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JP2008266518 |
To efficiently remove hard carbon formed in a vessel to be when the reforming operation of a heavy oil reformer is halted.The heavy oil reformer is of such a system that a mixed fluid of water and heavy oil under high temperature and hig...
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JP2008207067 |
To provide a reliable gasoline vapor condensing vessel for efficiently recovering gasoline vapor without freezing water in a gasoline vapor condensing pipe in the gasoline vapor condensing vessel.The inside of the gasoline vapor condensi...
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JP2008208170 |
To efficiently degrade a part of a hydrocarbon-based heavy raw material into a light component and to simply and accurately carry out control over a reaction temperature and a reaction time in a primary and a secondary pyrolysis parts in...
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JP2008188564 |
To provide a separation membrane with a molecular sieving permeation mechanism selectively permeating normal heptane having a small molecular diameter by using a MFI zeolite membrane (a silicalite membrane).A zeolite membrane is made by ...
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JP2008189695 |
To provide a fuel oil reforming apparatus having a new construction furnished with a filtration/far-infrared zone, a catalyst zone and a magnetic field zone.The fuel oil reforming apparatus is provided with an oil reforming vessel having...
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JP2008174649 |
To efficiently separate an oil and water while recovering thermal energy by a relatively simple step.The high-temperature high-pressure water containing the oil comprising a heavy oil, a middle distillate, a light oil and a gas is firstl...
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JP2008163346 |
To manufacture a high-pressure light fuel gas having good combustibility in which high-temperature and high-pressure water and a heavy oil are subjected to a contact reaction in a contact reactor to convert the heavy oil into a light fra...
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JP2008138114 |
To provide a water separator of simple construction, functioning to remove only water contaminated in an alcohol-containing fuel, to thereby prevent incomplete combustion and the corrosion of a fuel system, to thereby improve the economy...
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JP2008133370 |
To provide a device for modifying heavy oil, enabling the control of solubility of the heavy oil with water at the inside of a reaction vessel and capable of separating produced light oil from tar in a good efficiency.This device for mod...
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JP2008088383 |
To provide a feeder for a heavy oil fuel that can stably run an internal combustion engine without depending on a light auxiliary fuel such as A heavy oil in the case where a reformate from a heavy oil fuel such as C heavy oil is used fo...
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JP2008050538 |
To provide a method and an apparatus for reforming hydrocarbon resources capable of reforming the hydrocarbon resources at a comparatively low cost.The reforming method includes a pretreating process 100 for producing formic acid by brin...
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JP2008031346 |
To provide a heavy oil modification device that prevents a heavy component from being mixed into a light component and prevents the heavy component from being extracted to the outside in case a liquid level of the heavy component generat...
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JP2008031285 |
To provide a reactor for modifying a heavy oil suppressing the generation of coke when producing a modified oil constituent by hydrothermally reacting the heavy oil with water, and easily cleaning adhered coke.The reactor for modifying a...
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JP2008001909 |
To provide a filtering method which can be suitably used for removing cleaned wax from a reactor, while minimizing the adverse effect to the steady-state of the reactor.In this separation method of a liquid from a mixture of a liquid and...
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JP2007186572 |
To provide an apparatus for reforming heavy oil which can prevent generation of coking in a reformer, has improved collection rate of reformed fuel generated from heavy oil, a gas turbine plant having a reformer of heavy oil.The reformin...
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JP2007169324 |
To provide a heavy oil-modifying device using hydrothermal reaction by mixing a high temperature, high pressure steam with the heavy oil for reacting to modify the same, in which a desalting device is eliminated for economical advantage ...
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JP2007126656 |
To provide a layered composite oxygen permeable membrane which maximizes the oxygen transfer rate and minimizes the fuel leakage rate.A fuel system for an energy conversion device comprises a deoxygenator system with an oxygen permeable ...
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JP2007112923 |
To provide a method for reducing the viscosity of heavy oil, by which the viscosity of extra heavy oil can be reduced in milder semi-critical region conditions than extra critical states.This method for reducing the viscosity of the heav...
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JP2007063319 |
To provide a heavy oil reforming system wherein reaction conditions can be controlled and the amount of reformate production can be changed without changing the size of a reactor or adding an alkali, and a gas turbine power generation sy...
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JP2007051224 |
To provide a method and apparatus for modifying heavy oil continuously operable without stopping supercritical water reaction, etc., in modifying the heavy oil by a supercritical water reaction or subcritical water reaction (supercritica...
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JP2007051223 |
To provide a method and apparatus for modifying heavy oil to an improved level of modification such as obtaining low viscosity modified oil from the heavy oil comprising a reaction step obtaining emulsion by carrying out a supercritical ...
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JP3901984 |
To provide concentrated biomass-water slurry, which can be used as the alternative fuel for heavy oil, by making use of cellulose-based biomass, which is not effectively used, as the raw material. A reforming process which reforms cellul...
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JP2006312917 |
To provide a power generating facility, a gas turbine power generating facility, and a reformed fuel supplying method for the power generating facility, which lower a heat resistance temperature of a supply piping system for liquid refor...
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JP2006307134 |
To separate/retrieve a C2+ fraction from a NOx-containing light gas such as FCC(fluid catalytic cracking) off-gas while suppressing NOx gum formation/deposition.The method for separating the C2+ fraction comprises feeding a NOx-containin...
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JP2006307135 |
To separate/retrieve a C2+ fraction from a NOx-containing light gas such as FCC(fluid catalytic cracking) off-gas while suppressing NOx gum formation/deposition.A method for separating the C2+ fraction comprises distilling a NOx-containi...
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JP3874314 |
To treat raw material strongly coated a portion of sludge with asphaltene and to continuously recover a clarified oil lowered the content of sludge by treating an oil component containing sludge and water by using a screw type decanter. ...
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JP3872576 |
To obtain a separation membrane for an org. liquid mixture which is suitable for such a field of petroleum refining and petrochemical industry by forming fine pores having a specified range of average diameter in a separation membrane. T...
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JP3872577 |
To separate advantageously in the view point of environment and energy by circulating a sweeping gas to the secondary side of a separation membrane for separating an organic liquid component while controlling the linear velocity on the m...
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JP2006257442 |
To provide an effective removal process of a salt contained in a hydrocarbon oil.The method for removal of a salt is characterized by filtering a hydrocarbon oil containing the salt through a filter at ≤120°C substantially in the abse...
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JP2006249234 |
To provide a method for easily removing mercury from a liquid hydrocarbon.The method comprises the steps of: forming minute aqueous phases in the liquid hydrocarbon by adding a water-agglomerating agent to the hydrocarbon containing wate...
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JP2006233838 |
To provide a gas turbine system burning reformed fuel of heavy oil, and its operation method, including a stage of reforming heavy oil to produce gas turbine fuel and starting, stopping and emergency stopping of the gas turbine.The gas t...
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JP2006231328 |
To improve process efficiency of a continuous process of a material stream by removing dissolved oxygen from a process stream by a deoxygenator.The system for processing the material stream includes the deoxygenator for removing dissolve...
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JP3847754 |
To produce a product liquid P having controlled fluctuation of properties by efficiently removing mercury from a liquid hydrocarbon L by properly controlling the overhead temperature T1 and the bottom temperature T2 of a distillation col...
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JP3827811 |
To provide a highly economical method for lightening heavy oil with slight generation of coke or the like. This method comprises a follows: (A) underground heavy oil deposits are pumped up under contact with water in a well, (B) a mixtur...
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JP3813835 |
To recover hot water from a combustion exhaust gas to reutilize it and to reduce the amount of water to be used in a system for softening a heavy oil with supercritical water and burning them in the mixed state. In this system for render...
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JP3803671 |
To provide an accelerated transport separation membrane showing excellent characteristics enhanced in the permeability and selectivity with respect to an alkene and capable of keeping activity even in an operation state receiving no supp...
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JP2006104310 |
To stably reform an unutilized heavy oil without causing choking by coking.The unutilized heavy oil is fed into a cylindrical body for reaction with a heavy oil feed pipe 17 passing through a vessel wall of a reaction vessel 11, communic...
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JP2006104260 |
To suppress excessive thermal cracking and to improve yield of light gas oil.An apparatus for reforming a hydrocarbon heavy raw material is equipped with the following, a gasifying part 3 heating a heavy oil W (a hydrocarbon heavy raw ma...
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JP2006104233 |
To provide a method for treating waste oil, capable of sufficiently using the energy of the waste oil, performing the treatment of the waste oil in an extremely good efficiency and aiming at the increase of treating capacity.This method ...
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JP3791363 |
To produce a light fuel gas having s good combustion property by reacting a super critical water with heavy oil catalytically in multiple processes having different reaction conditions to covert the heavy oil to light oil and removing a ...
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JP2006070148 |
To provide a refueling device which can inhibit defects such as knocking without forcing a user to bear a large economic burden.A refueling device composes a part of a refueling pathway extending from a fuel tank, which stores gasoline l...
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JP3776335 |
To provide a removing method of chlorine and nitrogen present in oil, which method gives a good-quality decomposition-produced oil by reducing chlorine and nitrogen to ≤10 ppm and ≤100 ppm, respectively, both of which are contained i...
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JP3771120 |
To efficiently treat organic halogen compounds included in a contaminated oil while formation of by-products is suppressed when the organic halogen compounds included in the contaminated oil is treated. The means of the present invention...
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JP2006045308 |
To carry out the reaction of a fluid mixture of a heavy oil and steam in a reformer in a short time under pressure of 5-30 MPa at 350-550°C without unnecessarily increasing the temperature of the steam for heating the heavy oil or incre...
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JP2006029184 |
To facilitate use of a gas turbine at a place where it is difficult to secure water such as an isolated island.Heavy oil 14 of elevated temperature and pressure and water 30 under a super critical condition are mixed in a reformer 32 to ...
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JP2006009032 |
To provide a method for treating a heavy oil capable of liberating vanadium included in the heavy oil from the heavy oil, when the heavy oil is modified with a subcritical water.The method for treating the heavy oil is characterized by s...
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JP2005350669 |
To provide a technology for suppressing the autoxidation reaction in a fuel containing a minor metal contaminant to increase the cooling capacity of a usable fuel and minimize the formation of coke and solving the limitation of the cooli...
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JP2005344118 |
To form a gasoline fraction having an octane number improved than the octane number of a starting fraction and a gasoline fraction having a high cetane number at least equal to 35 from the gasoline fraction having 4-15 carbon atoms.The m...
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JP2005344119 |
To form a gasoline fraction having an improved octane number and a light oil fraction having higher cetane number than those of an original fraction.The method comprises a membrane separation step applied to a hydrocarbon stock oil under...
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JP3730362 |
To remarkably decrease the power of a refrigerator by dimishing the refigerant energy for separating hydrogen and methane as compared with the conventional method and to increase the output by eliminating the problem that an existing dem...
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