爱沙尼亚学术期刊
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作者:SIGRID HADE , ALVAR SOESOO
来源:[J].Oil Shale(IF 0.636), 2014, Vol.31 (1), pp.4-18Estonian Academy Publishers
摘要:The occurrence of Cambrian to Ordovician organic-rich black shale deposits has been known in Baltoscandia, including Estonia, for a long time. The Estonian graptolite argillite (GA) shows high to very high con­centra­tions of U (800 ppm), Mo (1000 ppm), V (1600 ppm), Ni and ...
作者:JIANLONG LIANG , DAZHEN TANG , HAO XU ...
来源:[J].Oil Shale(IF 0.636), 2014, Vol.31 (1), pp.19-29Estonian Academy Publishers
摘要:The Jimusaer oil shale, located in the northern foot of Bogda Mountain, was deposited in the Lucaogou Formation in the Upper Permian. In this paper the effect of paleostructure, paleoclimate and sedimentary environment on the mineralization of oil shale in the study area was...
作者:CEM ERDOĞAN , LEVENT BALLİCE , MEHMET SAĞLAM ...
来源:[J].Oil Shale(IF 0.636), 2014, Vol.31 (1), pp.30-41Estonian Academy Publishers
摘要:Fast pyrolysis of Göynük oil shale (GOS), polypropylene (PP) and the blend of GOS:PP on a 1:3 total carbon ratio basis was studied. The maximum product evolution temperature and the existence of synergistic effect were determined and the characteristics of pyrolysis products...
作者:XIANGXIN HAN , QINGYOU LI , MENGTING NIU ...
来源:[J].Oil Shale(IF 0.636), 2014, Vol.31 (1), pp.42-53Estonian Academy Publishers
摘要:The uncertainty about the current prices of petroleum, its growing worldwide consumption and limited availability have motivated many countries rich in oil shale resource to explore more efficient retorting technologies to widely produce and use shale oil as an alternative. On th...
作者:AWNI AL-OTOOM , MOHAMMAD AL-HARAHSHEH , MARWAN BATIHA
来源:[J].Oil Shale(IF 0.636), 2014, Vol.31 (1), pp.54-65Estonian Academy Publishers
摘要:Oil shale in Jordan and elsewhere faces many obstacles that hinder its utilisation. Recent developments of the utilization of Jordanian oil shale include the establishment of power generation companies that depend on the technology of atmospheric fluidized bed combustion sys...
作者:CHANGTAO YUE , YANG LIU , YUE MA ...
来源:[J].Oil Shale(IF 0.636), 2014, Vol.31 (1), pp.66-78Estonian Academy Publishers
摘要:Factors influencing the pyrolysis of Yaojie oil shale, such as pyro­lysis temperature, residence time, heating rate and particle size, were investigated. Pyrolysate yield was influenced most of all by pyrolysis tem­perature and residence time, followed by heating rate and pa...
作者:JANEK REINIK , IVO HEINMAA , JOHANNES RITAMÄKI ...
来源:[J].Oil Shale(IF 0.636), 2014, Vol.31 (1), pp.79-90Estonian Academy Publishers
摘要:The present study focuses on the direct chemical adsorption of CO2 onto alkaline hydrothermally activated oil shale fly ash (OSFA). The CO2 chemi­sorption experiments were conducted in a high-pressure reactor at a tem­perature of 150 °C and CO2 partial pressure of 100 bar du...
作者:LEMBI-MERIKE RAADO , REIN KUUSIK , TIINA HAIN ...
来源:[J].Oil Shale(IF 0.636), 2014, Vol.31 (1), pp.91-101Estonian Academy Publishers
摘要:Combustion of low calorific fuel – oil shale – in industrial-scale pulverized firing and circulating fluidized bed combustion boilers produces large amounts of ash. Estonian oil shale ash is characterized by a high content of free CaO as compared to those listed in the Europ...
作者:Margus PENSA
来源:[J].Oil Shale(IF 0.636), 2014, Vol.31 (2), pp.103-104Estonian Academy Publishers

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