RU2020111384A - Process changes in physical and chemical properties of oil-water emulsion produced from oil wells to produce "COMMERCIAL OIL", changes in physico-chemical properties of "COMMERCIAL OIL" in the processing of The oil products and changes in physical and chemical properties TYPES OF FUELS IN THE PREPARATION OF FUELS TO USE THE "DEVICE HYDRODYNAMICAL ROTARY CAVITATION " - Google Patents

Process changes in physical and chemical properties of oil-water emulsion produced from oil wells to produce "COMMERCIAL OIL", changes in physico-chemical properties of "COMMERCIAL OIL" in the processing of The oil products and changes in physical and chemical properties TYPES OF FUELS IN THE PREPARATION OF FUELS TO USE THE "DEVICE HYDRODYNAMICAL ROTARY CAVITATION " Download PDF

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RU2020111384A
RU2020111384A RU2020111384A RU2020111384A RU2020111384A RU 2020111384 A RU2020111384 A RU 2020111384A RU 2020111384 A RU2020111384 A RU 2020111384A RU 2020111384 A RU2020111384 A RU 2020111384A RU 2020111384 A RU2020111384 A RU 2020111384A
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oil
fuels
water
chemical properties
changes
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RU2020111384A
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Russian (ru)
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RU2020111384A3 (en
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Борис Васильевич Мусаев
Виктор Васильевич Сухой
Владимир Иванович Ворылин
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Борис Васильевич Мусаев
Виктор Васильевич Сухой
Владимир Иванович Ворылин
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Priority to RU2020111384A priority Critical patent/RU2020111384A/en
Publication of RU2020111384A3 publication Critical patent/RU2020111384A3/ru
Publication of RU2020111384A publication Critical patent/RU2020111384A/en

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1. Способ изменения физико-химических свойств водонефтяной эмульсии, добытой из нефтяной скважины для производства «товарной нефти», изменения физико-химических свойств «товарной нефти» при переработке в нефтепродукты и изменения физико-химических свойств типов топлив при подготовке топлив к использованию, отличающийся тем, что все примеси до молекул в водонефтяной эмульсии и в транспортной нефти, в топливах, полученных при нефтепереработке, длительно (месяцами) сохраняет приобретенные свойства, разрыв молекулярных связей жидкостей универсален для промышленного применения в каждом месте добычи водонефтяной эмульсии из нефтяной скважины и далее для получения товарной нефти и ее закачки в нефтепровод, для транспортировки нефти на НПЗ, для подготовки топлив к использованию в двигателях.1. A method of changing the physicochemical properties of an oil-water emulsion extracted from an oil well for the production of "commercial oil", changing the physical and chemical properties of "commercial oil" during processing into petroleum products and changing the physicochemical properties of types of fuels when preparing fuels for use, which is different the fact that all impurities up to molecules in the water-oil emulsion and in transport oil, in fuels obtained during oil refining, retain their acquired properties for a long time (for months), the breaking of molecular bonds of liquids is universal for industrial use in every place of production of an oil-water emulsion from an oil well and further for obtaining marketable oil and pumping it into an oil pipeline, for transporting oil to refineries, for preparing fuels for use in engines. 2. Устройство ГДРК, используемое в способе изменения физико-химических свойств водонефтяной эмульсии, добытой из нефтяной скважины для производства «товарной нефти», изменения физико-химических свойств «товарной нефти» при переработке в нефтепродукты и изменения физико-химических свойств типов топлив при подготовке топлив, отличающееся тем, что спроектировано по надежности конструкции для промышленного применения как модуль с возможностью последовательного и (или) параллельного монтажа в прямоугольном трубопроводе для планируемой производительности, общепринятое гравитационное осаждение составляющих водонефтяной эмульсии в емкостях гравитационного отстоя изменяется на расслоение и разделение водонефтяной эмульсии на ее составляющие по молекулярному весе, а не по плотности, так как устройство ГДРК разрывает молекулярные связи водонефтяной эмульсии и все составляющие, что легче пластовой воды по молекулярному весу всплывают над ее поверхностью, а все составляющие, что тяжелее пластовой воды, погружаются под поверхность пластовой воды, после разрыва молекулярных связей пластовой воды обессеривание пластовой воды производится разрывом водородных связей сероводорода (H2S), именно в воде устройством ГДРК с выпадением молекулярной серы в осадок, после разрыва молекулярных связей пластовой воды поверхностное обессоливание капель пластовой воды от хлорсодержащих солей в аппаратах электродегидратор производится на молекулярном уровне в каплях, для уменьшения затрат при транспортировки заказчику товарной нефти по нефтепроводу на сотни и тысячи километров дополнительно уменьшается вязкость товарной нефти устройством ГДРК, товарная нефть с разорванными молекулярными связями не имеет аналогов, топлива с разорванными молекулярными связями не имеют аналогов, топливо с разорванными молекулярными связями в двигатель впрыскивается как «туман из разорванных молекул», которые сгорают более полно с меньшими по количеству и составу выхлопных газов, что формирует топливо для экологического класса Евро-6 и выше.2. Device GDRK used in the method of changing the physicochemical properties of oil-water emulsion extracted from an oil well for the production of "marketable oil", changing the physical and chemical properties of "marketable oil" when refining into petroleum products and changing the physicochemical properties of types of fuels during preparation fuels, characterized in that it is designed according to the reliability of the structure for industrial use as a module with the possibility of sequential and (or) parallel installation in a rectangular pipeline for the planned productivity, the generally accepted gravitational settling of the components of the water-oil emulsion in the tanks of gravity sediment changes into stratification and separation of the water-oil emulsion into its components by molecular weight, and not by density, since the GDRK device breaks the molecular bonds of an oil-water emulsion and all components that are lighter than formation water in molecular weight float above its surface, and all components that are heavier than formation water in odes are immersed under the surface of the formation water, after breaking the molecular bonds of the formation water, desulfurization of the formation water is carried out by breaking the hydrogen bonds of hydrogen sulfide (H 2 S), namely in the water by the GDRK device with the precipitation of molecular sulfur, after breaking the molecular bonds of the formation water, surface desalination of the formation drops water from chlorine-containing salts in the apparatus, the electric dehydrator is produced at the molecular level in drops, to reduce the cost of transporting commercial oil to the customer through the pipeline for hundreds and thousands of kilometers, the viscosity of commercial oil is additionally reduced by the GDRK device, commercial oil with broken molecular bonds has no analogues, fuel with broken molecular bonds have no analogues, fuel with broken molecular bonds is injected into the engine as a "fog of broken molecules", which burn more fully with less exhaust gases 1st class Euro-6 and higher.
RU2020111384A 2020-03-18 2020-03-18 Process changes in physical and chemical properties of oil-water emulsion produced from oil wells to produce "COMMERCIAL OIL", changes in physico-chemical properties of "COMMERCIAL OIL" in the processing of The oil products and changes in physical and chemical properties TYPES OF FUELS IN THE PREPARATION OF FUELS TO USE THE "DEVICE HYDRODYNAMICAL ROTARY CAVITATION " RU2020111384A (en)

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RU2020111384A RU2020111384A (en) 2020-03-18 2020-03-18 Process changes in physical and chemical properties of oil-water emulsion produced from oil wells to produce "COMMERCIAL OIL", changes in physico-chemical properties of "COMMERCIAL OIL" in the processing of The oil products and changes in physical and chemical properties TYPES OF FUELS IN THE PREPARATION OF FUELS TO USE THE "DEVICE HYDRODYNAMICAL ROTARY CAVITATION "

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RU2020111384A RU2020111384A (en) 2020-03-18 2020-03-18 Process changes in physical and chemical properties of oil-water emulsion produced from oil wells to produce "COMMERCIAL OIL", changes in physico-chemical properties of "COMMERCIAL OIL" in the processing of The oil products and changes in physical and chemical properties TYPES OF FUELS IN THE PREPARATION OF FUELS TO USE THE "DEVICE HYDRODYNAMICAL ROTARY CAVITATION "

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