75results about How to "Reduce recycling efficiency" patented technology

The invention relates to the field of textile printing and dyeing and in particular relates to a fabric dyeing wastewater treatment method. The treatment method comprises the following steps: collecting gray fabric wash liquid wastewater and wastewater produced in washing and pickling steps after rinsing, classifying and recovering dye residue liquid according to different dyes, collecting cleaning wastewater after dyeing, and treating the collected wastewater by adopting processes such as homogeneous adjustment, screen or filtering net filtration, air flotation, oxidization, biochemical treatment and advanced treatment performed in sequence. According to the technical scheme in the invention, the dyes can be recovered to the greatest degree, the wastewater treatment burden is reduced, recovery benefits are increased, the treatment cost is reduced, and good economic benefits and social benefits are achieved.

A gas turbine provided with: a blade ring (43) that marks off an annular first cavity (61) as a result of being connected to the inner periphery of a turbine casing (26); a plurality of heat-insulating rings (46, 47) that are connected to the inner periphery of the blade ring (43) at a predetermined axial direction interval; a plurality of partitioning rings (49, 51) that are connected to the inner periphery of the plurality of heat-insulating rings (46, 47); a plurality of rotor blade bodies (54) that are spaced at a predetermined axial direction interval, are affixed to the outer periphery of a rotor (32), and are arranged so as to face the plurality of partitioning rings (49, 51) in the radial direction; a plurality of stator blade bodies (53) that mark off an annular second cavity (62) as a result of an exterior shroud (56) being affixed to the heat-insulating rings (46, 47) between the plurality of rotor blade bodies (54); a second cooling-air supply route (74) that supplies compressed air to the second cavity (62); a first cooling-air supply route (71) that supplies cooling air that has a lower temperature than the compressed air to the first cavity (61); and a cooling-air discharge route (72) that discharges the cooling air from the first cavity (61). The gas turbine thereby provides an appropriate amount of clearance between rotor blades and the side of a turbine casing and has improved performance.

The invention relates to a preparation method of a liquid antioxidant 4,6-di(octylsulfanylmethyl) o-cresol. The preparation method comprises the following steps of: casting o-cresol, n-octyl mercaptan and paraformaldehyde in specified amount to a reaction kettle; adding a reaction solvent or then adding into water; casting a solid catalyst strong alkali and weak acid salt; then, starting stirring; continuously introducing or dropping an organic amine catalyst with a certain time; then, heating to reflux and performing reaction; after reaction, treating to obtain a product with high purity, less smell and low content of formaldehyde. The process is simple in industrial operation, low in cost and easy to realize. The yield based on o-cresol is greater than or equal to 98.0%, and the product obtained is approximately colorless. APHA is less than or equal to 10, and the product is transparent and the product purity is greater than or equal to 98.0%.

An improved system and method for processing feedstocks in an ebullated-bed hydroprocessing reactor is provided in which hydrogen gas is dissolved in the fresh and recycled liquid feedstock by mixing and/or diffusion of an excess of hydrogen, followed by flashing of the undissolved hydrogen upstream of the reactor inlet, introduction of the feed containing dissolved hydrogen into the ebullated-bed hydroprocessing reactor whereby the dissolved hydrogen eliminates or minimizes the prior art problems of gas hold-up and reduced operational efficiency of the recycle pump due to the presence of excess gas in the recycle stream when hydrogen gas was introduced as a separate phase into the reactor.

The invention discloses a heat exchanger for recovering exhaust gas and waste heat, which comprises a heat exchanger and a fluid diverter. The heat exchanger comprises a case body and corrugated heat exchange plates. The case body has a cuboid structure with opened up and down end surfaces; the corrugated heat exchange plates are laminated together and fixed inside the case body; and a gas passage is provided between adjacent corrugated heat exchange plates, and the inlet and outlet of the gas passage are provided on one of the opened end surfaces. The fluid diverter comprises a case body and passage partitioning plates; the partitioning plates are parallelly disposed and fixed inside the case body of the fluid diverter to divide the space of case body into an exhaust gas passage and a combustion supporting gas passage; the fluid diverter is installed at the inlet and outlet of the heat exchanger; and the exhaust gas passage and the combustion supporting gas passage are separated from each other. The inventive heat exchanger can recover exhaust gas and waste heat on site; and has the advantages of small volume, light weight, simple structure, remarkably improved unit volume heat exchange efficiency, good reliability, saved energy consumption and environmental friendliness.

The invention discloses a flexible seal and self-adaption recycling device for an immersed photoetching machine. The device is placed between a projecting lens group and a silicon wafer, comprises an injected liquid recycling component and a following disk piece and is used for restraining the boundary of an immersed liquid flow field. When liquid generates impact on the following disk piece due to the high-speed motion of the silicon wafer, the following disk piece can generate a certain offset along the direction of motion, thereby relieving the pressure of the boundary of the flow field and increasing the quantity of recycling openings to accelerate recycling; conversely, when the high-speed motion of the silicon wafer leads the pressure at one side of the flow field to be reduced, the flexible seal disk piece at the side can generate a certain offset along the direction of motion to carry out pressure compensation and reduce the quantity of the recycling openings and the liquid recycling amount at the same side. The self-adaption recycling of the liquid can be realized by adaptively the contact quantity of the recycling openings and the flow field, the recycling efficiency is effectively improved, and the vibration and the noise brought by recycling are reduced.

The invention discloses an animal intestinal mucosa extract and a preparation method as well as application thereof. The animal intestinal mucosa extract is prepared by the method comprising the following steps: (1) taking small intestine of an in vitro animal, scraping the mucosa layer on the intestinal wall, centrifuging and collecting precipitates; (2) adding the precipitates into water, then adding trypsin into the redistilled water for carrying out enzymolysis I, and after the enzymolysis is finished, inactivating enzymes and cooling; then, adding papain into the redistilled water for carrying out enzymolysis II, and after the enzymolysis is finished, inactivating enzymes and cooling; finally, centrifuging and taking the supernatant solution to obtain an intestinal mucosa enzymolysis solution; and (3) adding an acetic acid solution of which the mass concentration is 5%-10% into the intestinal mucosa enzymolysis solution for stirring and leaching, then centrifuging the leaching solution, and collecting the supernatant solution, and regulating the pH value of the supernatant solution to be 6.0-7.0, freezing and drying to obtain the animal intestinal mucosa extract. The test proves that the intestinal mucosa extract has antibacterial activity to bacteria (such as Escherichia coli).

The invention discloses a chemical co-production device of preparing an organic fertilizer from livestock and poultry manures, and belongs to the technical field of organic fertilizer production equipment. The chemical co-production device comprises a homogenization storage tank, a solid-liquid separator, a groove type fermentation tank, a ventilation aeration element, a heat collection element, and a power supply. Through the ventilation aeration element, manures will not enter an aeration pipeline, the aeration pipeline will not be obstructed, the aeration process is guaranteed, and enough oxygen is supplied to the organic fertilizer to ensure the quality of the produced organic fertilizer. By utilizing the ventilation aeration element, air flows out in a spiral form, the wind power is increased, the air ejected in a spiral form is broken into a plurality of air bubbles, and the aeration efficiency is improved therefore. Through a deodorizing element, the odor generated by the fermentation in the groove type fermentation tank is processed centrally; the manures are recycled and reused, the energy consumption and discharge are reduced, and the provided device has the advantages ofuniform aeration, high production efficiency, energy saving, and reduced emission, and is suitable for popularization.

The invention provides a process for recycling waste dustfree paper and equipment thereof. The process comprises the following steps of: 1, collecting and processing waste dustfree paper into a waste roll; 2, feeding the waste roll into a rough pulverizer through a feeding device; 3, pulverizing the waste roll into lamellar bulk material by the rough pulverizer ; 4, pulverizing the lamellar bulk material into fiber material by a first-grade fine pulverizer, wherein the content of single fibers in the fiber material is 60%-80%; 5, pulverizing the fiber material in which the content of the single fibers is 60%-80% into fiber material in which the content of the single fibers is 90% by a second-grade fine pulverizer; and 6, directly feeding the fiber material in which the content of the single fibers is 90% into a dusfree paper forming head. The process has the beneficial effect that the proportion of waste materials can be controlled accurately, and therefore the recycling quality of the pulverized materials and product quality can be improved.

The invention provides a junked-tire fluidized gasification device and a junked-tire fluidized gasification method based on blast furnace slag waste heat utilization. The device comprises a slag granulator and a fluidized-bed gasification reactor. After liquid blast furnace slags are granulated into high-temperature slag particles by the device and catalysts are loaded to surfaces of the high-temperature slag particles, fluidized heat exchange between the high-temperature slag particles and tire rubber powder is performed in the fluidized-bed gasification reactor; a gasification reaction of the rubber powder is generated under the action of slag heat carriers and the catalysts to achieve oil-gas coproduction. The junked-tire fluidized gasification device and the junked-tire fluidized gasification method have the advantages that blast furnace waste heat is taken as a heat source for tire gasification, using waste to treat waste is realized, and accordingly, recycling and reducing of junked tires as well as efficient recovery and utilization of the blast furnace waste heat are achieved; moreover, by the heat exchange mode of fluidized gasification, caloric transfer in the reaction process of tire gasification can be promoted obviously, and quality of pyrolytic oil products can be improved remarkably.

The invention discloses a preparation method of a porous cross-linked anion exchange membrane for diffusion dialysis, which comprises the following steps: dissolving chloromethylated polyethersulfone in an organic solvent to form a membrane casting solution, coating a substrate with the membrane casting solution, and performing a phase inversion method to obtain a porous base membrane; and soaking the porous base membrane in a pentamethyldiethylenetriamine solution to carry out synchronous crosslinking and quaternization modification so as to prepare the porous crosslinking anion exchange membrane suitable for diffusion dialysis. Based on the special microstructure of the porous membrane, especially the sufficient free space in the internal porous structure of the porous membrane, the ion transmission rate is greatly improved, and meanwhile, three tertiary amine groups contained in pentamethyldiethylenetriamine are used for achieving synchronous crosslinking and quaternization modification of the porous base membrane. Therefore, the porous cross-linked anion exchange membrane with both high acid dialysis coefficient and high acid/salt separation factor is prepared, and the use requirements of diffusion dialysis are met.

The invention provides a kinetic energy recovery controller for an electric vehicle, and belongs to the technical field of energy recovery of the electric vehicle. The controller and a motor controller are jointly connected in parallel onto three output wires of a motor stator; a start-stop switch is mounted on a speed regulating assembly of the electric vehicle; during freewheeling, kinetic energy of the vehicle is converted into three-phase alternating current electric energy through the motor; and the controller can automatically select and recover gliding kinetic energy produced when the vehicle speed is close to or exceeds the average moving speed per hour in the city, capacitors are connected in series firstly, three-phase bridge rectification and direct current bridge type series connection boosting are performed, and the energy is fed back to batteries for storage finally. The kinetic energy recovery controller is characterized in that: 1), a control switch power supply adopts kinetic energy power; 2), a three-phase bridge rectification and direct current bridge type series connection circuit is adopted to design kinetic energy rectification and kinetic energy boosting; and 3), the capacitors are adopted to design kinetic energy recovery degree. The controller has simple design and comes onto the market in an embedded module manner, a safe and energy-saving mode is provided for medium-and-high-speed gliding of the electric vehicle in gear, the safety factor and the control performance of the electric vehicle can be improved, and the endurance mileage of the electric vehicle can be increased by about 20%.

Systems, methods, and articles of manufacture are contemplated by which the recycling program of a community can be improved. A consumer data set corresponding to the purchasing habits of a community is collected, along with a data set corresponding to the characteristics of waste materials collected from the individuals within the community. The community and individual waste material data sets are analyzed, and points of reduced recycling efficiency are determined for both the community as a whole and for the individuals within the community. These points of reduced efficiency are used to generate incentivization for the individuals, such as aspirational goals, monetary compensation, or promotional offer. The individuals have access to an account for monitoring their recycling statistics and to receive the incentivizations. The individuals may transmit to the database, via the online account, information on their waste materials, to improve the precision of the recycling program, or individual pickup requests.

The invention discloses a construction method of a dated bloodstain miRNA high-throughput sequencing library. The method comprises the steps of pretreatment of a dated bloodstain sample, extraction ofmiRNA and construction of a miRNA sequencing library, wherein the library construction includes: (1) connection of miRNA 5' and 3' junctions; (2) reverse transcription; (3) PCR (Polymerase Chain Reaction) amplification; (4) agarose gel electrophoresis on a PCR amplification product, gel cutting and recovery of fragments of 145 to 160 bp to obtain the sequencing library. By adopting the method disclosed by the invention, construction of the dated bloodstain miRNA library can be finished within 48 hours, and only a 5cm<2> dated bloodstain (containing about 10 to 100ng RNA) sample is needed at least. Reuse of dated forensic evidence is facilitated, the reuse of dated forensic evidence appears in the field of forensic medicine for the first time, and strong technical support is provided for expanding the application of miRNA in forensic medicine.

The invention provides a vehicle sliding energy recovery triggering method and device, electronic equipment and a storage medium, and the method comprises the steps: determining the sliding speed of avehicle at a current moment when the vehicle is detected to enter a sliding state; acquiring the sliding speed of the vehicle at the historical moment; determining the sliding speed at the moment tobe estimated according to the sliding speed at the current moment, the sliding speed at the historical moment and the sliding speed prediction model; determining wheel-side required braking torque based on the sliding speed at the current moment and the sliding speed at the moment to be estimated; determining motor end required braking torque according to the vehicle attribute information and thewheel edge required braking torque; and sending the braking torque required by the motor end to the motor, and triggering the motor to recover sliding energy. Thus, the sliding energy can be properlyrecovered, the driving feeling cannot be affected by excessive recovery of the sliding energy, and the energy recovery efficiency cannot be low due to excessive recovery of the sliding energy.

The invention discloses an elevator energy recovery system based on intelligent super-capacitor modules. The elevator energy recovery system comprises a plurality of connected super-capacitor modules,wherein the super-capacitor modules are connected with a CAN communication bus respectively, and are connected with a system control main board through the CAN communication bus; the super-capacitormodules are connected with a direct current contactor through an IGBT and driving and power inductors, and the super-capacitor modules are further connected with an elevator controller; the super-capacitor modules are further connected with a single-phase inverter module, and output 220 V AC. The system control main board is connected with a display module, the IGBT, the driving and power inductors and the direct current contactor respectively; the elevator controller is connected with the direct current contactor, the elevator controller is further connected with an elevator input switch, andthe elevator input switch is connected with a 380 V AC input power supply through a three-phase contactor. The elevator energy recovery system can be accepted by more elevator users, so that the popularization of the elevator energy recovery system is promoted to a certain extent.

The invention relates to a method for cleaning a storage space, and the method comprises the steps: obtaining the number of channels, connected with a controller, of a memory and chip information corresponding to each channel, wherein the chip information comprises data storage conditions of a plurality of data blocks; determining a to-be-recycled data block under each channel according to the chip information; judging whether the to-be-recycled data block has valid data or not; when the valid data exists in the to-be-recycled data block, recycling the valid data; and carrying out erasing processing on the to-be-recycled data block under each channel. According to the method, the to-be-recovered data block under each channel is determined by adopting a unified method, so that the difference of effective data volume in the to-be-recovered data block under each channel is relatively small, the garbage recovery frequency under each channel is reduced, and the efficiency of releasing available space for the data block is improved.

The invention relates to the technical field of waste treatment, in particular to a plasma generator. The plasma generator comprises a cathode, an arc striking anode and an anode which are sequentially and coaxially connected in series. The cathode is provided with a cathode head, a cathode sleeve and a first cooling channel for cooling the cathode head. The anode is provided with an anode lining,an anode jacket and a second cooling channel for cooling the anode lining. The arc striking anode comprises an arc striking anode lining, a plasma generating chamber which is located on one side, facing towards the cathode head, of the arc striking anode lining and is used for the arc striking anode to break down the working gas to form a plasma, and a preheating chamber which is arranged aroundthe outside of the arc striking anode lining for heat exchange between the low-temperature working gas and the high-temperature arc striking anode lining, wherein the preheating chamber and the plasmagenerating chamber are communicated with each other. The plasma generator has the advantages of simple structure, few parts, small volume and high heat recovery rate.

This invention relates to a method to recycle acetic acid from fluid containing low-concentration acetic acid. First, directly introduce the vapor containing low-concentration acetic acid into reactor and simultaneously feed complexing agent gas into the reactor to make the acetic acid in the steam and the complexing agent conduct complexation to generate an acetic acid complex whose boiling point is higher than that of acetic acid. Then, after gas liquid separation, the acetic acid complex is discharged from the bottom of the reactor, which is then conducted regeneration and separation to obtained the acetic acid and complexing agent, the acetic acid is recovered and the complexing agent is feedback to the reactor for circulation use. Or, make the acetic acid complex conduct to obtain the other acetic complex which can be directly used .Advantages: short technological process, low apparatus investment, low energy consumption, high acetic acid recovery rate and low acetic acid content in wastewater after recovering process.

The invention relates to a comprehensive recycling and treating method for gold concentrate roasting enterprise mine acid waste water, and belongs to a gold industry water treatment method. The gold concentrate roasting enterprise mine acid waste water is pumped into a first buffering tank and sequentially flows into a first reactor, a second reactor and a second buffering tank to be subjected tofilter pressing; the gold concentrate roasting enterprise mine acid waste water obtained after filter pressing enters a third buffering tank and sequentially flows into a third reactor, a fourth reactor and a fourth buffering tank, sodium sulfide is added in the third reactor and the fourth reactor, and filter pressing is conducted; and after filter pressing, the gold concentrate roasting enterprise mine acid waste water enters a fifth buffering tank and sequentially flows into a first neutralizing tank, a second neutralizing tank and a sixth neutralizing tank, filter pressing is conducted, filter pressing slag is stacked and stored, and filter pressing liquid is discharged. The technology process is simple, the valuable element recycling efficiency is high, the product purity is high, thecomprehensive treatment effect is stable, environment friendliness is achieved, the running expense is low, and extremely high popularization value is achieved.

The invention discloses a pretreatment technology for indium and germanium extraction. The pretreatment technology comprises the steps of melting , atomization and after-treatment, and concretely comprises the following steps: material containing In and Ge is placed in a melting pool to be melted at a temperature of 1,210-1,260 DEG C into liquid material, and the liquid material is kept at a temperature of 1,210-1,260 DEG C; the liquid material at the temperature of 1,210-1,260 DEG C flows into an atomizing chamber via a guide pipe to be atomized to obtain solid powder; the solid powder obtained by atomization is screened, and the material passing through a screen mesh is placed in a container, sealed and packed for follow-up roasting, water washing, acid treatment, drying and calcining for extraction; the material not passing through the screen mesh is returned to the melting step to circulate. The pretreatment technology provided by the invention is safe and reliable, the material granularity is low to facilitate hydrometallurgical leaching, and the recycling efficiency of In and Ge in the material is high. The pretreatment technology provided by the invention refines the material containing In and Ge by an atomizing method, not only is high in safety and low in material loss, but also is easy for processing treatment.

A surface residual electrolyte removal device for a waste lithium titanate negative electrode sheet is disclosed, the device includes a bracket, a material receiving box is fixedly installed at the upper end of the bracket, a material discharge hopper is arranged at the low end of the material receiving box, a rack is fixedly installed on the inner wall of the material receiving box, a plurality of push rod motors are vertically fixedly installed on the rack, the upper ends of the push rod motors are hinged with mounting strips, the upper end of the mounting strips is fixedly installed with abottom plate, a rubber sealing strip which is closely slidably connected with the inner wall of the receiving box is pasted on the outer wall of the bottom plate, and a mesh cylinder is arranged on the upper end of the bottom plate. The beneficial effects are as follows: the urface residual electrolyte removal device for the waste lithium titanate negative electrode sheet can thoroughly remove theelectrolyte and impurities on the surface of the waste lithium titanate negative electrode sheet, ensures that the lithium titanate powder on the waste lithium titanate negative electrode sheet can be completely detached from the aluminum foil without residue, effectively avoids the reduction of the recovery efficiency of the waste lithium titanate negative electrode sheet, and has good practicability.