首页> 外国专利> new methods of image enhancement are poor in oil shale by moroccan kerogene mineralurgique for use directly as a fuel or for the preparation of shale oil

new methods of image enhancement are poor in oil shale by moroccan kerogene mineralurgique for use directly as a fuel or for the preparation of shale oil

机译:摩洛哥Kerogene Mineralurgique在油页岩中提供新的图像增强方法效果很差,无法直接用作燃料或用于制备页岩油

摘要

the present invention describes a new process of comprehensive treatment and development of oil shale kerogen (poor, rich in carbonates and clays. these shales are characterized by the close links between the physical - chemical organic (kerogen) mineral and gangue.the objectives of these processes by a wet process to release the kerogen and the separation of mineral phases by acid leaching, followed by chemical reagents used in the flotation of attrition (hydrochloric acid, sulfuric acid or phosphoric acid) and soft cient.oil shale enriched, thus obtained, containing kerogen in the order of 60% to 70%, depending on the nature of the acid used. they can be used directly as a fuel or they may undergo pyrolysis to prepare the oil from the oil shale.from oil shale and kerogen content of the timahdit 17% and 38% of carbonates, 45% of quartz, pyrite, clay and other minerals is oil shale enriched (sbe) of 60% to 70% of kerogen, 0% of carbonates, clays and quartz are the remnants of that were related to the structure of kerogen.the products of these processes are cac12, caso4, ca3 (po4) 2 and the ash of the burning of oil shale enriched.
机译:本发明描述了油页岩干酪根(贫,富含碳酸盐和粘土的页岩)的综合处理和开发的新方法。这些页岩的特征在于物理-化学有机(干酪根)矿物和脉石之间的紧密联系。通过湿法释放干酪根并通过酸浸分离矿物相的方法,然后是用于浮选浮选的化学试剂(盐酸,硫酸或磷酸)和富集的软油页岩,含有60%至70%的干酪根,具体取决于所用酸的性质,它们可以直接用作燃料,也可以进行热解以从油页岩中制取油。 timahdit碳酸盐的17%和38%,石英,黄铁矿,粘土和其他矿物质的45%是富含油页岩的(sbe)干酪根的60%至70%,碳酸盐,粘土和石英的0%是残余物是与干酪根的结构有关。这些过程的产物是cac12,caso4,ca3(po4)2和富含油页岩的燃烧灰烬。

著录项

  • 公开/公告号MA32179B1

    专利类型

  • 公开/公告日2011-04-01

    原文格式PDF

  • 申请/专利权人 KITANE SAID;

    申请/专利号MA20090032207

  • 发明设计人 KITANE SAID;

    申请日2009-09-08

  • 分类号C10B53/06;E21B43/16;

  • 国家 MA

  • 入库时间 2022-08-21 18:05:33

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