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Information × Registration Number 0225U003595, (0124U004588) , R & D reports Title Models and methods of thermodestruction of organic raw materials of arbitrary composition by means of automatic control of raw material supply popup.stage_title Розробка методів та моделей ідентифікації складу сировини за рахунок визначення рівноважного складу продуктів термічної деструкції. Розробка моделі об'єкта керування автоматизованої системи для установки термічної деструкції при переробці органічних відходів довільного складу. Розробка автоматизованої системи керування установкою термічної деструкції для переробки органічних відходів довільного складу. Head Brunetkin Oleksandr I., Доктор технічних наук Registration Date 18-07-2025 Organization Odesa Polytechnic National University popup.description1 The goal of the project is to increase the efficiency of energy sources use obtained in the process of controlled thermodegradation of organic raw materials of variable composition and reduce environmental impact by identifying the composition of raw materials using methods and models for calculating the equilibrium composition of decomposition products. popup.description2  The aim of the work is to develop an automated control system for the technological process of thermal destruction of organic solid household waste of various origins, which ensures stable and efficient operation of the plant by modeling and optimizing pyrolysis and gasification modes, taking into account the variable composition of raw materials, determining the energy characteristics of products, and implementing modern control methods based on mathematical and simulation modeling. Research methods. Analytical, mathematical, and simulation research methods were used, such as thermodynamic analysis methods for assessing the energy characteristics of thermodestruction products, mathematical modeling methods for constructing differential models of the control object, numerical modeling, and computer simulation of pyrolysis and gasification processes for analyzing and optimizing the operating modes of the plant under conditions of variable composition of solid household waste. Scientific novelty of the work and results obtained. 1. A methodology for determining the energy characteristics of thermodestruction products of organic solid household waste has been developed. 2. A new mathematical model of the pyrolysis thermodestruction process in the form of a linear approximation differential system has been proposed. 3. A simulation model of the thermal destruction process has been created in a software simulation environment to analyze the dynamics of the plant in different modes. 4. A concept for the construction of an adaptive automated control system for an organic waste thermal destruction plant has been developed. 5. An algorithm for adaptive control of the operating modes of a pyrolysis plant using information about the gross formula of raw materials has been substantiated. 6. The approach to determining the gross formula of household waste as a complex multicomponent mixture has been improved. Product Description popup.authors Aryku Ihor V. Bielov Viktor O. Babenko Oleksandr V. Behlov Kostiantyn V. Boiev Oleksandr P. Horalik Oleksii Ye. Zhukovskyi Vladyslav R. Zakharov Yurii F. Zyma Ivan V. Kapalin Valentyn V. Kryvda Viktoriia I. Linnyk Oleksii O. Lesiv Bohdan I. Mitiaiev V'iacheslav B. Muzyka Dmytro O. Panin Viktor O. Popov Oleksandr Yu. Sklifasovskyi Denys Ye. Sokoliuk Serhii O. Solohub Oleksandr V. Stafidov Yevhenii B. Sukhan Ruslan V. Tinhaiev Yevhenii O. Tochynskyi Mykyta O. Khyrnyi Valerii I. Chebanenko Maksym O. popup.nrat_date 2025-07-18 Close