TECHNOLOGICAL ASPECTS OF ASSESSMENT OF RELIABILITY, QUALITY AND ENVIRONMENTAL SAFETY OF SUPPLEMENTARY MATERIAL FOR MANUFACTURE OF TRANSPORT PIPELINES

Array

Authors

  • Ye. Varlamov Research Institution "Ukrainian Research Institute of Environmental Problems"
  • V. Kotukh O.M. Beketov National University of Urban Economy in Kharkov
  • К. Palyeyeva O.M. Beketov National University of Urban Economy in Kharkov

Keywords:

pipe fittings, transport piping systems, auxiliary material, recipe, quality, reliability, environmental safety

Abstract

When carrying out finishing (finishing and lapping) operations necessary for the manufacture (repair) of products of transport pipeline systems, special attention is paid to the auxiliary materials necessary for the implementation of this technological process. The basis of these materials are chemically active, surfactant, flammable and explosive substances of organic and inorganic origin, developed according to a certain recipe in a strict combination of ingredients and with high requirements for quality output.

During the implementation of the technological process of manufacturing or repair of products of transport pipeline systems, the auxiliary material is often considered as a kind of random process that has a certain impact on the environmental safety of these systems. This material for technological purposes is characterized by a number of indicators that do not have numerical values, but to interpret them it is necessary to build a system of logical and analytically related relationships, taking into account the required formulation of auxiliary material. In practice, these indicators of the material represent some criterion (criteria), which in the n-dimensional space can be represented as a vector of the technological state of the auxiliary material on the basis of its integrated evaluation.

At present, a general scheme of work on the automated design of the formulation of auxiliary material based on the aggregate design method has been developed. The task of this method is to give the developed auxiliary material the maximum potential energy, as well as to increase its shelf life and reduce the risk of environmental impact. In addition, there are certain requirements for the ingredients of the material, and the formulation of the auxiliary material is based on the use of such ingredients that would ensure the reliability, quality and environmental safety of the operation of transport pipelines.

Author Biographies

Ye. Varlamov, Research Institution "Ukrainian Research Institute of Environmental Problems"

Candidate of Technical Sciences, Sector of tools and methods for environmental monitoring

V. Kotukh, O.M. Beketov National University of Urban Economy in Kharkov

Candidate of Technical Sciences, Docent Department of Oil and Gas Engineering and Technology

К. Palyeyeva, O.M. Beketov National University of Urban Economy in Kharkov

Assistant Department of Oil and Gas Engineering and Technology

References

1. Kotukh, V., Kaptsova, N., Pakhomov, Y., Kosenko, V. (2018). Information model of registration and analysis of technological factors arising during final processing og products of transport pipeline systems. International Journal of Engineering and Technology (UAE), 1(2), 73-76.
2. Kaptsov, I. I., Kotukh, V. G., Kaptsova, N. I., Paleeva, K. M., Martynenko, Ye. A. (2018). To the question of efficiency of use of pipe fittings of transport pipeline systems by technical and economic criterion. Municipal utilities of cities. 142, 32-39.
3. Kaptsov, I. I. (2016). Technology of repair of gas equipment and pipeline systems: monograph. Kharkiv: KhNUMG them. O. M. Beketova. 232.
4. Yashcheritsyn, P. I., Skorynin, Yu. V. (1994). Workability of friction units of machines. Minsk: Science and Technology. 288.
5. Kolegaev, R. N. (1980). Economic quality assessment and optimization of machine repair system. Moscow: Mechanical Engineering. 239.
6. Alifasov, O. V., Zakharovich, L. V. (1990). Technological processes of plastic deformation in mechanical engineering. Minsk: Science and Technology. 208.
7. Dekhterinsky, L. V. (1970). Some theoretical issues of ma-chine repair technology. Moscow: Higher school. 195.
8. Ryzhov, E. V., Suslov, O. G., Fedorov, V. P. (1979). Tech-nological support of operational properties of machine parts. Moscow: Mechanical Engineering. 176.
9. Kovalko, M. P. (2001). Methods and means of increasing the efficiency of functioning of gas pipeline transport systems. Kyiv: Ukrainian encyclopedic knowledge. 287.
10. Kaptsov, I. I. (1988). Reduction of gas losses on main gas pipelines. Moscow: Nedra. 160.

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Published

2020-07-01

How to Cite

Varlamov, Y., Kotukh, V., & Palyeyeva К. (2020). TECHNOLOGICAL ASPECTS OF ASSESSMENT OF RELIABILITY, QUALITY AND ENVIRONMENTAL SAFETY OF SUPPLEMENTARY MATERIAL FOR MANUFACTURE OF TRANSPORT PIPELINES: Array. Municipal Economy of Cities, 3(156), 56–61. Retrieved from https://khg.kname.edu.ua/index.php/khg/article/view/5599

Issue

Vol. 3 No. 156 (2020): Series: Engineering science and architecture

Section

статьи

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