EFFICIENCY OF HEAT UTILIZATION OF WASTEWATER OF “SHURTAN GASCHEMICAL COMPLEX” ENTERPRISE

Abdurakhmanova, Nasiba, Tashmamatov, Bobir

Инновацион технологиялар · 2024-yil

Annotatsiya

In the world, there are strong trends in the use of renewable energy sources (RES) inthe creation of energy-efficient systems of management of heat and fuel-energy resources.In this article, by utilizing the heat of secondary energy sources (wastewater) of “Shurtan GasChemical Complex” LLC on the basis of RES and heat pump devices (HPD), the objects of theenterprise “Shurtan GChC” LLC with additional heat energy and purified technical water thepossibility of provision was considered.The authors conducted an experimental study of the physico-chemical and technologicalparameters of waste water in this article. The quantity and heat capacity of waste water, in thecalculation of the efficiency of utilization of low-temperature waste water heat in the heat supplysystems of the enterprise “Shurtan GChC” LLC, heat-traditional methods such as technical andcalculation were used.According to the authors, the enterprise “Shurtan GChC” LLC increased the heat capacity oflow-temperature wastewater, purified technical water for technological processes, and provided theheat of the enterprise’s facilities with solar-thermal (steam compressor heat pump (SCHP) heat oflow-temperature wastewater Technological schemes of disposal, heat and purified technical waterare proposed in the SCHP) method, based on their heat capacity and energy efficiency. Taking into account the parameters of the meteorological climate of Kashkadarya region, asa result of the utilization of the heat of the low-temperature wastewater of the proposed “ShurtanGChC” LLC by the SCHP method, 350⁓400 tons of conventional fuel (coal) will be saved per year.

Maqola ma’lumotlari
MualliflarAbdurakhmanova, Nasiba, Tashmamatov, Bobir
JurnalИнновацион технологиялар
Nashr sanasi2024-12-26
Jild54
Son02
TilIngliz

Kalit so‘zlar

waste water, secondary energy sources, heat pump devices, parabolic cylindrical solar concentrator, heat supply system, energy efficiency., oqova suv, ikkilamchi energiya manbalari, issiqlik nasosli qurilmalar, parabolaslindrik quyosh konsentrator, issiqlik taʼminoti tizimi, energiya samaradorlik., сточные воды, вторичные источники энергии, теплонасосные устройства, параболоцилиндрический солнечный концентратор, система теплоснабжения, энергоэффективность.

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