COMBINED INSTALLATION FOR NEON CONCENTRATE FINE ENRICHMENT

Authors

  • В. Л. Бондаренко Московский государственный технический университет им. Н.Э. Баумана, Лефортовская наб., д.1, факультет «Энергомашиностроение», г. Москва, 105005, РФ, Russian Federation
  • О. Н. Базаров ООО «Айсблик», ул. Пастера, 29, г. Одесса, 65026, Украина, Ukraine
  • С. Ю. Вигуржинская Одесская государственная академия холода, ул. Дворянская, 1/3, г. Одесса, 65026, Украина, Ukraine
  • Ю. М. Симоненко Одесская государственная академия холода, ул. Дворянская, 1/3, г. Одесса, 65026, Украина, Ukraine
  • Т. В. Дьяченко Одесская государственная академия холода, ул. Дворянская, 1/3, г. Одесса, 65026, Украина,

DOI:

https://doi.org/10.18198/j.ind.gases.2005.0172

Keywords:

Neon concentrate, Dephlegmation, Adsorption, Nitrogen, Helium, Purification

Abstract

The volumes of the neon consumption and production are increasing. Thus, it is required to use the new raw material sources located far away from the basic neon production facilities. For the reduction of the freight charges, it is essential to choose the most efficient way of concentrating the initial neon product at the sites of its obtaining. The essence of a sorption method is the chromatographic enrichment of a neon concentrate up to 96 %. The design and operational technology of an additional sorption block consisting of two adsorbers has been described. The general technical and economical analysis of a transportation and raw materials complex has been carried out. Simplified dependences for forecasting the design and operational parameters of the adsorptive systems have been offered. The operational cycles of the pilot installations and the enrichment sorption block of the neon concentrate have been considered.

Author Biographies

В. Л. Бондаренко, Московский государственный технический университет им. Н.Э. Баумана, Лефортовская наб., д.1, факультет «Энергомашиностроение», г. Москва, 105005, РФ

V. L. Bondarenko

О. Н. Базаров, ООО «Айсблик», ул. Пастера, 29, г. Одесса, 65026, Украина

O. N. Bazarov

С. Ю. Вигуржинская, Одесская государственная академия холода, ул. Дворянская, 1/3, г. Одесса, 65026, Украина

C. Yu. Vigurginskaya

Ю. М. Симоненко, Одесская государственная академия холода, ул. Дворянская, 1/3, г. Одесса, 65026, Украина

O. Yu. Simonenko

Т. В. Дьяченко, Одесская государственная академия холода, ул. Дворянская, 1/3, г. Одесса, 65026, Украина

T. V. D’yachenko

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Issue

No. 3 (2005): Технические газы

Section

PLANTS AND THE EQUIPMENT FOR MANUFACTURING OF AIR SEPARATION PRODUCTS AND OTHER INDUSTRIAL GASES

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