«Equipment and technologies for oil and gas complex»

Energy efficiency of technological processes at the Astrakhan gas processing plant

UDC: 658.26:620.98
DOI: 10.33285/1999-6934-2023-3(135)-10-19

Authors:

¹ Astrakhan State University of Architecture and Civil Engineering, Astrakhan, Russia

Keywords: feeding water, waste water boilers, feeding water quality and composition, corrosion, steam condensate, energy efficiency, energy saving

Annotation:

This is one more article devoted to the problems of energy efficiency, energy saving at a number of technological installations of the Astrakhan gas processing plant (GPP). In the context of the western countries unprecedented sanctions pressure on Russia, improvement of technological processes energy efficiency at the RF oil and gas industry enterprises by applying energy-saving technologies is becoming one of the main priorities of Russia's energy strategy for the coming decades. Currently, it is becoming not only a reserve for the development and creation of new, competitive high-tech industries, but also our response to the new challenges of the modern world. We often come across statements, ideas that energy efficiency is the introduction of innovative (Western) energy-saving technologies and the underestimation of our competent specialists capabilities. But in fact, the problems of energy efficiency improvement often lie on the surface – first of all, knowledge and compliance with the requirements of regulatory-technical documentation that have existed since the Soviet Union era, in which certain technical solutions have long been defined. The competence of specialists, their knowledge of the regulatory-technical framework and desire (motivation) are those factors that ultimately determine the introduction of many energy-efficient, energy-saving technologies. The article considers a number of technological installations, which suffered incorrect mistakes during their designing, various energy-saving measures are proposed to promote high energy efficiency of the Astrakhan GPP.

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