48results about How to "Can run continuously" patented technology

A vibrating sieve-platte tower for three-phase (liquid-liquid-liquid) continuous extractions is suitable for a system containing solid and liquid easy to emulsify is composed of mechanical transmission unit, tower body, sieve plate, liquid-phase disperser and auxiliary unit. Its advantages are simple structure, flexible operation, easy regulation and low cost.

The invention discloses a process for treating dinaphthol wastewater by using a complexation extraction method. A process core includes that trioctylamine or trialkyl tertiary amine serves as a complexing agent, sulfonated kerosene serves as a diluent, and chloric acid tributyl ester serves as a chaotropic agent to be mixed according to a certain ratio into an extraction agent, the extraction agent comprises, by volume, 20% to 30% of the complexing agent, 60% to 70% of the diluent and 5% to 15% of the chaotropic agent. Dinaphthol production wastewater is extracted when the temperature is in a range of 20 DEG C to 30 DEG C and the pH is 1, aqueous phase: oil phase is 1: 1 (volume ratio), the removal rate of first extraction CODcr can reach 97%, naphthalene sulfonate in wastewater can be extracted through multistage extraction, and simultaneously water is discharged up to standard. Water phases of back extraction can be recycled as production materials; and organic phases are mixtures of the extraction agent and the diluent and can be recycled.

The invention provides a treatment method for wastewater produced during flue gas desulfurization adopting a limestone/lime-gypsum method. The treatment method comprises steps as follows: (1), lime, sodium sulfate, a heavy metal precipitant, a flocculating agent and a coagulant are added to to-be-treated desulfurization wastewater, precipitation is performed, and acid is added to effluent for neutralization; (2), the effluent in the step (1) is subjected to electrodialysis treatment through a homogeneous-phase monovalent ion exchange membrane, and contributing water containing NaCl and concentrated water containing CaSO4 are formed and are recycled respectively. The invention further provides a treatment system for the wastewater produced during flue gas desulfurization adopting the limestone/lime-gypsum method. According to the treatment method and the treatment system, zero emission is realized, the process is simple, the treatment efficiency is high, waste recycling is realized, an available industrial product can be directly obtained, the agent cost, the equipment cost and the energy consumption are lower, and accordingly, the overall operation and management cost is obviously lower than the cost of a conventional technology.

The invention discloses a backflow vertical wetland sewage treatment process and device, and application of the process and the device. A vertical flow artificial wetland, a horizontal subsurface flow wet land and a reservoir are combined into a vertical structure from top to bottom. Circular treatment of sewage is achieved by laying a water level monitor to control the operation condition of a circulating pump, and each batch of sewage treatment capacity and treatment time are controlled and regulated by matching with a relay. Compared with a traditional artificial wetland, the backflow vertical wetland sewage treatment process has the advantages of being small in floor area, large in hydraulic loading, low in energy consumption, easy to operate and quick to remove pollutants; the conventional effluent water quality indicators CODCr, SS, TN and NH4<+>-N are much lower than the concentration threshold (GB18918-2002) defined by the first grade A standard of urban sewage treatment; the pesticide content in the effluent accords with the hygienic standard for drinking water (GB5749-2006); and the heavy metal content of the effluent reaches the surface water class II water standard (GB3838-2002). According to the backflow vertical wetland sewage treatment process, automatic treatment of the artificial wetland sewage is achieved, and the problem of poor single removal effect on organic matters and nitrogen pollutants in sewage through the artificial wetland is solved.

The invention provides a homogeneous phase photo-oxidation device capable of degrading aromatic compound waste water continuously and a processing method thereof. The method comprises the following steps: delivering waste water to be processed into a regulator, mixing the waster water to be processed with a photocatalyst which is added from the upper part of the regulator, and regulating the pH value to 3-4; delivering the mixture into a stirring mixer, and mixing the mixture with H2O2 which is added from the upper part of the stirring mixer; and entering a photoreactor through a constant flow pump after mixing, and carrying out continuous photo Fenton oxidation and degradation to finally obtain qualified clarified water. By the adoption of the processing method provided by the invention, problems of pollution and regeneration of the catalyst cannot be caused, the catalyst and an oxidizer have no secondary pollution, the reaction is carried out at normal temperature and pressure, the occupied area is small, the operation is simple and convenient, the waste water processing capability and processing effect are adjustable and controllable, and the aromatic compound waste water which is difficult to degrade can be processed continuously; and the aromatic compound waste water which is difficult to degrade is processed continuously by adopting the processing method, and the removal rate of a parent aromatic compound is more than 98%.

The invention discloses a remediation method for polluted soil. The remediation method comprises the following main steps of crushing, screening, spraying, heating sterilization and the like to remediate the polluted soil. Compared with a traditional remediation method for soil pollution, the remediation method for the polluted soil has the advantages that a treatment process is improved, and dustreduction and medicament addition in a soil treatment process are achieved through spraying; medicinal steam and pressure which are generated during heating sterilization are utilized to realize soilsterilization; by adding medicinal liquid and mixing the liquid uniformly, metal ion chelation and acid-base pH balance in the polluted soil are realized. The adopted treatment approaches of the method are hardly influenced by pollutant types and environmental conditions and have a wide application field. The method has the advantages of good effect, high operability and good social and environmental benefits.

The invention discloses a low-carbon source two-stage MBR (Membrane-Bioreactor) enhanced nitrogen and phosphorus removal method for city sewage. The method is characterized by being a continuous flow nitrogen and phosphorus removal process with an adjusting tank, an anaerobic tank, a settling pond I, an aerobiotic MBR tank I, an anoxic pond, a settling pond II and an aerobiotic MBR tank II which are connected in series. The method comprises the following steps: firstly, feeding sewage into the anaerobic tank for anaerobic phosphorus release, further feeding the sewage into the settling pond I for sludge-water separation, feeding supernate obtained after settling into the aerobiotic MBR tank I for nitration and degradation of a part of organic matters, feeding settled sludge and a nitration liquid after aerobiotic nitration into the anoxic pond for denitrification phosphorus removal, feeding a part of a mixed liquid after anoxia into the settling pond II for settling sludge removal so as to remove phosphorus, feeding another part of the mixed liquid and the supernate of the settling pond II into the aerobiotic MBR tank II for further aerobiotic nitration and phosphorus removal, and finally filtering and discharging water by using an MBR membrane component. Due to two stages of aerobiotic MBRs, complete separation of nitration bacteria and phosphorus-accumulating bacteria can be achieved, the nitrogen and phosphorus removal effect can be improved, the process is simple in procedure and convenient to operate, and continuous water discharge can be achieved.

The invention relates to a special sealed feeding device for a hazardous waste incinerator and a feeding method of the feeding device. The feeding device comprises a hopper, an oil cylinder, a first-stage push element, a feeding channel, a hook type flap gate, a sealed feed bin, a second-stage push element, a feeding port, a monitoring camera and a spray extinguishment unit. The hopper is disposed on the upper portion of the first-stage push element; the first-stage push element and the feeding channel are disposed on the left side of the sealed feed bin; the hook type flap gate and the feed channel are connected and mounted in the sealed feed bin; the second-stage push element and the feeding port are arranged at the bottom of the sealed feed bin; and the monitoring camera and the spray extinguishment unit are arranged at the top of the sealed feed bin. The feeding method comprises that hazardous waste in the hopper is sent to the sealed feed bin by the first-stage push element from the feeding channel, and when the first-stage push element pushes the waste forwards to move under the action of an oil cylinder, the waste in front of the push elements pushes the hook type flap gate open; and the hazardous waste sent into the sealed feed bin through the first-stage push element is sent to the incinerator through the second-stage push element.

The invention belongs to the technical field of magnetic separation liquid purification, and in particular relates to magnetic ring liquid purification equipment. The equipment comprises a magnetic separator, a residue scraping mechanism, a residue discharge mechanism, a power transmission mechanism and a water inlet and drainage mechanism, wherein the magnetic separator belongs to a flat ring type, and the flat ring type magnetic separator is positioned in parallel on the upper part of a settling tank and fixed on a frame; and the flat ring type magnetic separator consists of two or more magnetic rings with the same diameter, and the upper magnetic ring is connected with the lower magnetic ring through a fixing ring. The equipment greatly improves the residue absorbing capability of a magnet, and has high impact load resistance.

The invention discloses a handling system of a dry trolley used for placing a denitration catalyst. The handling system comprises a trolley, a rail steel beam, and a power system, wherein the trolleyis used for handling the denitration catalyst, the rail steel beam is used for hanging handling tools, the power system is hung on the rail steel beam and used for grabbing the trolley, the power system comprises a hanging connection assembly, a clamping jaw assembly, a hydraulic guide lifting and lowering assembly, a hydraulic assembly, a control box, and a remote-control unit, wherein the hanging connection assembly is used for connecting with the rail steel beam in a hanging mode, the clamping jaw assembly is used for grabbing the trolley, the hydraulic guide lifting and lowering assembly is used for lifting or lowering the clamping jaw assembly, the hydraulic assembly is used for providing power for the hydraulic guide lifting and lowering assembly and the clamping jaw assembly, the control box is used for controlling the hydraulic assembly, and the remote-control unit is used for remotely controlling the handling system to grab and lower the trolley through the control box, and the hydraulic assembly, the hydraulic guide lifting and lowering assembly and the control box are successively fixed into a load bearing frame body from left to right. The handling system is stable andreliable, continuous operation can be realized, personnel fatigue caused by manually pushing trolley does not exist, and the handling time is greatly shortened than the original method; and the automation level of production line equipment is increased, and the site environment is improved.

The invention discloses an efficient and stable combustion injector for a medium and small thrust rocket engine. The efficient and stable combustion injector comprises an injection panel, centrifugal plasma nozzles and a high-voltage power supply, wherein the centrifugal plasma nozzles are uniformly distributed on the injection panel in a concentric circle mode, and the injection panel is an insulated single-layer injection panel or double-layer injection panel and can be well compatible with a plurality of plasma nozzles. The inner wall surface of the spraying end of an insulating outer nozzle is provided with a divergence angle alpha; an oxidant channel is arranged between an inner nozzle and the outer nozzle; the metal inner nozzle is grounded and has a retraction distance L; a metal ring sleeves the outer wall of the outer nozzle, is longer than L and is connected with a high-voltage power supply; and the atomization effect and the combustion efficiency can be adjusted by adjusting L and alpha. According to the efficient and stable combustion injector, the non-equilibrium plasma auxiliary combustion technology is combined with the design of the rocket engine injector, so that the effects of shortening the ignition delay of fuels such as methane, widening the ignition limit and rapidly diffusing flames to reach a stable state are achieved, and rapid ignition and efficient and stable combustion are realized.

The invention provides a pig manure sewage treatment device and relates to the technical field of sewage treatment. The pig manure sewage treatment device is mainly used for treating a lot of pig manure sewage which is continuously produced, and comprises a collection anaerobic tank, a primary filtering anaerobic tank, a secondary filtering anaerobic tank, an aerobic tank, a primary sedimentationtank and a secondary sedimentation tank, which are arranged in sequence; a dry and wet separator is arranged between the collection anaerobic tank and the primary filtering anaerobic tank; an aerationdevice is arranged in the aerobic tank. The invention further provides a pig manure sewage treatment method; the pig manure sewage treatment method comprises the following steps: (1) culturing decomposing bacteria; (2) collecting the pig manure sewage and carrying out primary anaerobic treatment; (3) filtering and precipitating and carrying out anaerobic treatment; (4) carrying out aerobic treatment; (5) carrying out precipitation and anaerobic treatment again; (6) carrying out disinfection and sterilization treatment. The sewage treatment device provided by the invention has the advantages of simple structure, low production cost, capability of being continuously operated, high treatment efficiency and great sewage treatment amount. The sewage treatment method provided by the invention adopts a method combining physical precipitation and filtering, and biodegradation to treat the sewage, and is green and environmentally friendly.

The invention belongs to the field of wastewater treatment, and particularly relates to an electrochemical comprehensive treatment technology for high-concentration organic wastewater hard to degrade. The wastewater treatment technology comprises pH regulation, electric flocculation, electro-fenton comprehensive treatment, aeration oxidation and coagulating sedimentation. The technology can effectively degrade various benzene rings, phenols, macromolecular compounds to break bonds, the good treatment effect is achieved for organic matters and complexing state heavy metal hard to degrade, the wastewater COD and chroma removal effect is good, the BOD/COD ratio is increased, the wastewater biodegradability is remarkably improved, the treatment efficiency is high, power consumption is low, medicament consumption is low, mud consumption is low, and the good economic and social effect is achieved.

The invention discloses a central air-conditioning disinfection system which comprises an air supply pipeline, an ozone disinfection device and an ultraviolet disinfection device, wherein the ozone disinfection device and the ultraviolet disinfection device are arranged on the air supply pipeline. An ozone generator is arranged in the ozone disinfection device, the ultraviolet disinfection device is provided with a plurality of ultraviolet lamp tubes, the central air-conditioning disinfection system can effectively disinfect and continuously run through the ultraviolet disinfection device and the ozone disinfection device and is safe and free from secondary pollution, so that the central air-conditioning disinfection system not only has a temperature adjusting function, but also can effectively solve the problem of serious microorganism pollution in air-conditioning environments, infectious pathogenic bacteria cannot enter the central air-conditioning disinfection system to circulate through air, so that large-area spread and cross infection are avoided, and high-quality clean air is provided.

The invention discloses a multi-batik method which comprises the steps of cloth processing, cloth wax steaming, cloth dyeing, cloth dewaxing, cloth second wax steaming, cloth second dyeing, cloth dewaxing, cloth color fixing and cloth rolling. The multi-batik method has the advantages of being high in reliability, quick in production, convenient to use, good in printing effect, continuous in operation, good in adaptability, exquisite in pattern, low in price, and the like, patterns can be conveniently changed, and the dyeing market has wide market prospects.

The invention relates to a biomass waste resource pyrolytic carbon gasification comprehensive conversion and utilization system and a method employing the system. In the system, a pyrolysis device is connected with a gas supply device through a gas channel of a multifunctional heat exchange device, and is connected with a carbon powder collection device through a pneumatic conveying device. A condensation water channel is connected with a residual warmth heat supplying device through a heat exchanger of the pyrolysis device. According to the method, mixed gas comprising combustible gas, tar gas, and acetic acid gas is produced by high-temperature pyrolysis of a biomass raw material in the pyrolysis device, and carbon is also produced; the mixed gas is absorbed into the multifunctional heat exchanging device and is subjected to heat exchange, and combustible gas and a mixed liquid of tar and acetic acid are separated; water absorbs heat, and enters the heat exchanger of the pyrolysis device, and heat exchange is continued, such that hot water is formed; hot water and combustible gas are respectively delivered through the gas supply device and the residual warmth heat supplying device, such that centralized gas supply, heating, and hot water for residents are realized; acetic acid can be used as a foliar fertilizer or a biocide, or can be mixed with carbon to form a bio-fertilizer; and tar is adopted as an industrial raw material. With the system and the method, a biomass waste resource conversion rate is approximately 100%.

The invention provides a material for reducing foam generated in the recovery process of potato cell fluid, and the material includes one or more of the following: (1) potato residue; (2) edible fungus residue; (3) cereals, beans (4) One or more of attapulgite and diatomaceous earth; (5) Food defoamer. The invention also provides a method for reducing foam generated during the recovery process of potato cell liquid. The method of the invention not only greatly reduces the foam produced in the recovery process, realizes the solid-liquid separation of the cell liquid by the centrifugal equipment, but also can operate continuously, and the recovery efficiency is greatly improved. The recovered material has high crude protein and starch content, which is equivalent to the main nutrients contained in corn after drying, and is suitable for use as animal feed or feed raw materials.