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References (38)
-
A.A. Krichko, M.K. Yulin, E.V. Lavrovskaya, T.M. Ravikovich (1974)
Hydropurification of resin distillates of the semi-coking of coals from the Kansk-Achinsk basinKhim. Tverd. Topliva, 6
-
A.M. Gyul’maliev, G.S. Golovin, T.G. Gladun (2003)
Teoreticheskie osnovy khimii uglya -
J. Ancheyta (2011)
Modeling and Simulation of Catalytic Reactors for Petroleum Refining: Ancheyta/Modeling Catalytic Reactors -
T.I. Kuz’mina (2011)
Ekonomicheskaya otsenka innovatsionnykh tekhnologii proizvodstva novykh vidov ugol’nogo topliva i effektivnost’ ego ispol’zovaniya v energeticheskikh ustanovkakh -
E.E. Nikitin, N.G. Radchenko, K.B. Chernysheva (1990)
Issledovaniya v oblasti khimii i tekhnologii producktov pererabotki goryuchikh iskopaemykh -
D.A. Rozental’ (1978)
Tekhnicheskii analiz nefteproduktov: metodicheskie ukazaniya k prakticheskim rabotam -
D. Oyunbold, A.M. Syroezhko, V.A. Proskuryakov (2005)
Humic acids of the Baganuur and Kansk-AchinskbasinsZh. Prikl. Khim., 78
-
D.A. Sibarov, S.A. Kozhevnikov, N.A. Gudova, N.V. Paduto (1986)
in Issledovaniya v oblasti khimii i tekhnologii producktov pererabotki goryuchikh iskopaemykh (Researches of Chemistry and Technology of the Processing Products of Combustible Minerals), Leningrad -
A.M. Syroezhko, V.A. Itskovich, V.M. Potekhin (2016)
Dusseldorf: Palmarium Academic -
A.P. Fomin (2000)
Theory and technology of Processing of coal to coke and household fuel -
A.S. Maloletnev (1995)
Doctoral (Tech.) Dissertation, Moscow -
L.N. Shabalina (1992)
Modeling of the kinetics of thermal decomposition of coals Extended Abstract of Cand. Sci. (Chem.) Dissertation -
E.N. Loskutova, N.M. German, K.I. Bochkareva, K.N. Shiryaeva (1968)
Piroliz burykh uglei -
E.N. Shapovalova, A.V. Pirogov (2007)
Khromatograficheskie metody analiza -
V.A. Itskovich, T.G. Maslyanskaya, L.P. Tsudikova (1986)
Available from VINITI -
G.G. Bruer, A.K. Ivanchikov, M.B. Shkoller (1968)
Industrial tests of high-speed coal-pyrolysis equipment, Materialy nauchnoi konferentsii “Kompleksnoe ispol’zovanie burykh uglei Kansko-Achinskogo basseina” -
A.V. Garabadzhiu, S.N. Gromov, A.M. Syroezhko (2014)
Sovmestnaya pererabotka nefteshlamov i kislykh gudronov s uglem -
A.A. Krichko, A.S. Maloletnev, S.N. Khadzhiev (1994)
Deep processing of coal and heavy oil residuesRoss. Khim. Zh., 38
-
D. Oyunbold, A. Syroezhko, N. Slavoshevskaya, V. Strakhov (2010)
Bitumen from Mongolian and Russian ligniteCoke and Chemistry, 53
-
A.N. Chistyakov, T.P. Soboleva, A.M. Syroezhko (1993)
Laboratornyi praktikum po khimii i tekhnologii goryuchikh iskopaemykh -
A.M. Syroezhko, A.P. Mel’nik, V.A. Proskuryakov (1990)
low-ash carbon reducing agents and carbon fiber briquettes, in Issledovaniya v oblasti khimii i tekhnologii producktov pererabotki goryuchikh iskopaemykh (Researches of Chemistry and Technology of the Processing Products of Combustible Minerals), Leningrad -
D. Oyunbold, A. Syroezhko, N. Slavoshevskaya, V. Strakhov (2010)
Thermodestruction of Mongolian and Russian lignite in slow and fast pyrolysisCoke and Chemistry, 53
-
V.A. Dubrovskii (2008)
Methods and techniques for efficiency improvement of energy use from Kansk-Achinsk coal -
S.B. Frosin (2008)
Processing of high-molecular hydrocarbon material using suspended catalysts -
V.M. Gurdzhiyants (1986)
Materialy nauchnoi konferentsii “Kompleksnoe ispol’zovanie burykh uglei Kansko-Achinskogo basseina” (Proc. Sci. Conf. “Complex Use of Lignite from Kansk-Achinsk Basin”), Leningrad -
M.B. Shkoller (2001)
Polukoksovanie kamennykh uglei i burykh uglei -
J. Ancheyta (2011)
Modeling and Simulation of Catalytic Reactors for Petroleum Refining -
D. Oyunbold, A.M. Syroezhko (2007)
Mezhdunarodnaya konferentsiya “Glubokaya pererabotka tverdogo topliva—strategiya Rossii v 21 veke,” Tezisy dokladov (Int. Conf. “Deep Processing of Solid Fossil Fuel—Strategy of Russia in 21st Century,” Abstracts of Papers), Zvenigorod -
S.I. Zherebtsov (2016)
Extended Abstract of Doctoral (Chem.) Dissertation, Kemerovo -
N.D. Rus’yanova (2000)
Uglekhimiya -
D. Oyunbold, A.M. Syroezhko, V.A. Proskuryakov, Sh. Monhjargal (2005)
The structure of humic acids of the Baganuur and Kansk-Achinsk basinsKhim. Prom., 82
-
A.P. Mel’nik, P.S. Leshchenko, G.A. Murzagariev, E.U. Zhumartbaev (1988)
in Kompleksnoe ispol’zovanie uglei Kansko- Achinskogo basseina (Complex Use of Coal of the Kansk-Achinsk Basin), Leningrad -
D. Oyunbold, A. Syroezhko, N. Slavoshevskaya, V. Strakhov (2010)
Ozonization of Mongolian and Russian lignite and the derived humic acidsCoke and Chemistry, 53
-
D. Oyunbold, A.M. Syroezhko, V.M. Strakhov, N.V. Slavoshevskaya (2010)
Processing Mongolian and Russian lignite to obtain humin preparationslow-ash carbon- based reducing agents, and coal briquettes, Coke Chem., 53
-
S.R. Islamov (2009)
Processing of lignite according to the scheme of energy technology clusterUgol’, 3
-
A.N. Chistyakov (1985)
Metody issledovaniya khimicheskikh produktov termicheskoi pererabotki tverdykh goryuchikh iskopaemykh -
D. Oyunbold, A.M. Syroezhko, V.A. Proskuryakov (2006)
Household granulated fuel from different coals, Mezhdunarodnaya konferentsiya “Perspektivy razvitiya khimicheskoi pererabotki goryuchikh iskopaemykh,” Tezisy dokladov -
D. Oyunbold, A. Syroezhko, N. Slavoshevskaya, V. Strakhov (2010)
Processing Mongolian and Russian lignite to obtain humin preparations, low-ash carbon-based reducing agents, and coal briquetsCoke and Chemistry, 53
- Publisher
- Springer Journals
- Copyright
- Copyright © 2017 by Allerton Press, Inc.
- Subject
- Chemistry; Industrial Chemistry/Chemical Engineering
- ISSN
- 1068-364X
- eISSN
- 1934-8398
- DOI
- 10.3103/S1068364X17040032
- Publisher site
- See Article on Publisher Site
Abstract
The semicoking of regular lignite from the Berezovsk field in Kansko-Achinsk Basin (moisture content 1.6–19.6 wt %) at 450–550°C in a reactor with solid heat carrier is studied. The products are semicoke (up to 68.1%), tar (up to 9.5%), gas (up to 31.9%), and pyrogenetic water. The composition of the semicoking gas is quantitatively determined. Its main components are hydrogen (up to 71.7%) and methane (up to 17.2%). The heat of combustion of the semicoking gas is 12.39–16.25 MJ/m3. The yield of phenolic fractions in the semicoking tar, consisting of phenol and its alkyl derivatives with one or two short substituents (C1–C3), is 10.5–14.6%. After hydraulic purification of the gasoline fraction in the semicoking tar (below 180°C), gasoline with octane rating 75.8 (by the motor method) is obtained. It consists of aromatic, saturated, and unsaturated hydrocarbons (C5–C8). The diesel fuel derived from tar fractions distilled off at temperatures up to 350°C are of good quality, except for their low cetane rating. The high-boiling tar fractions may be used to produce lignite pitch and pitch coke. The semicoke obtained is a very effective reducing agent in the production of phosphorus. It may also be used as a lean additive in coking batch and as a component in enriched domestic coal briquets.
Journal
Coke and Chemistry – Springer Journals
Published: Jul 21, 2017