POLUCHENIE GRANULIROVANNOY SERY PUTEM ISTECHENIYA STRUI RASPLAVA SERY V VODU
Authors:
1.
LLC “Pormed”
2.
LLC “Pormed”, KNRTU
Type:
Article
eLocation:
Status:
Published
Received:
20.04.2023
Accepted:
01.08.2025
Published:
01.08.2025
Subject area:
UDC 664.21
Language:
Russian
Keywords:
гранулы серы, истечение расплава, напор, температура расплава серы, самопроизвольный распад струи, кристаллизационная емкость, диаметр отверстия для истечения, sulfur granules, the expiration of the melt, the pressure, the temperature of the molten sulfur, the spontaneous decay of the jet, the crystallization vessel, the diameter of the hole for the expiration
Abstract (English):
The known methods of producing of granulated sulfur, and also the developed by authors method of producing the approximately spherical granules of sulfur, are described in the article. The developed method can be the basic for industrial technology of sulfur granulating. Essentially lower capital and operational costs, simple manufacturing equipment - these are the differences of this method from the foreign analogues.
The known methods of producing of granulated sulfur, and also the developed by authors method of producing the approximately spherical granules of sulfur, are described in the article. The developed method can be the basic for industrial technology of sulfur granulating. Essentially lower capital and operational costs, simple manufacturing equipment - these are the differences of this method from the foreign analogues.
Keywords:
гранулы серы, истечение расплава, напор, температура расплава серы, самопроизвольный распад струи, кристаллизационная емкость, диаметр отверстия для истечения, sulfur granules, the expiration of the melt, the pressure, the temperature of the molten sulfur, the spontaneous decay of the jet, the crystallization vessel, the diameter of the hole for the expiration
гранулы серы, истечение расплава, напор, температура расплава серы, самопроизвольный распад струи, кристаллизационная емкость, диаметр отверстия для истечения, sulfur granules, the expiration of the melt, the pressure, the temperature of the molten sulfur, the spontaneous decay of the jet, the crystallization vessel, the diameter of the hole for the expiration
1. Baraeva L.R., Ahmetova R.T., Yusupova A.A., Hacrinov A.I., Kuznecova E.V. Tehnologiya kompozicionnyh materialov na osnove sery, kremnezemsoderzhaschego syr'ya i hlorida zheleza // Vestnik Kazanskogo tehnologicheskogo universiteta: 2010 g., №8, s.293-297.
2. Nabiev R.R., Tereschenko K.A., Ulitin N.V. Intensificiruyuschee vozdeystvie kavitacionnoy oblasti na polimerizaciyu sery // Vestnik Kazanskogo tehnologicheskogo universiteta: 2012 g., T. 15. №21, s.93-96.
3. Patent RF 2054314 ot 01.12.1992 Ustroystvo dlya polucheniya granulirovannoy sery GD-2.
4. Tehnologiya pererabotki sernistogo prirodnogo gaza, Spravochnik M.: Nedra 1993 g., s. 109-111.
