411results about How to "Avoid direct discharge" patented technology

The invention relates to a water-soluble barm Beta-dextran and a preparation method thereof. In the water-soluble barm Beta-dextran chain, Beta-1, 3-dextran is taken as a main chain, Beta-1, 6-dextran is taken as a branched chain, the molecular weight is 0.08 to 0.2 million Daltun. The preparation method of the water-soluble barm Beta-dextran includes the following steps of: water extraction, alkali extraction and impurity processing. The preparation technique of the invention is simple; the technique parameters are easy to be operated and controlled; both the yield and the purity of the product water-soluble barm Beta-dextran are higher. The obtained water-soluble barm Beta-dextran has remarkable immune activation effect and especially can improve the phagocytic function and the antibody formation capacity of a macrophage to a large extent, thereby improving the body immunity and resistance. The water-soluble barm Beta-dextran can be widely applied in the fields such as food, dairy food and drinks, etc.

The invention discloses a manufacturing method of flavouring cooking wine, which comprises the following steps: adopting yellow water, squeezing liquid of distiller's grain, wine end and special cavity wine as raw material; predisposing the raw material; boiling; dispensing; filtering; blending the yellow water and distiller's grain with weight rate at 1. 5-5: 1 to do basylous action through hypercritical CO2 extraction; adding 0. 05-0. 1% aromatic yeast in the slurry; culturing at 30 deg. c for 2-5d; adding the cultured slurry into 0. 1-0. 5%. composite condiment material to boil 10-20 min; cooling to 33-35 deg. c to add 20-50% wine end to blend to produce the semi-product; dispensing the semi-product with special cavity wine and edible salt according to the standard of SB/T10416-2007 flavouring cooking wine. The invention prevents environmental pollution of yellow water, wine end and distiller's grain to realize maximum resource transition utility, which saves a large amount of grain and simplifies the technique and operation with low cost and rapid effect in comparison with traditional brewing technique.

The invention discloses a membrane type photobioreactor for enhancing microalgae culturing. The membrane type photobioreactor comprises an external light source, a bottom plate, an inner sleeve and an outer sleeve, wherein the inner sleeve and the outer sleeve are vertically arranged on the bottom plate; the outer sleeve is positioned on the outer side of the inner sleeve and surrounds the inner sleeve; the top end of the outer sleeve is horizontally provided with a transparent top cover plate, the top of the outer sleeve is provided with a plurality of air outlets and the bottom of the outersleeve is provided with a discharge port; the bottom of the inner sleeve is provided with a plurality of exchange holes; the bottom plate is provided with an air inlet which is surrounded by the inner sleeve; the air outlets are positioned above the top end of the inner sleeve; the bottom plate is vertically provided with a membrane component which is positioned inside the inner sleeve; and the bottom edge of the membrane component is hermetically fixed with the bottom plate and surrounds the air inlet. The membrane type photobioreactor for enhancing microalgae culturing has the advantages ofsimple structure, simplicity and convenience in operation, stable performance, larger specific surface area and light transmission efficiency; and by using the membrane component, the gas is uniformly distributed, and the photobioreactor can be independently used or connected with a track pool for amplified culturing of the microalgae.

The invention discloses a method and a device for biological ecological assemblage for sewage purification and recycling. The method comprises the following steps: A. sewage to be treated passes through a grate/regulating reservoir, and large particulate materials are removed; B. the sewage treated in step A is pumped into an integral membrane bioreactor, and permeates a membrane when pumped by a pump; C. the sewage treated in step B flows into an intermediate water reservoir; and D. the sewage flowing out in step C enters into a composite vertical current manual wetland by graded means. The device comprises four units: the grate/regulating reservoir, the integral membrane bioreactor, the water reservoir and the composite vertical current manual wetland, wherein various units are connected through pipes and controlled by valves. Bypass pipes are arranged on outlets of the various units of the grate/regulating reservoir, the integral membrane bioreactor, the water reservoir and the composite vertical current manual wetland, and combined modes of series connection, shunt connection and parallel connection of the integral membrane reactor and the composite vertical current manual wetland are realized by adjusting valves, so that the method is easy, is simple and convenient to operate, has high operation efficiency and low cost, and realizes sewage purification and direct recycling.

The invention discloses a printing and dyeing sludge pyrolysis treatment device which successively comprises a sludge chamber, a combustion chamber and a product collecting chamber from top to bottom, wherein a feed port is arranged on the sludge chamber, and a support plate with holes is arranged between the sludge chamber and the combustion chamber; the combustion chamber is connected with a combustion engine, and a pyrolysis cavity is arranged in the combustion chamber; and a dump valve is arranged between the combustion chamber product collecting chamber. The invention also discloses a printing and dyeing sludge treatment method. In the invention, by adopting the vertical arrangement from top to bottom, the automatic flowing nature of the substance is fully utilized, and the problems of high viscosity and hard feeding of printing and dyeing sludge are solved. Sludge drying, pyrolysis, pyrolysis gas recycling and control are integrated, and energy consumption is effectively reduced. Not only is the recycling of the printing and dyeing sludge realized, but also the harm to environment is greatly lowered. Therefore, the demands of industry development and environmental protection can be well adapted and satisfied.

The invention relates to a cracking furnace system of biomass garbage. The system provided by the invention comprises a furnace body, a feeding mechanism, a slag catching container, a gas washing tower, an oil-gas separating tower and a gas collecting tower; the upper part of the furnace body is provided with the feeding mechanism, the top part is connected with the gas washing tower, the middle part is provided with fire grates, and the bottom part is provided with an agitating blade, an air discharging device and a slag discharging pipe, wherein firstly, the furnace body utilizes more than one layer of fire grate and supplies multiple layers of supporting to be matched with the double-movable-flashboard feeding mechanism and the agitating blade so that the biomass is more completely cracked; secondly, the slag catching container is supplied so that the temperature of high-temperature slag can be reduced and percolate and the like which are produced by the garbage can be all consumed; the generated cracking gas not only is clean and low-temperature, but also can be easier to be separated from oil after the cracking gas passes through the gas washing tower, thereby simplifying theflow of oil-gas separation. According to the system provided by the invention, sewage, oil and steam which are generated in the cracking process can be circulated to the furnace to be combusted and be further cracked so that a harmless treatment is finally achieved.

The invention discloses a method for preparing high-purity low-chlorine electroplating-grade cupric oxide. According to the method, copper, liquid ammonia and high-purity carbon dioxide are taken as raw materials, stronger ammonia water is prepared firstly, carbonated ammonia water is obtained through introducing the high-purity carbon dioxide into the stronger ammonia water and controlling carbonization degree, the carbonated ammonia water reacts with the copper under certain air pressure so as to prepare copper-ammonia complexation liquid, the copper-ammonia complexation liquid is then subjected to heating, ammonia distilling, separating, washing, drying and sieving so as to prepare high-purity heavy basic copper carbonate, and the heavy basic copper carbonate is then subjected to heating calcination and decomposition, thereby preparing the high-purity low-chlorine electroplating-grade cupric oxide. According to the method, the carbon dioxide is directly used as a raw material, so that the problems of the traditional method that impurities, such as heavy metal ions and chloride ions, are introduced by raw materials used in the production of basic copper carbonate are solved, the rate of reaction is increased, the production cycle is shortened, the production efficiency is greatly increased, and products are low in impurity content, high in purity, high in activity and wider in application; and meanwhile, the method is high in yield, low in energy consumption, and low in cost and hardly causes pollution.

The invention provides a linear compressor and an oil lubricating method thereof. The linear compressor comprises an outer casing which accommodates refrigerating mediums and lubricating oil; an air cylinder, a piston and a piston shaft are arranged inside the outer casing; a gap is formed between the air cylinder and the piston shaft; a flange plate is configured on the outer peripheral surface of the air cylinder; an air cylinder cover is fixed on the flange plate; an exhaust valve is arranged on the internal side of the air cylinder cover on the end portion of the air cylinder; space which is defined by the piston, the air cylinder and the air cylinder cover is separated into a compression chamber and an exhaust chamber which are communicated through the exhaust valve; the linear compressor is provided with an oil storage air chamber which is communicated with the exhaust chamber and the gap; the lubricating oil is connected with the compression chamber through an oil suction pipe; the lubricating oil enters into the compression chamber through the oil suction pipe due to relative movement between the piston and the air cylinder; the lubricating oil and the refrigerating mediums are mixed inside the compression chamber to form into high pressure gas-oil mixture; the high pressure gas-oil mixture is discharged into the exhaust chamber; partial high pressure gas-oil mixture enters into the oil storage chamber and the gap is full of the partial high pressure gas-oil.

A flat plate type electric field generator for the high-voltage electrostatic oil soot exhauster has at least one group of positive and negative plate electrodes. Said flat positive plate electrode has several arc holes. The surface of said negative plate electrode is perpendicular to the surface of said positive one. Its advantages are high cleaning power to oil soot, and less power consumption.

The present invention provides a feed crushing and drying device for animal husbandry breeding. The feed crushing and drying device comprises a tank body; a top cover is arranged at an opening place of a top part of the tank body and a bottom cover is arranged at an opening place of a bottom of the tank body; a material discharge pipe is fixedly welded on a left side of a surface of the bottom cover; a material guide plate is arranged right below the material discharge pipe; a drying cylinder is arranged in a middle and lower part of an internal wall of the tank body; a material feeding deviceis arranged on a top part inside the tank body; a material crushing and filtering device is arranged inside the tank body right below the material feeding device; and a stirring and drying device isarranged inside the drying cylinder. The material feeding device guides a feed to be crushed into the tank body in a constant speed. The material crushing and filtering device conducts cutting and crushing of the feed added in the material feeding device, exports moisture generated during drying processes of the feed, conducts adsorption filtration of the moisture, and prevents feed dust from directly being discharged in polluted air. The stirring and drying device conducts full stirring and turning of the crushed feed and uses hot air to conduct drying treatment of the feed.

The invention discloses a dual-heating interior spiral drum type biomass material dryer. A sealing tank is fixedly arranged on a bracket, wherein a heating device is arranged inside the sealing tank and used as a main heating source; a drum, a carrier roller and a transmission mechanism are arranged in the sealing tank; the carrier roller and the transmission mechanism are used for supporting the drum; a feeding hopper and a hot air intake pipe are arranged at one end of the sealing tank; the hot air intake pipe is used as an auxiliary heating source; a discharge outlet and a damp air exhaust opening are formed in the other end. The dual-heating interior spiral drum type biomass material dryer is capable of lowering heat energy of a hot air channel, thus the hot air channel is mainly used for accelerating the flowing of water vapor in the drum and is not utilized as a main heat source; improvement and storage of heat energy in the drum are facilitated, thus high-temperature hot air flow is prevented from being directly discharged, drying efficiency is improved and loss of heat energy is reduced.

The invention discloses a method and system for integrated treatment and recycling of domestic garbage landfills. The method includes recycling and recycling methane generated in garbage landfills; adopting circular self-purification treatment for leachate of garbage landfills methods for treatment; ecological restoration of the landfill surface. Through the above technical scheme, the present invention realizes the integrated treatment and recycling of the triple pollution of methane, leachate and solid waste in domestic waste landfills.

The invention relates to an external gas removing type heat-storage incinerator which comprises a heat-storage incinerator, an exhaust gas main pipeline, a windmill, an exhaust gas inlet valve bank, a leading control valve bank, an external gas blast pipeline and an external gas control valve, wherein the exhaust gas main pipeline is connected with a ventilating pipeline of the heat-storage incinerator, the exhaust gas inlet valve bank and the leading control valve bank are arranged on the exhaust gas pipeline so as to control and switch the pipeline to control the flow direction of the exhaust gas in the pipeline, the tail end of the exhaust gas main pipeline is provided with the windmill to form wind pressure to suck the gas in the pipeline, one end of the external gas blast pipeline is connected with the exhaust gas main pipeline to supply gas into the exhaust gas main pipeline and a heat-storage bed, the external gas control valve is arranged on the external gas blast pipeline to control the ingress and the egress of the external gas, therefore, when the heat-storage incinerator switches a gas flowing direction, the external gas blast pipeline is controlled to supply gas, and the high-concentration pollution of the heat-storage incinerator for switching the gas flow directions of two towers is eliminated to remove the exhaust gas pollution.

The invention relates to a thermodynamic system and method with the mixed application of the solar energy and a fuel oil gas boiler. The system comprises a solar heating device, a water-steam separator and the fuel oil gas boiler. The solar heating device comprises a water inlet and a water outlet which is connected with the water-steam separator. The fuel oil gas boiler comprises a boiler inner cavity, a combustor arranged in the inner cavity of the boiler, a steam conveying pipe arranged on the upper portion of the inner cavity of the boiler and a heat exchanging coil which is arranged in the inner cavity of the boiler. The inner cavity of the boiler comprises a water storage layer and a steam layer which is arranged above the water storage layer and communicated with the steam conveying pipe. The outlet of the heat exchanging coil is communicated with the water inlet of the solar heating device through a circulation pipe, and the circulation pipe is provided with a circulation pump. The lower portion of the water-steam separator is provided with a communicating pipe communicated with the heat exchanging coil. Due to the fact that the solar heating device and the fuel oil gas boiler are used in cooperation, the requirements for supplying steam and hot water are achieved, the fuel oil is reduced, and the thermodynamic system has the advantages of fully utilizing the solar energy, saving energy and reducing emissions.

The invention belongs to the technical field of an outlet for leading or distributing the air for indoors or occasions, such as the air flow diffuser of a ceiling. The invention solves the problems that a high-efficiency filter box is arranged above the air inlet of a static pressure box in the prior art according to the direction of an airflow; a high-efficiency filter and an air mixer are arranged in the box; a uniform distributor is arranged in the air inlet of the static pressure box; the parts are multiple; the cost is high; and the bacteria which are easily multiplied in the space of a box influence the health of patients. The purification layer flow air supply ceiling of an operating room provided by the invention comprises a box (1), wherein the air inlet (3) is formed at the sidewall (2) of the box (1); an air filter (4) is arranged in the air inlet (3); and an air ventilation layer (6) is formed in the lower port (5) of the box (1) and provided with net holes (7) which are uniformly distributed. In the purification layer flow air supply ceiling provided by the invention, the relatively uniform air pressure is formed to be uniformly exhausted from the whole panel after the flow in the whole cavity is mixed; and the redundant pipeline cavities for storing the air are arranged at the periphery of the box, thereby guaranteeing the air in the box to be clean.

The invention belongs to the technical field of waste water and waste liquid treatment and recycling, and particularly relates to a chlorine removal agent, and a method and an application for removing chlorine from waste acid wastewater by using same. The method comprises the following steps: firstly, heating the acid wastewater to a certain temperature, then adding a proper amount of a dechlorinating agent, continuously heating and stirring the system for a certain time to efficiently remove chloride ions in the waste acid wastewater, and absorbing chlorine generated in the reaction process by using alkali liquor. The reaction principle is different from that of the prior art: chlorine ions in the contaminated acid wastewater are oxidized into chlorine by means of the principle of oxidation reduction and the high oxidation potential of a chlorine removal agent or an intermediate product in the reaction process, and the chlorine is volatilized due to the fact that the chlorine is not dissolved in an acidic solution. The concentration of chloride ions in the waste acid wastewater treated by the method is lower than 20 mg/L, so that the concentration of chloride ions in the waste acid wastewater meets the recycling requirement. The method not only solves the problem of removal of chloride ions in the acid wastewater, but also has low requirements on equipment, and realizes resource recovery of chlorine in the wastewater.

The invention belongs to the technical field of textile fibers, and particularly relates to a hydrophilic polyester fiber and a preparation method thereof, wherein the hydrophilic polyester fiber is obtained by carrying out melt spinning on a hydrophilic polyester, and the hydrophilic polyester is obtained by polymerizing a ethylene glycol terephthalate oligomer and polyether diol under the actionof a titanium metal alkoxide, a polyhydroxy compound and a phosphorus compound/hindered phenol compound/acetate complex. According to the present invention, the hydrophilic polyester fiber has characteristics of yellowing resistance, reduced viscosity reduction during molding processing, good moisture absorption performance, good normal pressure dyeing performance, no heavy metal pollution, softhand feeling and excellent hue.

The invention discloses a waste gas recovery device for an injection molding machine. The waste gas recovery device for the injection molding machine is provided with a sealed box body, a box body door, a hopper hole, a plurality of gas suction devices, a plurality of waste gas pipelines, a waste gas treatment machine and a gas discharge pipe. The injection molding machine can be arranged in the waste gas recovery device, a hopper of the injection molding machine is arranged in the hopper hole, an operator can go in and out through the box body door, the gas suction devices arranged on the wall of the sealed box body can be used for absorbing harmful gases produced by the injection molding machine, the gas suction devices are connected by a pipeline, the harmful gases can be treated after being conveyed into the waste gas treatment machine, and then treated gases are discharged outside from the gas discharge pipe. The waste gas recovery device can be used for absorbing the harmful gases, thus improving the work environment and being good for the health of workers; furthermore, the device is simple in structure and low in manufacturing cost and maintenance cost, thus being widely popularized and used.

The invention discloses a water-saving control device. When hot water is required to be drained, a switch on a water tap is started and is connected with a control circuit and a temperature control sensor detects a temperature value; when the temperature is lower than a set value, the control circuit outputs a high level, a solenoid valve and a water pump are started and cold water in a third pipeline flows into a water heater through the solenoid valve and a second pipeline; when the temperature is higher than or equal to the set value, the control circuit outputs a lower level, the solenoid valve and the water pump are closed and hot water in the third pipeline flows into the water tap through the solenoid valve and a fourth pipeline and flows out. According to the water-saving control device disclosed by the invention, direct drainage of the cold water when the water tap is just opened is avoided, and thus the waste of fresh water resources is avoided and water resources are saved.

The invention discloses recycled type sewage purification equipment. The equipment comprises a filtering chamber, one side surface of the filtering chamber is fixedly connected to a first water aqueduct, the other side surface of the filtering chamber is fixedly connected to a second water aqueduct, the inside of the filtering chamber is provided with a filtering plate, a first filtering layer and a second filtering layer respectively, leak holes distributed with an equal distance are formed in the filtering plate, one end of the second water aqueduct far from the filtering chamber is fixedly connected to one side surface of a distillery, and the bottom of the distillery is provided with a heater. The recycled type sewage purification equipment can conduct effective filtering treatment and recycling on the sewage, and effectively avoid direct discharge of sewage and water resource waste. Sewage utilization rate is high, water resource recovery efficiency is high, effect of circulation and purification is better, purification is more diversified, and operation is simple. The equipment is practical and convenient, thus the problems of inferior sewage purification effect and water resource waste is effectively solved.

The invention provides a system for processing exhaust gas of a rare earth electrolysis process. By virtue of the system, the exhaust gas produced after electrolyzing of the rare earth firstly flows through an exhaust gas absorbing device; the exhaust gas is intensively collected and then conveyed to a rear earth recycling device; the residual rare earth in the exhaust gas is recycled, so that the loss of the material is avoided; the exhaust gas after recycling of the rare earth is conveyed to an exhaust gas cooling device, so that the high-temperature electrolysis exhaust gas is cooled, thus direct emission of the high-temperature exhaust gas is avoided; the cooled exhaust gas is conveyed to an exhaust gas purifying device, so that acid gas and dust remaining in the exhaust gas are purified, thus direct emission of the acid gas is avoided; finally, the exhaust gas is conveyed to an exhaust gas neutralizing device, so that the exhaust gas reaches the emission standard, thus safe emission of the electrolysis exhaust gas is achieved.