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Method increasing precision and validity of commodity balance for tank batteries of petroleum products
Economics and management in fuel and energy complex industries

Authors: Alexander G. GODNEV (b. 1947) has ended the Moscow power institute, PhD, the senior lecturer, the general director of Joint-Stock Company of scientific and technological centre IIT. The author of 60 works in the field of metrology, measuring apparatuses and control systems.
Evgenie I. ZORJA (b. 1947) has ended in 1971 Moscow government technical university it. Bauman. The senior lecturer of chair fuel logistic and gas supply, managing laboratory of problems of quality in a fuel and energy complex Gubkin Russian State University of Oil and Gas. The author of 90 works in the field of efficiency, safety and stability of functioning of system fuel logistic. E-mail: biblioteka@nedrainform.ru

Abstract: A method to increase the precision of calculations of storable mass of petroleum products on the basis of correlation link between observed data at tempering through an atomized standpipe of bottom loading and actual level measurements and gravity of a product in the reservoir.

Index UDK: 378(075.8):665.6/7

Keywords: commodity balance, precision, validity


Hardware support for flame-free oxidation of gaseous hydrocarbons and pollutants to reduce emissions
Oil and gas processing, chemistry of oil and gas

Authors: Evgeniy I. ZORYA (b. 1947) graduated from Bauman MSTU in 1971. Assistant-prof. of the Dept. of Oil Products and Gas Supply, head of Laboratory of Quality Control of Fuel and Energy Sector at Gubkin Russian State University of Oil and Gas. Published 90 works in the field of efficient, safe and sustainable oil products supply system.
Nikolay N. NOVIKOV (b. 1949) graduated from the 1st Moscow Medical Institute 1974. Candidate of medical sciences, Head of laboratory of health technologies of I.M. Sechenov Moscow Medical Academy. Published 150 works in the field of health technologies, medical equipment and laser technology. E-mail: biblioteka@nedrainform.ru

Abstract: Hardware support for flame-free oxidation of gaseous hydrocarbons is proposed to reduce their emissions on the territory of industrial facilities. Hardware tools and equipment, not only breaking vapor, gas-organic compounds and hydrocarbons, but also destroying all microorganisms and viruses are discussed.

Index UDK: 502.6:66

Keywords: radioactive energy in UV band, technology and facilities for flame-free oxidation, emission reduction, gas-organic compounds, hydrocarbons, microorganisms