Method of improving oil recovery by using electromagnetic flow meter

Abstract: The information on the method of using electromagnetic flowmeter to enhance oil recovery is provided by excellent flowmeter and flowmeter manufacturers. Abstract: How to use electromagnetic flowmeter to enhance oil recovery, this technology can improve the chemical properties of oil interception and oil interception. A general term for oil recovery methods that improve the efficiency of macro-sintering and Hui-guan crude oil. Under this definition. Enhanced oil recovery technologies can be included. More flowmeter manufacturers select models and price quotations. You are welcome to inquire. The following is the details of the article on the use of electromagnetic flowmeters to enhance oil recovery. Abstract: How to use electromagnetic flowmeter to improve oil recovery, this technology can improve the chemical properties of oil interception and oil interception. A general term for oil recovery methods that improve the efficiency of macro-sintering and Hui-guan crude oil. Under this definition. Enhanced oil recovery techniques can include various oil recovery methods other than those utilizing natural energy to maximize production and water flooding for the purpose of maintaining formation pressure. Oil recovery depends on the sweep efficiency (VolumetricSweepEfficiency) and oil control efficiency (OilDisplacementEfficiency) of crude oil in the oil reform. Therefore, all enhanced oil recovery technologies are based on the improvement of sweep efficiency and oil removal efficiency. . However, due to the difference in price method and coarse replacement medium, the advantages and adaptability of various enhanced oil recovery technologies are quite different. According to the special medium and crude replacement method, the existing enhanced oil recovery technologies can be divided into chemical flooding, gas flooding, thermal oil recovery, and biological extraction and pumping. 1. Chemical flooding usually uses a specific chemical agent or its composite system as the oil displacement agent, and is based on improving the flow characteristics of the cladding fluid and improving the interface characteristics between the oil control agent, the crude oil and the reservoir pores. All oil recovery methods are collectively referred to as chemical flooding. The common chemical control methods are sterilization compound, surface active Jingban, alkaline water solution, chemical compound crude (such as surface active Jing-rolling compound two-binary compound compound, child-surface-active Jing-rolling compound three-lanyuan compound). composite suit) etc. 2. Gas flooding All oil recovery methods that use gas as the main oil-removing medium are collectively referred to as gas flooding. According to the report note J, the phase characteristics of gas and formation crude oil, gas shift can be divided into gas phase shift and gas immiscible phase There are two major categories of gas. The gases used for oil-trafficking are usually CO., N., light hydrocarbons, flue gas, etc. 3. Thermal oil recovery inject J, thermal fluid into the oil interceptor or make the crude oil in the oil layer burnt. The formation of moving heat flow reduces the dryness of crude oil. Oil recovery methods that increase the flow capacity of crude oil are collectively referred to as thermal recovery. This is the most effective method for oil interception and extraction for heavy oil. According to the method of oil interception, thermal oil recovery can be divided into three categories: thermal fluid method, chemical thermal method and physical thermal method. Thermal fluid method The method is to inject the fluid (such as steam, hot water, etc.) heated on the ground into the oil layer as a hot body. Chemothermal methods generate heat basins through chemical reactions that take place in oil reservoirs. Such as burning oil layer, liquid phase plate and so on. Junli heat method is an oil recovery method that uses physical fields such as electricity and electromagnetic waves to heat crude oil in oil layers. This is a new and promising method of oil extraction. 4. Microbial Enhanced Oil Recovery (Microbial Enhanced Oil Recovery)—MEOR) is a kind of oil recovery method that utilizes bio-organisms and their metabolites to act on crude oil in oil and oil, improve the flow characteristics and physicochemical properties of crude oil, and improve the sweep volume of oil-displacing agents and the oil efficiency. In addition to the above four types of methods, the deep profile control of the oil layer and the material-moon li method (such as acoustic wave, electric field, etc.) acting on the deep oil layer also belong to the category of enhanced oil recovery technology. The above is the whole content of this article. You are welcome to inquire about the flowmeter selection and quotation of our factory. 'Using electromagnetic flow meter to enhance oil recovery method'
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