SUCCESSFUL DEMONSTRATION OF THE CRYOGENIC EQUIPMENT AND LOW-TEMPERATURE TECHNOLOGIES
DOI:
https://doi.org/10.18198/j.ind.gases.2015.0760Keywords:
Cryogenic engineering, Low-temperature technologies, Air separation unit, Pressure swing adsorption (PSA) unit, Oxygen, Nitrogen, Argon, Methane, Carbon dioxide, Hydrogen, Rare gases, Liquefied natural gas (LNG), Cryogenic pumpsAbstract
The 13th international specialized exhibition «The Сryogen-Expo. Industrial Gases» was held in Moscow on 28-30th November, 2014. The organizer of the exhibition was «World-Expo» company. At the exhibition the production and technologies of 77 companies from 14 countries were presented. The majority of the companies which participated in the exhibition were domestic ones. The total area of the exhibition increased in comparison with the previous one. The exhibition was attended by 2000 experts representing the industrial enterprises, the scientific and technical organisations, the research and educational institutions. The 11th international conference «Cryogenic technologies and the equipment. The prospects of development» was held. At the conference russian and foreign experts reported the results of their researches, development of new low-temperature technologies and equipment. The exhibition expositions reflected the increased level of the state of cryogenic mechanical engineering and demonstrated innovative low-temperature technologies to the visitors. A good organization of the exhibition allowed to create the conditions for the participants conducive to the establishment of business contacts and partnerships.
References
The official catalog of the 13th International Specialized Exhibition «Cryogen-Expo. Industrial Gases». (2014). — М.: «Mir-Ekspo». — 120 p. (Rus.).
Lavrenchenko G.K. (2014). The air separation products: are there any reserves improve their production and use?// Tekhnicheskie Gazy. [Industrial Gases]. — № 6. — P. 3-19. (Rus.).
«Oxygen. History and the Present». In 2-V. — V.1. (2010)./ Compiled and edited by G.K. Lavrenchenko — Odessa: Izdatelskiy tsentr. — 532 p. (Rus.).
Khupavko K.V., Gordienko P.V. (2010). Ten years experience of exploitation of the station air separation company «SIAD»// Tekhnicheskie Gazy. [Industrial Gases]. — № 5. — P. 60-64. (Rus.).
Tarasenko I.A., Rutskiy S.V. (2010). Creation of cryogenic complex for liquid nitrogen manufacture and storage in «Surgutneftegas»// Tekhnicheskie Gazy. [Industrial Gases]. — № 2. — P. 67-70. (Rus.).
Leontev A.A., Brovko A.D. (2010). Liquid average pressure ASP progress in their creation or modernization// Tekhnicheskie Gazy. [Industrial Gases]. — № 1. — P. 50-54. (Rus.).
[Electronic resource]: http://www.uasigma.odessa.ua/ 092013-001-krioprom-edinstvennyy-v-sng-proizvoditel-vysokoeffektivnyh-vru-sredney-proizvoditelnosti.html.
Voronin I.B. (2008). Features and characteristics triaxial semitrailer for storage and transportations cryoproducts// Tekhnicheskie Gazy. [Industrial Gases]. — № 2. — P. 67-72. (Rus.).
Levin I.V., Mashunkin B.M., Utkin V.N. (2010). «Cryostar» pumps application in the efficient gas technologies and cryogenic equipment// Tekhnicheskie Gazy. [Industrial Gases]. —№ 1. — P. 69-72. (Rus.).
Hrz Vatslav, Krivan Iri, Zaruba Petr, Mrkvichka Zdenek. (2012). Whether to store lng in tanks with flat bottoms or vacuum insulated containers?// Tekhnicheskie Gazy. [Industrial Gases]. — № 5. — С. 14-20. (Rus.).
Cheremnyih O.Ya. (2013). The new generation of cryogenic railway tanks for transportation of air separation liquid products// Tekhnicheskie Gazy. [Industrial Gases]. — № 5. — P. 67-70. (Rus.).
Glukhov A.V., Glukhov V.A., Tanyigin A.V. (2011). Efficient air dehumidifier «RS-400» for cryogenic air separation units// Tekhnicheskie Gazy. [Industrial Gases]. — № 6. — P. 66-72. (Rus.).
Tarasova E.Yu. (2013). JSC «Cryogenmash» on-site-projects: development & operation experience// Tekhnicheskie Gazy. [Industrial Gases]. — № 4. — P. 59-64. (Rus.).
Pavlov N.V. Ivanov K.A. (2010). Safety groups for vessels, working under pressure of cryogenic, high-clean, toxic and explosive gases// Tekhnicheskie Gazy. [Industrial Gases]. — № 5. P. 69-72. (Rus.).
Ivanov K.A., Pavlov N.V. (2012). Atmospheric evaporators of high pressure for gasification of LNG and liquid air separation products// Tekhnicheskie Gazy. [Industrial Gases]. — № 3. — P. 70-72. (Rus.).
Downloads
Issue
Section
License
LICENSE AGREEMENT
After receiving an article for publication as required revision scientometric databases each author directs the license agreement on the assignment and transfer of the management of copyright. Signatures of the author (s) it is desirable to seal the personnel department of the institution where the author works (authors), or the seal of the Faculty.
Revision refers to the authors one layout for proofreading. Permissible only those fixes that result in compliance with the layout of the original text of the article. Significant changes are not permitted. Layout should be sent to the editorial office within days of receipt.
