From the experience of utilization of sewage heat in Hostel

Author:

Mamedova Tawus,Bayramov Arslan,Gurdov Kadyr,Gylychmyradov Muhammetmyrat

Abstract

This research paper explores the feasibility of utilizing heat from sewage effluent to heat the drying room in student hostel No. 2 of the State Energy Institute of Turkmenistan. Temperature measurements revealed that sewage water typically ranges around 29.5 °C. While initial measurements indicated that drainage from the washing machine, reaching 36.5 °C, held limited potential for space heating due to low overall thermal capacity, the authors investigated the possibility of reusing this thermal energy. The study found that preheating water in a heat exchanger using the washing machine discharge (36.5 °C) resulted in a reduction of 0.065 kWh of electrical energy consumption over a 60-minute operation.

Publisher

EDP Sciences

Reference13 articles.

1. State The “Energy saving program for 2018-2024” in Turkmenistan 2018 (Ashgabat)

2. Yaxiu G., Huqiu D., Yu G., Huanjuan Z., The potential of urban wastewater heat: The feasibility analysis of using wastewater source heat pump Int. Symposium on Water Resource and Environmental Protection, 1481–84 (2011)

3. Heat Recovery from Urban Wastewater: Analysis of the Variability of Flow Rate and Temperature in the Sewer of Bologna, Italy

4. Schmid F., Sewage water: interesting heat source for heat pumps and chillers, Energy-engineer FH, Swiss Energy Agency for Infrastructure, Plants. Zürich, Switzerland (2009)

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