Modern Possibilities of Management of Technogenic-Natural Systems of Heat-Energy Objects of Industrial and Construction Industry

Kulikov, Petro; Zhuravska, Nataliia; Savchenko, A. M.

doi:10.1007/978-3-030-42939-3_13

Cited by 4 publications

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“…These used prerequisites for implementation, high efficiency of technological processes -98 %, due to the preservation of natural resources (energy resources by 20%, water resources by 5 %), the estimates of the state of technology [13] belong to the main categories of nature economics due to provide tactical intentions to create a mechanism for implementing environmental measures with the condition of a permanent basis for the use of systematization and formalization of passive monitoring data, respectively, the competent and functional state of heat supply systems [14,15]. теплопостачання теплоенергетичних об'єктів для інноваційного та конструктивного використання теплової енергії при ефективному застосуванні на усіх ділянках цих систем: генерації, нагріву води або утворення пари, транспортування до споживача, а також при використанні її споживачами багатьох галузей, у тому числі житлово-комунального комплексу та будівельної галузі.…”

Section: Economics and Region № 4 (79) -2020 -Yuri Kondratyuk Nationaunclassified

“…The hierarchical structure of passive monitoring, against the background of long-term analysis and systematization of the dynamics of transformations of the constituent material flows of feasibility studies, allows to identify trends and characterize the process of self-organization into complex heterogeneous inorganic systems due to electromagnetic fields and thermodynamic mechanism of their transformation. In previous studies [13] it was found that magnetized material flows are characterized by deceptive mass or energy exchange. And further research has shown the effectiveness of the mechanism of water treatment using electromagnetic fields in the heat supply systems of the feasibility study.…”

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Systematization and Formalization of Passive Monitoring Data in Accordance with the Component-Functional State of Heat Supply Systems

Zhuravska

Likhatskyi

2020

ЕіР

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The article examines the assessment of the state of water and hot heat supply systems of heat and power facilities for innovative and constructive use of thermal energy, with effective use in all areas of these systems: generation, for heating water or for generating steam, transporting it to the consumer, as well as when it is consumer so rich industries. Including the housing and communal complex and the construction industry – for example, a scientific and methodological concept has been created for the implementation of passive monitoring to assess the state of heat supply systems, under the conditions of the initial action, on material flows in them of electromagnetic fields. It has been established that an effective form of reagent-free water preparation in electromagnetic fields is technogenic – the nature of material flows due to the electromagnetic dissociation of their micro particles and the formation of active complexes (due to the interaction between them) is determined. It has been established that as a result of passive monitoring, the systematization and formalization of its data should be carried out taking into account three aspects: engineering - technological, engineering – microbiological and organizational – managerial decisions. It is shown that the passive monitoring system is an obligatory subordinate component of environmental management in the industrial sphere – heat and power facilities of water and steam heat supply systems of an innovative direction. The analysis of the content of the point of view of Ukrainian and foreign scientists, monographs is carried out and joint conclusions are made in the conditions of the illuminated literary material under the following headings: the main economic, environmental and regulatory aspects of nature management; the formation of the biosphere in the conditions of transformation of its individual components; methods of environmental management and environmental policy and the like. In these conditions, the formation of an effective economic mechanism for environmental management is of priority; on the central issue of integral management, it requires clarification – formalization of parameters should be considered effective, which make it possible to clarify a compromise between economic development and environmental safety. It is the economic and environmental analysis of the components of technological processes that makes it possible to establish the limiting factors of development in the system (action – state – improvement) and to determine individual patterns (tendencies) in order to overcome them. The theoretical principles of magnetized water are presented in the works, and the priority level is confirmed by the receipt of three patents of Ukraine for useful action and one copyright certificate for intellectual property, and received support at domestic and foreign conferences. The proposed levers improve integral control in the process of modernizing the technology of non-reagent water treatment (use of electromagnetic fields) at heat and power facilities of rich operating industries and make it impossible to process environmental pollution and save energy costs with effective continuous planning of new facilities. Therefore, through the analysis of the general environmental situation, the technical state of the initial data systems, it is possible to confirm the developed classification and formalization of passive monitoring data, on the use of theoretical foundations in practice – the regulations for industrial implementation, is the basis of the concept of sustainable development.

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Section: Economics and Region № 4 (79) -2020 -Yuri Kondratyuk Nationaunclassified

mentioning

confidence: 97%

Systematization and Formalization of Passive Monitoring Data in Accordance with the Component-Functional State of Heat Supply Systems

Zhuravska

Likhatskyi

2020

ЕіР

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“…The authors of [16,17] propose information models of construction object on BIM-Based Design. The accuracy of the primary data determines the resolution parameter when conducting photo fixation, probing, scanning and other types of measurements [18][19][20][21].…”

Section: Introductionmentioning

confidence: 99%

Information Simulation of Life Cycle of Building Territory at Master Planning Based on BIM-model

2020

IJETER

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The article is devoted to information simulation of life cycle of building territory at master planning ased on Building Information Modeling (BIM) technology. The model of building territory is presented as an integrated system, which consumes information from the environment and transmits information about its state to the environment to increase its information potential. In the study process of master planning is carried out in four stages. There are obtaining initial data, assessment and analysis of the resulting a digital terrain model, clarification of the mark of the master planning according to the spatial data of obtaining topographic surveys and geology-based correction. The decision-making algorithm for the master planning of the building territory is developed and presented. The results are BIM model of the macro-planning building territory, working 3D geology and TIN-models of surfaces for each information layer. The study considers eight stages of the life cycle of building territory based on BIM-technology. There are strategic definition, preparation and brief, concept design, developed design, technical design, construction, handover and close out and exploitation. The BIM-model of a building territory at master planning is a set of databases about a construction logical geospace, which are accessed through graphical interfaces various software.

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“…Нами были определены стратегические цели и принципы политики Украины по охране окружающей среды в этой области, механизмы реализации мероприятий по модернизации системы охраны природной окружающей среды. В работах [1][2][3][4][5][6] подчеркивается ресурсно-информационная стратегия экологического развития.…”

Section: Introductionunclassified

Characteristics of Relations in Ecological-Economic Control of Heat-Power Objects Systems Using Reagent-Free Water Preparation

2020

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С учетом системно-обобщенного подхода предложена методика, которая позволяет правильно оценить и выбрать оптимальные нагрузки на теплоэнергетический объект для систем теплоснабжения с использованием безреагентной подготовки воды, а также прогнозировать последствия техногенных влияний. Проанализированы внешние экологоэкономические влияния. На приоритетной основе рассмотрено и установлено влияние экологических ситуаций и их формирование под воздействием внешних факторов для систем теплоэнергетических объектов.Ключевые слова: эколого-экономическое управление; теплоэнергетический объект; техногенное влияние; экологическая ситуация; промышленное природопользование.

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Modern Possibilities of Management of Technogenic-Natural Systems of Heat-Energy Objects of Industrial and Construction Industry

Cited by 4 publications

References 0 publications

Systematization and Formalization of Passive Monitoring Data in Accordance with the Component-Functional State of Heat Supply Systems

Systematization and Formalization of Passive Monitoring Data in Accordance with the Component-Functional State of Heat Supply Systems

Information Simulation of Life Cycle of Building Territory at Master Planning Based on BIM-model

Characteristics of Relations in Ecological-Economic Control of Heat-Power Objects Systems Using Reagent-Free Water Preparation

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