RU2002135644A - METHOD FOR SYNTHESIS OF OXIDIZER AND ITS APPLICATION - Google Patents

METHOD FOR SYNTHESIS OF OXIDIZER AND ITS APPLICATION

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Publication number
RU2002135644A
RU2002135644A RU2002135644/15A RU2002135644A RU2002135644A RU 2002135644 A RU2002135644 A RU 2002135644A RU 2002135644/15 A RU2002135644/15 A RU 2002135644/15A RU 2002135644 A RU2002135644 A RU 2002135644A RU 2002135644 A RU2002135644 A RU 2002135644A
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Russia
Prior art keywords
ferrate
place
chamber
reaction chamber
mixture
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RU2002135644/15A
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Russian (ru)
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RU2276657C2 (en
Inventor
Лее Эдвард СИАМПИ
Грегори Ф. СМИС
Бёрни КНОБЛ
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Эй Би Инишио Л. Си
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Publication of RU2002135644A publication Critical patent/RU2002135644A/en
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Publication of RU2276657C2 publication Critical patent/RU2276657C2/en

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Claims (19)

1. Способ непрерывного синтеза феррата, содержащий а) смешивание водного раствора, содержащего соль железа и окисляющий агент, в смешивающей камере, б) доставку по меньшей мере части водного раствора в реакционную камеру, в) непрерывную выработку феррата в реакционной камере, г) доставку по меньшей мере части феррата на место использования, находящееся рядом с реакционной камерой, и д) добавление дополнительного водного раствора в смешивающую камеру.1. A method for the continuous synthesis of ferrate, comprising a) mixing an aqueous solution containing an iron salt and an oxidizing agent in a mixing chamber, b) delivering at least a portion of the aqueous solution to the reaction chamber, c) continuously generating ferrate in the reaction chamber, d) delivery at least a portion of the ferrate to the place of use adjacent to the reaction chamber; and e) adding an additional aqueous solution to the mixing chamber. 2. Способ по п.1, содержащий далее добавление основания к водному раствору.2. The method according to claim 1, further comprising adding a base to the aqueous solution. 3. Способ по п.1, дополнительно содержащий повторение шагов (б)-(г).3. The method according to claim 1, further comprising repeating steps (b) to (d). 4. Способ обработки водной смеси по меньшей мере с одним загрязнением на месте использования, содержащий а) непрерывную выработку феррата в реакционной камере, расположенной рядом с местом использования, б) контактирование феррата с водной смесью на месте использования, причем по меньшей мере часть загрязнения окисляется.4. A method of treating an aqueous mixture with at least one contamination at the place of use, comprising a) continuously producing ferrate in a reaction chamber adjacent to the place of use, b) contacting the ferrate with the aqueous mixture at the place of use, wherein at least a portion of the contamination is oxidized . 5. Способ обработки водной смеси по меньшей мере с одним загрязнением на месте использования, содержащий а) непрерывную выработку феррата в реакционной камере, расположенной рядом с местом использования, б) контактирование феррата с водной смесью на месте использования, причем по меньшей мере часть загрязнения коагулируется.5. A method of treating an aqueous mixture with at least one contamination at the place of use, comprising a) continuously producing ferrate in a reaction chamber adjacent to the place of use, b) contacting the ferrate with the aqueous mixture at the place of use, at least a portion of the contamination coagulated . 6. Способ по п.4 или 5, в котором шаг непрерывной выработки феррата содержит шаги а) смешивания водного раствора, содержащего соль железа и окисляющий агент, в смешивающей камере, б) доставки по меньшей мере части водного раствора в реакционную камеру, в) непрерывной выработки феррата в реакционной камере, г) доставки по меньшей мере части феррата на место использования, находящееся рядом с реакционной камерой, и д) добавления дополнительного водного раствора в смешивающую камеру.6. The method according to claim 4 or 5, in which the step of continuous production of ferrate comprises the steps of a) mixing an aqueous solution containing an iron salt and an oxidizing agent in a mixing chamber, b) delivering at least a portion of the aqueous solution to the reaction chamber, c) continuous production of ferrate in the reaction chamber, d) delivery of at least a portion of the ferrate to the place of use located next to the reaction chamber, and e) adding an additional aqueous solution to the mixing chamber. 7. Способ по п.6, содержащий далее добавление основания к водному раствору.7. The method according to claim 6, further comprising adding a base to the aqueous solution. 8. Устройство для непрерывного синтеза феррата для доставки к месту использования, содержащее а) первый резервуар, б) второй резервуар, в) смешивающую камеру, которая соединена с возможностью управления с первым резервуаром и со вторым резервуаром и в которую для формирования первой смеси добавляется содержимое первого резервуара и содержимое второго резервуара, г) реакционную камеру, соединенную с возможностью управления с смешивающей камерой, при этом реакционная камера приспособлена для приема первой смеси и удерживания первой смеси в течение периода времени, д) ферратную смесь в реакционной камере, и е) выходное отверстие в реакционной камере, через которое ферратная смесь может транспортироваться к месту использования, причем место использования расположено поблизости от реакционной камеры.8. A device for the continuous synthesis of ferrate for delivery to the place of use, containing a) a first tank, b) a second tank, c) a mixing chamber, which is connected with the ability to control the first tank and the second tank and into which the contents are added to form the first mixture the first tank and the contents of the second tank, d) a reaction chamber connected with the possibility of control with a mixing chamber, while the reaction chamber is adapted to receive the first mixture and hold the first mixture over a period of time, e) a ferrate mixture in the reaction chamber, and e) an outlet in the reaction chamber through which the ferrate mixture can be transported to the place of use, the place of use being located close to the reaction chamber. 9. Устройство по п.8, в котором смешивающая камера дополнительно содержит устройство управления температурой.9. The device of claim 8, in which the mixing chamber further comprises a temperature control device. 10. Способ очистки питьевой воды, содержащий контактирование феррата, выработанного по способу по п.1, с питьевой водой, в котором контактирование осуществляется в месте, близком по отношению к месту выработки.10. A method for purifying drinking water, comprising contacting the ferrate produced by the method according to claim 1 with drinking water, in which the contacting is carried out in a place close to the place of production. 11. Способ очистки водных отходов, содержащий контактирование феррата, выработанного по способу по п.1, с водными отходами, в котором контактирование осуществляется в месте, близком по отношению к месту выработки.11. A method of treating water waste, comprising contacting the ferrate produced by the method according to claim 1, with water waste, in which contacting is carried out in a place close to the place of generation. 12. Способ очистки стоков, содержащий контактирование феррата, выработанного по способу по п.1, со стоками, в котором контактирование осуществляется в месте, близком по отношению к месту выработки.12. A method of treating wastewater comprising contacting a ferrate produced by the method of claim 1 with wastewater in which contacting is carried out at a location close to the production site. 13. Способ непрерывного синтеза феррата, содержащий а) обеспечение смеси соли железа и окисляющего агента, б) непрерывную доставку по меньшей мере части смеси в нагревающую камеру, в) воздействие на смесь повышенными температурами в нагревающей камере, за счет чего вырабатывается феррат, г) удаление по меньшей мере части выработанного на шаге б) феррата из нагревающей камеры, д) добавление дополнительной смеси в нагревающую камеру.13. A method for the continuous synthesis of ferrate, comprising a) providing a mixture of an iron salt and an oxidizing agent, b) continuously delivering at least a portion of the mixture to the heating chamber, c) exposing the mixture to elevated temperatures in the heating chamber, thereby producing ferrate, d) removing at least a portion of the ferrate generated in step b) from the heating chamber, e) adding an additional mixture to the heating chamber. 14. Устройство для непрерывного синтеза феррата, содержащее а) резервуар, б) транспортер, соединенный с возможностью управления с резервуаром так, чтобы по меньшей мере часть содержимого резервуара переносилась на транспортер, в) нагревающую камеру, через которую движется по меньшей мере часть транспортера, г) выходное отверстие в нагревающей камере, через которое содержимое на транспортере может транспортироваться к месту использования, причем место использования расположено поблизости от нагревающей камеры.14. A device for the continuous synthesis of ferrate, containing a) a tank, b) a conveyor connected with the ability to control the tank so that at least part of the contents of the tank is transferred to the conveyor, c) a heating chamber through which at least part of the conveyor moves, d) an outlet in the heating chamber, through which the contents on the conveyor can be transported to the place of use, and the place of use is located near the heating chamber. 15. Устройство по п.14, в котором нагревающая камера дополнительно содержит устройство управления температурой.15. The device according to 14, in which the heating chamber further comprises a temperature control device. 16. Устройство для непрерывного синтеза феррата, содержащее а) смешивающую камеру, содержащую два электрода и раствор соли железа, при этом электроды обеспечивают достаточный электрический ток для преобразования раствора соли железа в раствор феррата, б) реакционную камеру, которая соединена с возможностью управления со смешивающей камерой и в которой раствор феррата удерживается в течение периода времени, и в) выходное отверстие в реакционной камере, через которое смесь может транспортироваться к месту использования, причем место использования находится поблизости от реакционной камеры.16. A device for the continuous synthesis of ferrate, containing a) a mixing chamber containing two electrodes and an iron salt solution, while the electrodes provide sufficient electric current to convert the iron salt solution into a ferrate solution, b) a reaction chamber, which is connected to control the mixing a chamber and in which the ferrate solution is held for a period of time, and c) an outlet in the reaction chamber through which the mixture can be transported to the place of use, and the place is used Use is located near the reaction chamber. 17. Способ непрерывного синтеза феррата, содержащий а) непрерывную подачу водного раствора, содержащего соль железа, в смешивающую камеру, при этом смешивающая камера содержит по меньшей мере два электрода, б) подачу на по меньшей мере два электрода электрического тока, достаточного для преобразования по меньшей мере части соли железа в феррат, в) доставку по меньшей мере части феррата к месту использования, которое находится рядом с реакционной камерой, и г) добавление дополнительного водного раствора в смешивающую камеру.17. A method for the continuous synthesis of ferrate, comprising a) continuously supplying an aqueous solution containing an iron salt to the mixing chamber, the mixing chamber containing at least two electrodes, b) supplying at least two electrodes of electric current sufficient to convert at least a portion of the iron salt in the ferrate; c) delivering at least a portion of the ferrate to a place of use that is adjacent to the reaction chamber; and d) adding an additional aqueous solution to the mixing chamber. 18. Способ по п.17, содержащий далее добавление основания к водному раствору.18. The method of claim 17, further comprising adding a base to the aqueous solution. 19. Способ синтеза феррата, содержащий а) смешивание водного раствора, содержащего соль железа и окисляющий агент, в смешивающей камере для формирования раствора феррата, б) доставку по меньшей мере части феррата к месту использования, находящемуся поблизости от смешивающей камеры.19. A method for synthesizing a ferrate, comprising a) mixing an aqueous solution containing an iron salt and an oxidizing agent in a mixing chamber to form a ferrate solution; b) delivering at least a portion of the ferrate to a place of use in the vicinity of the mixing chamber.
RU2002135644/15A 2000-07-14 2001-07-12 Method of synthesizing of the oxidizing agent and its application RU2276657C2 (en)

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US21840900P 2000-07-14 2000-07-14
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US29988401P 2001-06-21 2001-06-21
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