爱沙尼亚学术期刊
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作者:ALBERT L. LAPIDUS , VAGIF YU. KERIMOV , RUSTAM N. MUSTAEV ...
来源:[J].Oil Shale(IF 0.636), 2018, Vol.35 (2), pp.113-127Estonian Academy Publishers
摘要:The generative potential of kerogenous shale sequences in the Caucasus Maykopian series, the southern part of European Russia, is evaluated. The Khadum and Batalpashin sediments in the Eastern and Central Fore-Caucasus include three types of kerogen: I, II and III. The Khadu...
作者:EYAD S. M. ABU-NAMEH , OMARX S. AL-AYED† , AHMAD JADALLAH
来源:[J].Oil Shale(IF 0.636), 2019, Vol.36 (2S), pp.179-187Estonian Academy Publishers
摘要:The result of quantitative determination of selected non-hydro­carbon elements present in shale oils produced by pyrolysis of oil shales from El-Lajjun, Attarat Umm Ghudran, Al-Wehda dam and Al-Sultani deposits is presented. Fischer Assay analysis of oil shales indicated the...
作者:JING HAN , YOUHONG SUN , WEI GUO ...
来源:[J].Oil Shale(IF 0.636), 2019, Vol.36 (2S), pp.151-170Estonian Academy Publishers
摘要:In this work, the thermal behavior of Nong’an oil shale of China was investigated and its pyrolysate analyzed in order to provide optimal pyrolysis parameters for the oil shale in-situ pyrolysis pilot project. Through thermogravimetric analysis (TGA) it was noted that the ma...
作者:TAYEL EL-HASAN
来源:[J].Oil Shale(IF 0.636), 2018, Vol.35 (1), pp.70-83Estonian Academy Publishers
摘要:This study aimed to investigate the changes in oil shale (OS) ash as treated by the aerobic combustion process (ACP) and anaerobic pyrolysis process (APP). ACP ashes had all major oxides, and the trace elements con­tent increased with burning temperature increasing up to 100...
作者:ZHIQIN KANG , JING ZHAO , DONG YANG ...
来源:[J].Oil Shale(IF 0.636), 2017, Vol.34 (1), pp.42-54Estonian Academy Publishers
摘要:The micron-scale (µm) pore is the main channel of fluid percola­tion. The evolution of µm-sized pore structures in a cylindrical oil shale sample (φ = 0.82 × 7 mm) at different temperatures was investigated by high-precision micro-computed tomography (micro-CT) scan tec...
作者:TÕNU PIHU , ALAR KONIST , DMITRI NESHUMAYEV ...
来源:[J].Oil Shale(IF 0.636), 2017, Vol.34 (3), pp.250-262Estonian Academy Publishers
摘要:The paper presents analysis of data obtained from tests of oil shale (OS) and peat co-combustion in a full-scale 250 MWth (useful heat output) circulating fluidized bed (CFB) boiler. The tests were conducted at nominal boiler load, with peat thermal input up to 30%. During t...
作者:NI PAN , CHANGCHENG CHEN , YONGHUA YOU ...
来源:[J].Oil Shale(IF 0.636), 2017, Vol.34 (2), pp.167-180Estonian Academy Publishers
摘要:This paper presents a new mathematical model of the heat transfer characteristics for oil shale particles during the retorting. In this process, the heat transfer within oil shale particles affects shale oil yield and energy consumption. To explore the heat transfer characte...
作者:Jelena Jurjeva , Mihkel Koel
来源:[J].Oil Shale(IF 0.636), 2019, Vol.36 (3), pp.410-430Estonian Academy Publishers
摘要:This study investigated polycyclic aromatic hydrocarbons (PAHs) and hydrocarbon oil index (HOI) pollution in the soil on the territories of two former primitive asphalt pavement plants (APPs) in Estonia. The standard quantitative methods for the chemical characterisation of the o...
作者:XIAOYANG LI , ZE WANG , JINGDONG HE ...
来源:[J].Oil Shale(IF 0.636), 2019, (2), pp.271-284Estonian Academy Publishers
摘要:The combustion characteristics of Huadian oil shale and its semicoke are comparatively studied using a thermobalance (TB) and a drop-tube furnace (DTF). It is found that the ignition mechanism of oil shale and semicoke is hetero-homogeneous and heterogeneous, respectively. D...
作者:WEI KONG , DANFENG TU , YANGLU WAN ...
来源:[J].Oil Shale(IF 0.636), 2018, Vol.35 (4), pp.291-303Estonian Academy Publishers
摘要:The Jimusaer oil shale (JOS) of the Upper Permian Lucaogou Forma­tion in the southeastern margin of the Junggar Basin, Northwest China has retained a close relationship with the Bogda orogeny. JOS samples were studied for organic geochemistry, and samples of other rocks coll...

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