Development of water saving technology for water supply system of industrial enterprises

Lavirko, Juriy; Akhmetov, E. A.; Akhmetova, R. V.; Bikeeva, N. G.

doi:10.1051/e3sconf/202127408004

Cited by 2 publications

(1 citation statement)

References 13 publications

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“…La ventaja de usar suministros de agua mediante un sistema de reutilización de agua dentro de una instalación industrial es un sistema altamente efectivo [17].…”

Section: Etapa De Suministro De Agua De Riounclassified

Database management of the control of a thermoelectric power generator through a river water treatment process

Sánchez-Márquez,

Torres-Díaz,

Alvarez-Lopez

et al. 2023

Proceedings of the 21th LACCEI International Multi-Conference for Engineering, Education and Technology (LACCEI 2023): “Leaders

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In this article we address the issue of database management of the control of a thermoelectric power generator by river water treatment process. The management process has been carried out using the Microsoft ACCESS database platform. In this research work, database management is similar to a SCADA system, which is generally used for the management, supervision, auditing and control of a network of industrial processes. In that sense, our database management system has helped us to audit and control process variables such as: voltage, current, level of stored water, level of treated water for consumption, steam pressure, temperature level, levels of electrical consumption, as well as the results of the management of the work of the technical and administrative staff, among others.In this paper we show another alternative for the management, supervision, audit and control of an electric power generator and at the same time of treatment of river water for domestic use, given the scarce energy resources and limited supplies of treated water.

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“…La ventaja de usar suministros de agua mediante un sistema de reutilización de agua dentro de una instalación industrial es un sistema altamente efectivo [17].…”

Section: Etapa De Suministro De Agua De Riounclassified

Database management of the control of a thermoelectric power generator through a river water treatment process

Sánchez-Márquez,

Torres-Díaz,

Alvarez-Lopez

et al. 2023

Proceedings of the 21th LACCEI International Multi-Conference for Engineering, Education and Technology (LACCEI 2023): “Leaders

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Influence of the thickness of the layer of internal deposits in pipelines of water supply and discharge systems on their remaining service life

Prodous¹,

Shlychkov

Jakubchik

et al. 2022

Vestnik MGSU

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Introduction. The practical operation of water supply networks, made of steel and gray cast iron, has proven that deposits accumulate on the inner surface of pipes under certain conditions. Deposition depends on the quality of transported water and the water flow regime, same as in gravity sewerage networks. A sediment layer accumulates in the flume of pipes if the actual flow rate is smaller than the minimum standard one. A layer of deposits in metal water pipes changes the value of the actual inner diameter of pipes and rises the pressure loss due to resistance along the pipeline length, which contributes to an increase in the energy consumption by the pumping equipment and affects the pressure value at the end point of a network. A layer of sediment in the flume of a gravity drainage network also rises losses along its length, slows down the flow rate and may block the water flow in the network. The purpose of the study is to find dependence between the remaining service life of water supply and sewerage networks, having internal deposits, and the thickness of the layer of deposits on pipe walls. Materials and methods. The authors use the dependences, that they have already derived for the hydraulic analysis of metal water supply networks and gravity sewerage networks, having internal deposits. Results. The authors have identified dependence between the remaining service life of water supply pipelines and sewerage systems and the thickness of deposits on the inner walls of pipes. Examples, confirming such a relationship, are provided. They are substantiated by graphs showing dependence between the remaining service life and the thickness of the layer of deposits in pipelines. A hydraulic criterion is proposed for projecting the term of operation of water supply and sewerage networks with internal deposits. Conclusions. The authors have proven the need to use special tables to analyze the characteristics of pipes within the framework of a hydraulic analysis of water supply and sewerage networks, having internal deposits.

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Development of water saving technology for water supply system of industrial enterprises

Cited by 2 publications

References 13 publications

Database management of the control of a thermoelectric power generator through a river water treatment process

Database management of the control of a thermoelectric power generator through a river water treatment process

Influence of the thickness of the layer of internal deposits in pipelines of water supply and discharge systems on their remaining service life

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