Abstract
Improvement of the operation processes of electrotechnology wastewater purification systems under the energy efficiency criterion
Highlights
The research is conducted to justify of substantiating scientific foundations for the functioning of electrotechnological wastewater treatment systems of continuous production
The research includes stages: − Substantiation of the improvement of methods for creating technological regulations for wastewater purification systems based on the criterion of energy efficiency; − Substantiation of methods for improving the functioning of electrotechnological wastewater purification systems based on effective processing of measurement information; − Development of a model of a water purification process control system when processing measurement information in real time; − Experimental study of the created control system for electrotechnological water purification at a meat processing plant; − Analysis of the research results of electrotechnological water purification systems for continuous production for compliance with the requirements for the efficient use of energy resources
Analysis of the logical model indicates that the key element for creating the technical specifications (TS) is the development of a complex criterion for the efficiency evaluation of the use of electrotechnology wastewater purification means [25]
Summary
The research is conducted to justify of substantiating scientific foundations for the functioning of electrotechnological wastewater treatment systems of continuous production. The use of technical and technological solutions to ensure the processes of wastewater treatment are to provide peculiar valid technological modes for the operation of such systems and meet the requirements of environmental safety and quality of wastewater purification [1, 2]. Establishing a relationship between energy consumption levels and the quality of wastewater treatment appears to be an individual task in the formation of the resource allocation for the operation of the industrial wastewater purification systems. Increased efficiency is achieved by improving the technological regulations for the appropriate complex of equipment for wastewater purification based on the current water passport of the enterprise [3]. The sequence of creating the requirements documents, as universal decisions, is to be based on permanent, temporary, non-recurrent technical specifications (TS) as well as the peculiarities of operation of the specific equipment, which is currently installed at the enterprises. The common drawbacks of such methods is that it is necessary to monitor dozens of parameters of water quality and technological processes in real time
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