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    • 1. 发明授权
    • Enhanced oil recovery by a miscibility enhancing process
    • 通过混溶性增强过程提高采油率
    • US4467868A
    • 1984-08-28
    • US354475
    • 1982-03-03
    • Ion Adamache
    • Ion Adamache
    • C09K8/594E21B43/16E21B43/22
    • C09K8/594E21B43/164E21B43/168Y02P90/70
    • This invention relates to a method of enhancing oil recovery from an underground reservoir containing oil. A gas which is miscible with oil at the temperature and pressure of injection is injected into the reservoir to displace oil. Injection is carried out in such a way as to make sure that a mixing zone is formed in the reservoir such that each fluid introduced is miscible with the fluid immediately preceding it and the fluid immediately following it. This is done by injecting small slugs of fluid miscible with, but different in composition from, the fluid adjacent to the perforated zone of the well. The injection of each slug is followed by a shut-in period to permit a mixing zone to establish itself.
    • 本发明涉及从含有油的地下储层提高采收率的方法。 在注射的温度和压力下与油混溶的气体被注入到储存器中以置换油。 以这样的方式进行注射,以确保在储存器中形成混合区,使得所引入的每个流体与紧邻它的流体和紧随其后的流体混溶。 这是通过注入与井的穿孔区相邻的流体可混溶但与组成不同的小块流体来完成的。 每个塞子的注射之后是闭合期,以允许混合区域建立自身。
    • 4. 发明公开
    • Recovery of elemental sulphur from products containing contaminated elemental sulphur by froth flotation
    • 通过中硫污染产品的泡沫浮选elementärem硫的回收率。
    • EP0240380A2
    • 1987-10-07
    • EP87400368.4
    • 1987-02-19
    • ION ADAMACHE
    • ION ADAMACHE
    • C01B17/027B03B9/00
    • B03B9/00B03B9/061B03D1/002B03D1/006B03D1/008B03D1/012B03D1/02B03D2201/02B03D2201/04B03D2203/005B03D2203/006C01B17/027Y02W30/521
    • A new 'cold' process for the recovery of elemental sulphur from contaminated elemental sulphur products is described. Elemental sulphur is recovered by froth flotation from: contaminated base pads of elemental sulphur blocks, stockpiles of contaminated elemental sulphur; contaminated elemental sulphur rejects from industrial handling and hauling; complex sulphur agglomerate, reject by-product from hot melting processes which is presently unprocessable and discarded (or as is otherwise referred to as 'sulphur crete melt residue'); contaminated products resulting from the exploitation processes using wells for the application of heat to reservoirs in order to recover elemental sulphur; and also from otl er sources of contaminated elemental sulphur in the oil and gas and other industries. This process comprises the steps of coarse screening, crushing, wet grinding, sizing, classifying. Then, the wet ground slurry at ambient temperature is treated by froth flotation, removing the elemental sulphur in the froth, and transporting undesirable contaminants to storage ponds or subsequent land reclamation. The initial elemental sulphur froth from the first stage of flotation is cleaned one or more times by reflotations. The cleaned elemental sulphur-bearing froth is then filtered to reinove excess water and to produce a filter cake.
    • 被描述为元素硫从单质硫污染的产品回收新的“冷”的过程。 元素硫是通过泡沫浮选回收从:元素硫的块,被污染的元素硫的储存污染基垫; 污染元素硫从工业装卸和牵引拒绝; 复杂的附聚物硫,从热熔融过程拒绝副产品所有这是目前无法处理和丢弃(或以其它方式通过向称为“硫克里特熔化残余”); 污染的产品从开采所得工艺使用井的热施加到以回收元素硫贮存器; 因此,从在油污染元素硫和天然气等行业的其他来源。 该方法包括粗筛,粉碎,湿式粉碎,上浆,分级的步骤。 然后,在环境温度下将湿地面浆料通过泡沫浮选处理,除去在泡沫中的元素硫,并输送不希望的污染物,以存储池塘或随后的土地开垦。 从浮选的第一阶段的初始元素硫泡沫由reflotations清洗一次或多次。 然后将清洁的元素硫承载泡沫被过滤以除去过量的水并产生滤饼。