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Information × Registration Number 0213U006821, 0111U000112 , R & D reports Title Phisical and chemical basis of the heat energy and amorphous silicon oxide are soobtaining from waste of rise production popup.stage_title Head Soroka Petr Ignatievich, Registration Date 09-01-2014 Organization State higher educational entity "Ukrainian State University of Chemical Technology" popup.description2 The object of research - the thermochemical processing of rice husk with simultaneous production of amorphous silicon dioxide and heat energy in dynamic conditions. The purpose of work- to develop and create a test bench. The influence of the main process parameters on the physical and chemical properties of the end products and energy performance of the process to explore at them. Researches methods - experimental studying and extension general behaviors of process with applied approval methods of microscopy, thermometry, X-ray and photometric analysis. Based on the results of previous theoretical studies, a test bench for studying the effect of initial parameters for completeness thermochemical transformation of plant material and assess the energy potential of the process was created. Experimentally, under appropriate conditions , samples of amorphous silica and silicon-carbon compositions was obtained. The relative limits of change process parameters were clarified. The results of previous theoretical studies were experimentally confirmed. Silicon- carbon composites successfully used in the rubber mixtures and as an adsorbent for purification water from oil. It is shown that the processing of rice husk passes autothermally , the heat of combustion products disposed appropriate. Field of use: С 20.59 - production of other chemical products Product Description popup.authors Гура Денис Валерійович Кублік Лідія Олексіївна Пашкіна Ольга Іванівна Сорока Петро Гнатович Тертишний Олег Олександрович popup.nrat_date 2020-04-02 Close
R & D report
Head: Soroka Petr Ignatievich. Phisical and chemical basis of the heat energy and amorphous silicon oxide are soobtaining from waste of rise production. (popup.stage: ). State higher educational entity "Ukrainian State University of Chemical Technology". № 0213U006821
1 documents found

Updated: 2026-03-19