstractNote = {Improved steam separating drums are described. These have a four-row arrangement of the pipe unions of the steam-water supply lines, with increased diameter. Two collectors 400 mm in diameter from adjacent separators drums go to a single steam line 600 mm in diameter, which goes to the turbine. Tests of the system were conducted at a pressure of 7 MPa and at thermal power of 65, 83, 93, and 100% of rated value to determine the dependence of the moisture content at the output from the separator drum on the mass level at constant thermal power of the block. The separator drums, 2600 mm in diameter, were found to have a reserve for maximum permissible moisture content, and the moisture content of the steam in the central pipe unions did not exceed 0.02% with a level in the drums 200 mm above the rated level. Thus maintenance of the level above the submerged perforated plate by 100 mm above the planned level permits an increase of the water reserve in the multiple forced circulation circuit by 28 m/sup 3/ and does not hinder an increase of the steam productivity of the block.}
journal = {At. Energ.; (USSR)}
volume = {57:6}
journal type = {AC}
place = {USSR}
year = {1984}
month = {Dec}
}
title = {Testing improved steam separators in third energy block of Chernobyl AES}
author = {Novosel'skiy, O Yu, Karasev, V B, Sakovich, E V, Lyutov, M A, and An'kov, V I}
abstractNote = {Improved steam separating drums are described. These have a four-row arrangement of the pipe unions of the steam-water supply lines, with increased diameter. Two collectors 400 mm in diameter from adjacent separators drums go to a single steam line 600 mm in diameter, which goes to the turbine. Tests of the system were conducted at a pressure of 7 MPa and at thermal power of 65, 83, 93, and 100% of rated value to determine the dependence of the moisture content at the output from the separator drum on the mass level at constant thermal power of the block. The separator drums, 2600 mm in diameter, were found to have a reserve for maximum permissible moisture content, and the moisture content of the steam in the central pipe unions did not exceed 0.02% with a level in the drums 200 mm above the rated level. Thus maintenance of the level above the submerged perforated plate by 100 mm above the planned level permits an increase of the water reserve in the multiple forced circulation circuit by 28 m/sup 3/ and does not hinder an increase of the steam productivity of the block.}
journal = {At. Energ.; (USSR)}
volume = {57:6}
journal type = {AC}
place = {USSR}
year = {1984}
month = {Dec}
}