Development of cryology in the Moscow Regional Branch of the International Academy of Refrigeration

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Abstract

A look back at the recently ended 20th century clearly reveals areas of science, technology, engineering, and human practice that are heavily dependent on cold and the development of low-temperature technology. These are the production, storage and transportation of food; the production, liquefaction, transportation and use of industrial and natural gases and air separation products; climate engineering and life support; medicine and ecology; a variety of fields of scientific inquiry and research in energy, electronics, physics, chemistry, metallurgy, transport engineering, aviation, space, biology and other fields. Today there is a huge and extremely important field of scientific, practical and commercial activities - cryology. The use of low temperatures in traditional and new fields of equipment and technology is constantly increasing. In Moscow alone there are more than 600 enterprises of this profile. Many of them, such as Cryogenmash, Geliymash, NIIkhimmash, VNIIkholodmash-Holding, VNIIkhimmash, Nauka, are widely known in the world. Now many new, young, but already reputable firms have emerged: Ostrov, Chrom, Cryoservice, Scaten, Aircool, Thermocool, Enei, Refco, Veza, Atek, Khimholodservis, Gazkholodtekhnika, Hamilton-Nauka, etc. This was greatly facilitated by the conditions of the domestic market and highly qualified personnel trained in the leading Moscow universities: Bauman Moscow State Technical University (Rector I.B. Fedorov), MPEI (Rector E.V. Ametistov), MSUIE (Rector M.B. Generalov), MSUPB (Rector I.A. Rogov). This article describes some developments carried out in the Moscow Regional Branch of IAR in recent years, which, in the author's opinion, are of significant importance.

About the authors

A. M. Arkharov

Author for correspondence.
Email: info@eco-vector.com

Academician of IAR, Doctor of Technical Sciences, Professor, Honored Worker of Science and Technology of the Russian Federation, Chairman of the Moscow Regional Branch of IAR, Honorary Member of the International Institute of Refrigeration, Head of the Department of N.E. Bauman Moscow State Technical University

Russian Federation

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1. JATS XML
2. Photo

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3. Fig. 1. Oxygen refueling system for the international sea-based launch complex (JSC "Cryogenmash")

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4. Fig. 2. Ozone generator in a container (JSC "Cryogenmash")

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5. Fig. 3. Electrode unit of ozone generator (JSC "Cryogenmash")

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6. Fig. 4. Prefabricated units with hydrogen turbine expanders (a) and hydrogen turbine expander (b) (JSC Geliymash)

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7. Fig. 5. World production of inert gases (thousand m3/year): - - - - by "MGTU-OGAH" technology

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8. Fig. 6. Cryosauna of Moscow Medical Center "Medkryonika

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9. Fig. 7. Daily power consumption of the "Stinol-106" freezer (at the temperature of -24°С) by DME and R12 at different ambient air temperature

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10. Fig. 8. Layout of a diesel refrigeration truck (ZIL "Bychok"), using DME as fuel and refrigerant (Bauman Moscow State Technical University): 1 - car engine; 2 - compressor; 3 - fan and condenser; 4 - fan and air cooler; 5 - car accumulator; 6 - tank with DME; 7 - tank with diesel fuel; 8 - TIR; 9 - fuel diesel system

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11. Fig. 9. New ship refrigerating machine 1MHMV250 (JSC VNIIholodmash-Holding)

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12. Fig. 10. Freezer based on turbo-air refrigerating machine (companies "Turbo Refrigerator" and "Skagen")

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13. Fig. 11. Railroad conditioner (Ostrov JSC)

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14. Fig. 12. Air machine for heating and cooling systems

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15. Fig. 13. ASTA-30 nitrogen tunnel fast freezer

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Copyright (c) 2003 Arkharov A.M.

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