Тechnical-economic, financial and environmental reasons for energy saving measures in the imple-mentation of the loop air heater for technology of metallurgical waste processing
DOI:
https://doi.org/10.20998/2078-774X.2019.02.07Анотація
Carried out тechnical-economic, financial and ecological substantiation of energy saving measures during the implementation of the loop air heater for the veltst-process of processing of metallurgical waste has been carried out. The use of a loop heater raises the technology developed by the SE "UkrRTC" Energostal "for a new level of competitiveness. The main feature of the technology is the use of the original design of the air heater to utilize the heat of flue gases and heating the air, which is again sent to the technological process. Eliminates the need to burn natural gas.
Посилання
Rizhavs'kiy A. Z., Stalíns'kiy D. V., Zimoglyad A. V., Yurko V. V. (2017), “Kompleks pererobki sirovini, shcho místit' spoluki tsinku ta svintsyu [Complex for processing raw materials containing zinc and lead compounds]”, Patent SE “UkrSNC “Energostal”, Kharkiv, Ukraine, 8 р.
Rizhavs'kiy A. Z., Stalíns'kiy D. V., Zimoglyad A. V., Yurko V. V. (2017), “Kompleks pererobki sirovini, shcho místit' spoluki tsinku ta svintsyu [Complex for processing raw materials containing zinc and lead compounds]”, Application for utility model SE “UkrSNC “Energostal”, Kharkiv, Ukraine.
Rizhavs'kiy A. Z., Stalíns'kiy D. V., Zimoglyad A. V., Yurko V. V. (2017), “Kompleks pererobki sirovini, shcho místit' spoluki tsinku ta svintsyu [Complex for processing raw materials containing zinc and lead compounds]”, Application for utility model SE "UkrSNC “Energostal”, Kharkiv, Ukraine.
Yurko V. V. (2017), “Stvorennya povítronagrívacha dlya utilízatsíí̈ tepla produktív gorínnya vel'ts-protsesu [Creation of an air heater for utilization of heat of combustion products of velts process]”, Report of VІ Inter conf. “Innovative ways of modernization of basic industries, energy and resource saving, environment environment” 22–23 March SE “UkrSNC “Energostal”, Kharkiv, Ukraine, рp. 90–93.
Yurko V. V. (2017), “Stvorennya rekuperatyvnoho petlevoho povitronahrivacha dlya rozshyrennya sfery zastosuvannya za umovy zapylenoho hriyuchoho teplonosiya [Creation of a recuperative loop air heater to expand the scope of application of a dusty heating fluid]”, Report of ІV Inter conf. Humanities, natural sciences and exact sciences as the foundation of social development 26–27 January, Kharkiv, Ukraine, рp. 60–65.
Problemy ischerpaniya tsvetnykh metallov [Problems of exhausting non-ferrous metals], available at: http://kerammash.ua/rus/index.htm (accessed 23 January 2019).
(2004), Tekhnicheskiye rukovodyashchiye printsipy, kasayushchiyesya ekologicheski obosnovannoy retsirkulyatsii/utilizatsii metallov i ikh soyedineniy [Technical guidelines for environmentally sound recycling / recycling of metals and their compounds], Geneva, Switzerland, 42 р.
Bazel'skaya konventsiya [Basel Convention], available at: http://kerammash.ua/rus/index.htm (accessed 23 January 2019).
Yakovlev A. І., Sudarkina S.P., Larka M. І (2007), Orhanizatsiya promyslovoho vyrobnytstva [Organization of industrial production], Kharkiv, Ukraine, 356 р.
Nemirovs'kiy I. A (2017), “Ekonomicheskaya otsenka energosberegayushchikh proyektov [Economic assessment of energy-saving projects]”, Kharkiv, Ukraine, 152 р.
