Research Journal of Applied Sciences

Year: 2018
Volume: 13
Issue: 2
Page No. 106 - 111

Justification of Gas Supply System based on Tank Units with Natural Regasification of Liquefied Hydrocarbon Gas, Preventing Formation of Hydrates in Pressure Controllers

Authors : N.N. Osipova, B.M. Grishin, S.A. Stepanov, E.G. Ezhov and V.V. Salmin

References

Kuritsin, B.N., N.N. Osipova and A.P. Usachev, 2011. Study of heat exchange for storage and regasification of liquefied hydrocarbon gas in subsurface tank units. Bull. Civ. Eng., 3: 82-87.

Kuznetsov, S.S. and B.N. Kuritsin, 2012. Study of heat exchange in subsurface tanks for liquefied gas: Resource and energy efficient technologies in construction sector of region. Saratov, 1: 213-215.

Nikitin, N.I. and E.V. Krylov, 1974. Analysis of liquefied gas vapor throttling processes in pressure controller: Use of gas in economic. Saratov, 11: 331-337.

Osipova, N.N., B.N. Kuritsin and S.A. Maksimov, 2010. Mathematical simulation of operating temperature modes of subsurface tanks for liquefied gas vertically positioned in ground: Scientific and technical problems of improvement and development of gas and power supply systems. Saratov, 1: 160-163.

Shamin, O.B., 1997. Evaporation capacity of vertically positioned subsurface tank units for liquefied gas: Improvement of architectural solutions, building structures, technologies and construction management. Saratov, 1: 185-189.

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