Відповідність принципу термодинамічної двоєдності, як причини відходоутворювання

The purpose of the research is the development and research of an innovative production system management technology that allows changing the qualitative component of the used energy and minimizing the entropy of the technological process, due to its redistribution into the supersystem, which becomes a donor for new energy. This new energy is able to affect the components of raw materials that cannot be processed according to traditional technology, reducing the amount of waste at the source of their occurrence. A feature of the traditional technological process is the redistribution of the used energy by quality and its reservation for processing only that part of the raw materials, from which a marketable product is then obtained product. But at the same time, as a result of such borrowing of high-quality energy spent on the production of useful products, the share of entropy that settles in the spontaneously processed, but «unnecessary» material part of production - waste - increases. Ideas are presented for the development of waste management methodology at the source of their occurrence - the technological process. The basis of research is the principle of thermodynamic duality, which refers to the ratio of the component raw material base of the technological process and its energy capabilities at the limit of thermodynamic disequilibrium. The recognized range of parameters of the technological process within which the process of matching energy sources required for the technological process with the components of its raw material base in order to minimize waste is possible. The methodology for evaluating the last indicator allows you to objectively evaluate possible target modernizations in the technological process. As an indicator of scientific novelty, this approach is the basis of the method of determining the theoretical minimum of waste generation directed to the natural environment from the production sector. In the development of the principle of thermodynamic duality, methodological foundations are provided for identifying such an indicator as the theoretical minimum of waste generation in the technological process

Publication Details

Journal
The Scientific Issues of Ternopil Volodymyr Hnatiuk National Pedagogical University Series pedagogy
Published
2024-12-26
Primary Topic
Environmental and Industrial Safety
Type
article
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article

Відповідність принципу термодинамічної двоєдності, як причини відходоутворювання

The Scientific Issues of Ternopil Volodymyr Hnatiuk National Pedagogical University Series pedagogy
Environmental and Industrial Safety
article

Відповідність принципу термодинамічної двоєдності, як причини відходоутворювання

article en

Abstract

The purpose of the research is the development and research of an innovative production system management technology that allows changing the qualitative component of the used energy and minimizing the entropy of the technological process, due to its redistribution into the supersystem, which becomes a donor for new energy. This new energy is able to affect the components of raw materials that cannot be processed according to traditional technology, reducing the amount of waste at the source of their occurrence. A feature of the traditional technological process is the redistribution of the used energy by quality and its reservation for processing only that part of the raw materials, from which a marketable product is then obtained product. But at the same time, as a result of such borrowing of high-quality energy spent on the production of useful products, the share of entropy that settles in the spontaneously processed, but «unnecessary» material part of production - waste - increases. Ideas are presented for the development of waste management methodology at the source of their occurrence - the technological process. The basis of research is the principle of thermodynamic duality, which refers to the ratio of the component raw material base of the technological process and its energy capabilities at the limit of thermodynamic disequilibrium. The recognized range of parameters of the technological process within which the process of matching energy sources required for the technological process with the components of its raw material base in order to minimize waste is possible. The methodology for evaluating the last indicator allows you to objectively evaluate possible target modernizations in the technological process. As an indicator of scientific novelty, this approach is the basis of the method of determining the theoretical minimum of waste generation directed to the natural environment from the production sector. In the development of the principle of thermodynamic duality, methodological foundations are provided for identifying such an indicator as the theoretical minimum of waste generation in the technological process

The Scientific Issues of Ternopil Volodymyr Hnatiuk National Pedagogical University Series pedagogy
Responsible consumption and production
Openalex Percentile: Top 60%
Environmental and Industrial Safety
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