EXPERIMENTAL STUDY OF THERMOCHEMICAL CONVERSION PROCESS FOR PLANT BIOMASS INTO COMBUSTIBLE GAS AND BIOCARBON ON INSTALLATION OF SCREW TYPE

  • E.V. Sklyarenko Institute of Engineering Thermophysics of National Academy of Sciences of Ukraine, Kyiv
  • B.D. Bileka Institute of Engineering Thermophysics of National Academy of Sciences of Ukraine, Kyiv
Keywords: biomass, thermochemical conversion, pyrolysis, filtration of the gas heat medium, screw reactor

Abstract

Installation of screw type that implements the technology of thermochemical conversion of small fraction plant biomass into combustible gas and biocarbon is proposed. The technology is based on the use of high-speed pyrolysis of biomass in combined heating and filtering high temperature products of incomplete combustion of hydrocarbon gas through the pressed movable layer. Temperature distribution of conversion products and their output along the reactor length depending on process temperature, dwell time, heat transfer medium parameters and initial plant biomass are investigated on the basis of the developed mathematical model. The results of theoretical and experimental studies of the basic regime parameters of process are presented. Bibl. 11, Fig. 4.

Author Biography

B.D. Bileka, Institute of Engineering Thermophysics of National Academy of Sciences of Ukraine, Kyiv

Doctor of Technical Sciences

References

Kozlov V.N. [Wood pyrolysis], Moscow : Izdatelstvo AN SSSR, 1952, 283 p. (Rus.)

Patent na vinahid 43070 A Ukra¿na, MPK S10V 53/02 [Wood pyrolysis method], Nosach V.G. ²vanova L.²., Javorovs’kij P.P., Skljarenko E.V., Rodionov V.I.; vlasnik: Institut tehnichnoj teplofiziki NAN Ukra¿ni. — №2001020750; zajavl 02.02.2001, Publ. 15.11.2001, Bjul. 10. (Ukr.)

Patent na vinahid 102789 C2 UA, MPK C 10 B 51/00, C 10 B 53/02, C 10 B 53/00, C 10 J 3/00, F 23 J 15/00, F 23 G 5/027, F 23 G 7/00, F 23 L 15/00, [Power and technological method of biomass processing], Nosach V.G., Basok B.I., Bileka B.D., Demidenko S.K., Pogozhev V. M., Skljarenko E.V.; vlasnik: Institut tehnichnoi teplofiziki NAN Ukraini. — № a2012 07752; zajavl.: 25.06.2012. — Publ. 12.08.2013, Bjul. 15. (Ukr.)

Bashtovoj A.I., Skljarenko E.V. [Mathematical simulation of wood gasification process], Promyshlennaja teplotehnika, 2006, 28 (6), pp.71–77. (Rus.)

Nosach V.G., Skljarenko E.V., Rodionov V.I. [Investigation of thermochemical processing of wood in pressed movable and filtered layer], Promyshlennaja teplotehnika, 2005, 27 (5), pp. 66–69. (Rus.)

Berbenev V.I. Gas combustion in furnaces of heating without oxidation and low oxidation heating, Leningrad : Nedra, 1988, 175 p. (Rus.)

Zajchenko V.M., Shpil’rajn Ye.Ye., Shterenberg V.Ja. [Complex processing of natural gas with hydrogen production for power engineering and carbon materials of wide industrial application], Teplojenergetika, 2006, (3), pp. 51–56. (Rus.)

Zajchenko V.M., Kosov V.V., Kosov V.F., Sinel’shhikov V.A., Sokol G.F. [New composite carbon material : Technology and prospects], Stal’, 2008, (4), pp. 77–84. (Rus.)

Zajchenko V.M., Kosov V.V., Kosov V.F., Sinel’shhikov V.A., Sokol G.F. [Experimental substantiation of technology of complex processing of wood waste and natural gas], Teplojenergetika, 2008, (7), pp. 47–53. (Rus.)

Kuznecov I.E., Troickaja I.M. [Air pool protection from pollution by harmful substances], Moscow : Himija, 1979, 344 p. (Rus.)

Bileka B.D., Kabkov V.Ja., Skljarenko E.V., Pogozhev V.N. [Ways of improving thermal and environmental characteristics of gas turbine and gas piston motor — operated cogeneration plants], Aviacionno-kosmicheskaja tehnika i tehnologija, 2011, (10). (Rus.)

Published
2016-06-20
How to Cite
Sklyarenko, E., & Bileka, B. (2016). EXPERIMENTAL STUDY OF THERMOCHEMICAL CONVERSION PROCESS FOR PLANT BIOMASS INTO COMBUSTIBLE GAS AND BIOCARBON ON INSTALLATION OF SCREW TYPE. Energy Technologies & Resource Saving, (2), 43-49. Retrieved from https://etars-journal.org/index.php/journal/article/view/120
Section
Raw material processing and resource saving