Scientific and Technical Journal


ISSN Print 2221-3937
ISSN Online 2221-3805
This paper presents the multilink mathematical model of the recirculating pyrolysis plant (RPP) as a multi-coordinate control object as a part of ecopyrogenesis (EPG) technological complex. The developed model gives the possibility to study the control object behaviour in steady and transient modes,considering interrelation between the output coordinates, that considered to be independent at the synthesis of the separate RPP components models. The obtained results in the form of static and dynamic characteristics graphs of the RPP can be used in the further synthesis and research of the multilink automated control system of the main RPP coordinates. 
  1. Kondratenko Y.P., Kozlov O.V. Analіz Kompleksu Zadach ta Koordinat Keruvannya Tekhnologіchnim Protsesom Ekopіrogenezіsu [Analysis of Complex of Tasks and Controlled Coordinates of Technological Process of Ecopyrogenesis], (2011), J. Technical News Publ.,Ukraine, 1(33) – 2(34), pp. 13 – 16 (In Ukrainian).
  2. Kondratenko Y.P., Kozlov O.V. Sintez Sistemi Keruvannya Rіvnem Zavantazhenostі Reaktora Tekhnologіchnogo Kompleksu Ekopіrogenezіsu na Bazі Neiroregulyatorіv[Synthesis of the Reactor Load Level Control System of Ecopyrogenesis TechnologicalComplex Based on the Neural Network Controllers],(2013),J.Proceedings ONPU Publ.,Odessa, Ukraine,vupusk 1(40),pp. 122– 131(In Ukrainian).
  3. Kondratenko Y.P., Kozlov O.V.Sintez ta Doslіdzhennya Matematichnoї Modelі Bagatokonturnoї Tsirkulyatsіinoї Sistemi Kompleksu Ekopіrogenezіsu na Nechіtkіi Logіtsі[Synthesis and Research of Mathematical Model of Ecopyrogenesis Complex Multi-circuit Circulatory System on the Basis of Fuzzy Logic], (2013), J.BulletinKNTU Publ., Ukraine,1(40),pp. 122 – 131 (In Ukrainian).
  4. Markina L.M. Rozrobka Novіtn'oї Tekhnologії Energozberezhennya ta Ekologіchnoї Bezpeki pri Utilіzatsії Organіchnikh Vіdkhodіv Metodom Ekopіrogenezіsu [Development of New Energy-saving and Environmental Safety Technology at the Organic Waste Disposal by Ecopyrogenesis],(2011), J. Collected Works of NUS Publ.,vupusk4, 8 p. (In Ukrainian).
  5. Piegat А.Nechetkoe Modelirovanie i Upravlenie [Fuzzy Modelling and Control],Trans. fromengl.(2012), Мoscow, Russian Federation,BINOM Publ., 798 p.(In Russian).
  6. Saveliev I.V. Kurs Obshchei Fiziki, tom 1. Mekhanika, Kolebaniya i Volny, Molekulyarnaya Fizika [Course of General Physics, Volume 1. Mechanics, Oscillations and Waves, Molecular Physics], (1973), Moscow, Russian Federation,Science Publ.,512 p. (In Russian).
  7. Kondratenko Y.P.,KozlovO.V. FuzzyControllersin Reactors Control Systems of Multiloop Pyrolysis Plants: Proceedingsof19thFuzzyColloquium, (2012),Zittau/Goerlitz Publ., Germany, pp. 15–22.
  8. Kondratenko Y.P., Kozlov O.V.Mathematic Modeling of Reactor’s Temperature Mode of Multiloop Pyrolysis Plant, (2012),Modeling and Simulation in Engineering, Economics and Management. Lecture Notes in Business Information Processing, Springer, Vol. 115, pp. 178–187, doi: 10.1007/978-3-642-30433-0_18, url: 1217133611934ae03b61.pdf
  9. KondratenkoY.P.,KozlovO.V.Multi-Sensor’s Monitoring and Fuzzy System for Load Level Control of the Pyrolysis Reactor,(2013),Modeling and Simulation in Engineering, Economics and ManagementProceedings ofInternationalConferenceonModelingandSimulation, China, Crete, Greece, pp.15 – 16.
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