61results about How to "Fully regenerated" patented technology

A device for selectively regenerating and performing tank leakage diagnosis of a tank ventilation system has a sorption filter and a pump. The sorption filter is configured to temporarily store fuel evaporating from a fuel tank. The pump is arranged at a fresh-air side of the sorption filter and is connected in fluid-conducting fashion to the sorption filter. The pump is configured to generate a fluid flow to regenerate the sorption filter.

The invention belongs to the technical field of electrochemistry and particularly provides a copper-manganese aqueous secondary battery based on deposition/dissolution reaction on positive and negative poles. The battery system specifically comprises a negative current collector, a positive current collector, an aqueous electrolyte containing bivalent copper ions and bivalent manganese ions as well as a porous separator for separating the positive and negative poles. When the battery is charged, the bivalent manganese ions in a positive pole area lose electrons and are oxidized into solid manganese dioxide, solid manganese dioxide is deposited on the positive current collector, and the copper ions in a negative pole area gain electrons and are reduced into metal copper, and metal copper isdeposited on the negative current collector; during discharging, manganese dioxide on the positive pole gain the electrons and is reduced into bivalent manganese ions, the bivalent manganese ions aredissolved in the electrolyte, meanwhile, copper on the negative pole releases electrons and is oxidized into bivalent copper ions, and the bivalent copper ions are dissolved in the electrolyte. The battery has the advantages of ultrahigh power density, ultra-long cycle life, high safety and low toxicity, and can be widely applied to the fields of large energy storage and the like.

The present invention relates to a gas treatment method, specifically to a method for production regulation of a chelated iron desulfurization process. According to the method, solid phase impurities and liquid phase impurities are removed from hydrogen sulfide-containing raw material gas through an acid-gas separator, the obtained material sequentially passes through a pre-absorption tower and an absorption tower, and reacts with the chelated iron barren solution so as to remove the hydrogen sulfide gas, and the purified nature gas enters a purified gas separator to remove water, is subjected to measurement detection, and then is directly and externally output. With the method, normal use can be achieved even when the hydrogen sulfide content in the raw material gas is changed, and production requirements can be met through adaptable regulation of other parameters according to the method so as to avoid regulation of the production process. In addition, according to the actual situation requirements of the production, the optimal desulfurization solution circulation amount is selected so as to reduce equipment loss, reduce pump power consumption and avoid waste of energy sources.

This invention relates to a method of storage the data from the phone in an emergency situation to protect and to show the data that the cell phone data with video-enabled television receivers and video phones data. Video phone data with the video television receiver functions include the following structure: a channel which for the user to select and decoders for channels; A Data Processing Department, it will be decoded in order to allow data to renewable and storage, coding and / or decoding; The Department has revealed that to show the data processing to be addressed in the Department's data; with mobile communications receiver module, which will be receive mobile phone communications network to send data and change to another identification number ; with storage devices, used to store the data processing to be addressed in the Department's data and mobile communications received from the module receiving data; Control Division, which will include data-processing controls, the Department of the entire television receiver.

The invention discloses a plasma electro-discharge reactor for non-carbon absorbent regeneration. The plasma electro-discharge reactor comprises a bracket, wherein a reaction sleeve in which a cavity is arranged is arranged in the bracket; an upper electrode and a lower electrode are respectively arranged on the upper side and the lower side of the cavity of the reaction sleeve; an upper air inlet and a lower air outlet are respectively formed in the upper end and the lower end of the reaction sleeve, and penetrate through the side walls of the reaction sleeve to be communicated with the cavity of the reaction sleeve; a high voltage terminal interface is formed in the upper end of the bracket, and is connected with the upper electrode; an earthing terminal interface is formed in the lower end of the bracket and is connected with the lower electrode. The bracket is the stainless-steel bracket made of stainless-steel material; the reaction sleeve is the quartz glass sleeve which is unsealed at the upper end and the lower end and is made of quartz glass material; a seal cover and a base which are made of polytetrafluoroethylene material are respectively arranged at the upper end and the lower end of the quartz glass sleeve for sealing; a fluoro rubber seal ring is arranged between the quartz glass sleeve and the seal cover as well as between the quartz glass sleeve and the base for sealing; the upper air inlet and the lower air outlet penetrate through the seal cover and the base respectively, and then are communicated with a sealed space formed by the quartz glass sleeve, the seal cover and the base.

The invention discloses a wind cover type partition rotary denitrification reactor, comprising a reactor body; the reactor body has a ring-shaped structure, and a ring-shaped area of the ring-shaped structure is divided into a plurality of fan-shaped reaction zones along the circumferential direction of the reactor body; each fan-shaped reaction zone is internally filled with a catalyst used for a reaction of smoke and reducing gas; an upper wind cover and a lower wind cover are respectively arranged at the upper part and the lower part of the reactor body; the center of the upper wind cover is connected with the center of the lower wind cover by a rotating shaft passing through the center of the reactor body; the center of the upper wind cover is connected with a reducing gas inlet channel, and the center of the lower wind cover is connected with a reducing gas outlet channel; the reducing gas inlet channel, the reducing gas outlet channel, the upper wind cover and the lower wind cover are driven to rotate along the central axis of the reactor body by the rotating shaft; the upper wind cover and the lower wind cover block part of the reaction zones of the reactor body; the upper parts of the reaction zones, which are not blocked by the upper wind cover and the lower wind cover, are connected with a smoke inlet reaction channel, and the lower parts of the reaction zones, which are not blocked by the upper wind cover and the lower wind cover, are connected with a smoke outlet reaction channel.

The invention provides an artificial tooth implant. The artificial tooth implant is composed of a body part, a neck part and an abutment, wherein the body part is a porous metal material; the porous metal material is a multi-grade-pore metal material; the multi-grade-pore metal material is composed of all grades of pore cavities which are graded according to the pore diameter size of the material and all grades of cavity walls for forming the pore cavities through surrounding; all grades of the pore cavities are mutually communicated respectively and all grades of the pore cavities are also mutually communicated respectively; the number of grades is two at least. Compared with the fusion time of a traditional artificial tooth implant with a body part which is a porous metal material with single pores, the fusion time between the artificial tooth implant and an adjacent bone tissue is remarkably shortened; the artificial tooth implant is firmly fixed on a gum so that the problems that an interface is not stable and loose are overcome.

The invention discloses a deep dehydrating system device for natural gas. The device is characterized by comprising a filter separator, a first super-gravity machine, a condenser, a poor/rich liquor heat exchanger, a pressurizing pump, a buffer tank, a reboiler, a second super-gravity machine, a flash tank, a conveying pump, a first stop valve, a second stop valve, a third stop valve, a fourth stop valve, a fifth stop valve, a reducing valve, a flowmeter, a vacuum pump, a gas-liquid separator and a three-way valve. The invention discloses a dehydrating method. According to the device, the purity of regenerated triethylene glycol poor liquor can be improved to 99.99wt%. By using the triethylene glycol poor liquor as an absorbent, the water dew-point at the natural gas outlet after water absorption in an absorption system is reduced to be below 35 DEG C below zero, preferably 45 DEG C below zero. The problem that the dehydrating depth of natural gas in the absorption system is low as triethylene glycol is not high in purity is solved, and the dehydrating treatment demand on low water dew point natural gas is met.

The invention relates to a recycling process for regeneration waste liquid. The waste liquid generated by a cation bed or a sodium bed is stored in a regeneration waste liquid pool and conveyed to a self-cleaning filter through a pump and then directly enters an ultrafiltration membrane, produced water of the ultrafiltration membrane enters an ultrafiltration pool, sequentially passes through a booster pump, a first security filter and a first high-pressure pump and then enters an acid-resistant nanofiltration membrane, the acid-resistant nanofiltration membrane separates monovalent and divalent ions in the regeneration waste liquid, divalent and multivalent ions enter a waste liquid pool along with concentrated brine of the acid-resistant nanofiltration membrane and then enter a wastewater treatment unit, monovalent cations directly enter a second security filter along with produced water of the acid-resistant nanofiltration membrane, the produced water is pressurized by a second high-pressure pump and then enters a reverse osmosis membrane for concentration treatment, produced water of the reverse osmosis membrane enters a desalting pool and then enters a recycling pool through the concentrated water side of the reverse osmosis membrane, and water in the recycling pool is used for the regeneration of the cation bed or the sodium bed. By means of the recycling process, the amount of the waste liquid is reduced to a great degree, and a lot of cost is reduced for the the subsequent treatment of the concentrated brine.

There is provided a hybrid vehicle comprising a mode selection device configured to select one drive mode among a plurality of drive modes according to a user's operation. The plurality of drive modesinclude a first drive mode in which the hybrid vehicle is driven with power from a motor with stopping rotation of an engine and a second drive mode in which the hybrid vehicle is driven with rotation of the engine. On satisfaction of filter regeneration conditions that an accumulated amount of particulate matter accumulated on a filter is equal to or greater than a predetermined accumulated amount and that a temperature of the filter is equal to or higher than a predetermined temperature, the hybrid vehicle is driven in the second drive mode even when the first drive mode is selected by themode selection device.

A device and method for purifying a gas are provided in which a chemical substance is inhibited from condensing on the surface of an adsorbent falling gravitationally, whereby the flow of the adsorbent is stabilized and the adsorbent is satisfactorily regenerated. Also provided are the gas purifier and gas purification method in which a chemical substance, e.g., ethyl acetate, is inhibited from decomposing and the chemical substance having a high purity can be recovered. The gas purifier (1) has: an adsorption part (A) in which a gas (G) containing a chemical substance is brought into contact with an adsorbent (K) to adsorb the chemical substance onto the adsorbent (K); and a desorption part (D) in which a non-condensable gas (Ga) is brought into countercurrent contact with the adsorbent (K) which is descending via the adsorption part (A) while forming a moving layer, whereby the chemical substance is desorbed from the adsorbent (K). The gas purifier (1) further has an adsorbent-temperature control part (C) disposed between the adsorption part (A) and the desorption part (D) and for keeping the descending adsorbent (K) at a temperature between the dew point of the chemical-substance-containing non-condensable gas (Ga) which has passed through the desorption part (D) and [(the dew point) + 50 DEG C].

The invention discloses a method for separating a mixture of crude phenol and organic amine, which comprises the following steps: adding water and an organic solvent in the process of separating crudephenol containing organic amine by adopting an acidified water washing method, thereby obtaining a phenol phase containing the organic solvent and a water phase containing an organic amine acidifiedwater solution; rectifying the phenol phase containing the organic solvent to obtain crude phenol; and rectifying the aqueous phase containing the organic amine acidified aqueous solution to obtain the organic amine. According to the method, crude phenol and organic amine can be quickly and thoroughly separated, and the method has the advantages of simple separation process, continuous or intermittent separation, easiness in amplification, easiness in industrial implementation, low production cost and the like.

The invention relates to a method for regenerating a fluorination catalyst. The method comprises the following steps: pickling an inactivated fluorination catalyst in an acid solution; calcining the pickled inactivated fluorination catalyst in an oxidizing gas; impregnating the calcined inactivated fluorination catalyst in an active supplementing solution; and regenerating the impregnated fluorination catalyst in a hydrogen fluoride-containing atmosphere, or regenerating the impregnated fluorination catalyst in a hydrogen-containing atmosphere and regenerating the impregnated fluorination catalyst in the hydrogen fluoride-containing atmosphere. The regeneration method has the following advantages: pickling can effectively remove metal impurities on the surface of the fluorination catalystand easily removes carbon deposited on the surface of the fluorination catalyst, so the fluorination catalyst is fully activated; and the calcined fluorination catalyst is impregnated in the active supplementing solution to make the fluorination catalyst fully obtain full new active sites in the regeneration process, so the catalytic activity of the regenerated fluorination catalyst is greatly improved. The regenerated fluorination catalyst has a good control effect on a byproduct R115 when applied to catalytic preparation of R125.

The invention discloses a catalyst used for an automobile exhaust particle catalytic filter. The catalyst comprises the following active components: a noble metal element, cerium, zirconium and a transition metal element, wherein the mass ratio of all the components (noble metal: cerium oxide: zirconium oxide: transition metal oxide) is (1 to 10):(20 to 40):(10 to 20):30 by oxide, and the ratio of the cerium to the zirconium is 1:(0.5 to 2). The regeneration balance point temperature of the catalyst used for a particle trap, disclosed by the invention, can be reduced, therefore exhaust gas heat is fully utilized, a heat control system is simplified, and energy consumption is reduced.

The invention relates to a novel post-treatment process of a working solution for producing hydrogen peroxide by an anthraquinone method, which comprises a fibrous membrane alkali tower, an alkali settler, an alkali evaporator, a concentrated alkali liquor storage tank, a carclazyte bed and a working solution storage tank, and is characterized in that the working solution from an extraction procedure and the concentrated alkali liquor from the concentrated alkali storage tank jointly pass through the fibrous membrane alkali tower and fully react in the fibrous membrane alkali tower; the reacted working solution and dilute alkali liquor are discharged from the fiber membrane alkali tower and enter an alkali settler; the dilute alkali liquor flows to the alkali evaporator from the alkali settler, and forms concentrated alkali liquor again after water is removed in the alkali evaporator, and the concentrated alkali liquor flows to the concentrated alkali liquor storage tank and then enters the fiber membrane alkali tower to continue to be in contact reaction with the working solution; and the working solution flows to the carclazyte bed from the alkali settler, flows into the working solution storage tank after being treated by the carclazyte bed, and then enters the hydrogenation process. The mass transfer efficiency of the working solution and the alkali liquor is remarkably improved, and the liquid holdup of an existing alkali treatment unit is reduced.