106results about How to "Stable and efficient processing" patented technology

The invention discloses a seamless solid metal calcium cored wire for steelmaking and deoxidation and a preparation method thereof. The seamless solid metal calcium cored wire consists of an outer-layer steel tube, a middle coating layer and an inner core, wherein the inner core is a solid metal calcium (pure calcium) wire. The seamless solid metal calcium cored wire disclosed by the utility model has the beneficial effects that vapor pressure and the gasification rate of metal calcium can be reduced, the depth of the seamless solid metal calcium cored wire inserted in molten steel is increased, the boiling of the molten steel is reduced, the time that the metal calcium is adsorbed by metal is reduced, the boiling phenomenon of the existing seamed solid calcium cored wire inserted in the molten steel is overcome, the phenomenon that the wire feeding is affected due to hollow powder calcium cored wire and non-uniform core powder weigh is reduced, and the bring-in of harmful elements (S, P, C and Si) in the powder calcium cored wire is avoided, so that the yield and the stability of metal calcium are greatly improved.

The invention discloses an OSG-based parallel extendable application server, which comprises a network communication module, a protocol conversion module, a cluster management module, a modularized service container and a monitoring management module. The network communication module is used for connecting the application server with terminal equipment. The protocol conversion module is used for achieving protocol conversion between a client and the server. The cluster management module is used for integrating a Zookeeper assembly into the application server so that the application server has a dynamic cluster capability. The modularized service container is used for making all network requests from the network communication module enter a thread pool, the requests will be distributed to different service processors after tasks in the thread pool are carried out, and the service processors search corresponding services in an osgi container to finish associated service processing. The monitoring management module is used for monitoring a service module. The application server can be clustered, is parallel extendable, and meets high concurrency demands of automobile data acquisition of Internet-of-Vehicles.

In biological treatment of amine-containing waste water, which is organic waste water in an ultrapure water recovery system, the treatment during fluctuating conditions is stabilized and stable treatment is carried out at the start of operation, and during fluctuating load and waste water composition. A method for introducing amine-containing waste water, which is organic waste water in an ultrapure water recovery system, to a biological treatment tank to carry out biological treatment, wherein an acid is added to the biological treatment tank on the basis of the pH value of the liquid in the biological treatment tank. When amine-containing waste water, which is organic waste water in an ultrapure water recovery system, is to be biologically treated, an increase is detected in the pH of the liquid in the biological treatment tank caused by ammonia generated by amine oxidation, and an acid is added to the biological treatment tank in accordance with the pH value, whereby the liquid in the biological treatment tank can be adjusted to an optimal pH value. Therefore, stable and efficient treatment can be carried out without a reduction in the activity of the biological treatment, even during operation startup, or during fluctuating waste water composition or waste water load.

The invention discloses a treatment process for discharging metribuzin wastewater in compliance with standard in coordination with salt recycling and a running method of the treatment process, and belongs to the technical field of pesticide wastewater treatment. The treatment process mainly comprises the steps of precipitation filtration, resin adsorption, pH neutralization, MVR, pH adjustment andFenton advanced oxidation. Salt recycling is conducted by steps as follows: performing evaporation crystallization and centrifugal drying to obtain refined industrial sodium sulfate. The concentration of COD in the metribuzin wastewater can be greatly reduced by resin adsorption treatment, and salt in wastewater can be further removed by MVR. Finally, Fenton advanced oxidation treatment is adopted, and effluent meets the connection standard of the park pipe network. Efficient and stable treatment of the metribuzin wastewater which contains high COD and high salt and is difficult to biologically degrade is realized, so that the metribuzin wastewater is discharged continuously in compliance with standard, and recycling of sodium sulfate in the wastewater is also realized.

The invention belongs to the technical field of ion exchange membranes, and relates to a fluorine-containing ion exchange membrane for alkali chloride electrolysis. The fluorine-containing ion exchange membrane comprises a fluorine-containing polymer layer with carboxylic acid type functional groups, a fluorine-containing polymer layer with sulfonic acid type and carboxylic acid type functional groups, and a fluorine-containing polymer layer with sulfonic acid type functional groups; wherein a reinforcing material is embedded in the fluorine-containing polymer layer with the sulfonic acid typefunctional group, and the reinforcing material is parallel to the fluorine-containing polymer layer with the carboxylic acid type functional group and the fluorine-containing polymer layer with the sulfonic acid type functional group and the carboxylic acid type functional group; the surface of the fluorine-containing ion exchange membrane is provided with a surface modification coating formed byion exchange resin and inorganic ions. According to the invention, the electrolytic voltage during alkali chloride electrolysis can be reduced, the defect of interlayer stripping of the multi-layer composite membrane in the application process is inhibited, and the product is suitable for running in a zero-polar-distance electrolytic cell under novel high-current density conditions.

The invention discloses a multifunctional bio-based composite microporous membrane and a preparation method thereof, and belongs to the field of water treatment and purification. The multifunctional bio-based composite microporous membrane is mainly composed of a separation layer and a support layer, the separation layer is mainly prepared by mixing a nano material and an additive, and has a three-dimensional structure capable of intercepting dye small molecules; the support layer comprises a stereocomplex polylactic acid microporous membrane and noble metal nanoparticles which are loaded in the stereocomplex polylactic acid microporous membrane and have catalytic performance, so that rapid degradation of aromatic compounds in a sewage system is realized. Compared with a microporous membrane in the prior art, the multifunctional bio-based composite microporous membrane disclosed by the invention can be used for more stably and efficiently treating dye molecules and aromatic compounds in sewage under the synergistic effect of the separation layer and the support layer, and meanwhile, the multifunctional bio-based composite microporous membrane is simple in preparation process and convenient to operate, and has very important scientific and application prospects.

The invention discloses a thick-thin micro aggregate 6S processing process for concrete and a production line. The thick-thin micro aggregate 6S processing process comprises the following steps: pretreating materials; performing circulatory multi-stage rough crushing and multi-stage desliming; performing circulatory multi-stage fine crushing and multi-stage powder concentrating, and preparing finesand and aggregates of different specifications and different limestone powder contents in proportion; and performing crushing and processing, and multistage winnowing, sorting and collecting on recycled dust materials. The whole sand-making production line is perfected, so that the system yield can be effectively increased, and finished product gravel aggregate quality can be effectively improved, and therefore, various grading and optimal grading of finished product gravel aggregates are realized; moreover, recycled powder waste is effectively recycled, treatment ability is strong, mountainflour grading can be precisely controlled, and mountain flour of various specifications is prepared; and the thick-thin micro aggregate 6S processing process is used for effectively improving durability and mechanical property of concrete, is low in production cost, and is efficient and energy-saving.

The invention discloses a ternary composite visible-light-induced photocatalyst and a synthesis method thereof. The synthesis method comprises the following steps: firstly, preparing g-C3N4 by adopting a melamine calcining method; then mixing the g-C3N4 with an N,N-dimethylformamide solution of polyaniline, and carrying out ultrasonic treatment, stirring and solvent evaporation to prepare a polyaniline/g-C3N4 binary compound; and mixing the polyaniline/g-C3N4 binary compound, single-layer graphene oxide and ascorbic acid in deionized water, and carrying out hydrothermal treatment on the mixture to obtain the graphene/g-C3N4/polyaniline ternary compound. The method is simple and easy to implement, the raw materials are rich and easy to obtain, metal and metal compounds are not used, the cost is low, and the obtained graphene/g-C3N4/polyaniline ternary compound not only has high visible light catalytic activity on reduction of hexavalent chromium in a decorative chromium plating solution, but also has good photocatalytic stability and reusability, and can be used as a novel visible-light-induced photocatalyst to be applied to efficient and stable treatment of hexavalent chromium wastewater.

The invention discloses a method for treating cassava alcohol wastewater through an anaerobic reactor filled with a ceramic material. The method includes the steps that the anaerobic reactor is filled with the ceramic material serving as a sludge carrier, wherein the volume of the ceramic material is 30%-45% the working volume of the reactor; anaerobic sludge is inoculated to the ceramic carrier, and standing culture is carried out to make the anaerobic sludge adsorbed to the ceramic carrier; the anaerobic sludge is subjected to habituated culture, cassava alcohol wastewater which is diluted step by step is introduced into the reactor for reflux to make the immobilized sludge make full contact with the cassava alcohol wastewater, and habituated culture is ended when the COD removal rate and the methane yield are stable; the cassava alcohol wastewater to be treated enters the anaerobic reactor for treatment, wherein the hydraulic retention time is 0.3-0.5 h. According to the method, the COD removal rate can reach 98% or above after stable operation.

The invention discloses a gas-solid separating method and a gas-solid separating system for simple substance sulphur in sulphur-containing exhaust. The gas-solid separating method for simple substancesulphur in sulphur-containing exhaust comprises the following steps: first, cooling sulphur-containing exhaust at an extremely high speed; then, separating dust; finally, recycling a heavy liquid phase solvent and simple substance sulphur; according to the method disclosed by the invention, the separating efficiency of the simple substance sulphur is up to 90 percent or above; moreover, the exhaust is further purified, and an environment pollution accident is avoided; in a separating process of the simple substance sulphur, the heavy liquid phase solvent of the simple substance sulphur evaporates to form a gas phase solvent which can be recycled as the liquid phase solvent for reusing through cooling, so that the sulphur removing cost is reduced. The system comprises a quick cooling system, a low-temperature washing purifying system, a light liquid phase and heavy liquid phase separating system, a washing liquid recycling system and a simple substance sulphur recycling system. The system disclosed by the invention has the advantages of stability and high efficiency in high sulphur-containing exhaust treatment, high simple substance sulphur separating efficiency, energy conservation and environmental pollution.

The invention discloses a method for quality classification and pipe connection of chemical wastewater, and belongs to the technical field of wastewater treatment. The method for quality classification and pipe connection of the chemical wastewater specifically comprises the steps that 1, an OUR online measuring instrument is utilized for measuring a breathing rate OUR of the wastewater; 2, an activated sludge breathing instrument is utilized for measuring the breathing rate OUR of an endogenesis of activated sludge of an aeration tank of a wastewater pipe connection system; 3, by comparing the sizes of OUR and OUR endogenesis, the wastewater is divided into three categories including the biodegradable wastewater, the degradation-resistant non-toxic wastewater and the toxic wastewater; 4,different categories of wasterwater are discharged into different treatment systems for treatment respectively. The method solves the problems that in the prior art, non-differential treatment methodsfor chemical wastewater have high cost and unstable treatment effects. The method for quality classification and pipe connection of the chemical wastewater can effectively improve the wastewater treatment effect and achieve the wastewater treatment purpose of substantial reduction of toxic pollutants with economic stability.

The invention provides a heating furnace, a heating system and a method for treating oily sludge by using the heating furnace and the heating system. The heating furnace comprises a furnace body, a heating turntable and a rotating shaft; wherein the heating turntable is arranged in the furnace body, and the rotating shaft penetrates through the furnace body; the rotating shaft is connected with the heating turntable and is used for driving the heating turntable to rotate; a medium channel for inputting and outputting a heating medium is arranged in the heating turntable; and a hollow pipeline is arranged in the rotating shaft, and is communicated with the feed port and the discharge port of the medium channel. Te heating system comprises the heating furnace and a molten salt heating device. The method for treating the oily sludge by using the heating system comprises the following steps: inputting the oily sludge into the furnace body, and heating the oily sludge by using the heating medium in the heating turntable. The heating furnace provided by the invention is uniform in heating.

The invention relates to a process for neutralizing and rectifying high-hydrochloric-acid n-butyl alcohol wastewater. The method comprises the following steps: (1) adding high-purity calcium stone into a stone neutralizing tank, wherein the hydrochloric acid in wastewater can be neutralized by calcium carbonate in the calcium stone; (2) arranging a first-stage lift pump in a regulating tank, and controlling high start and low stop by a floating ball liquid level meter to supply water to the neutralizing tank; (3) adding a small amount of calcium carbonate powder into the neutralizing tank to neutralize the wastewater to be neutral, then conveying the wastewater to a security filter through a second-stage lifting pump, and filtering; (4) enabling the wastewater filtered by the security filter to enter a raw material storage tank under the pressure of a pump; (5) arranging a third-stage lift pump in the raw material storage tank, arranging a flow meter and a pneumatic valve, and controlling the flow of the wastewater entering a rectifying tower through the pneumatic valve so as to achieve the separation of n-butyl alcohol from water; and (6) arranging a finished product tank beside the rectifying tower, wherein the finished product tank is used for receiving the separated n-butyl alcohol. The method can be used for efficiently and stably treating the high-hydrochloric-acid n-butyl alcohol wastewater.

The invention discloses rubbish penetrating fluid and an urban sewage treatment device. The device comprises a disinfection and sterilization tank, a heavy metal separation tank, a secondary reactiontank and a precipitation tank, wherein the disinfection and sterilization tank, the heavy metal separation tank and the secondary reaction tank are all internally provided with stirring paddles whichare driven by a motor arranged above, the outer sides of the disinfection and sterilization tank, the heavy metal separation tank and the secondary reaction tank are respectively provided with a firstliquid storage bucket, a second liquid storage bucket and a third liquid storage bucket, in the second liquid storage bucket, a stirring paddle is arranged, a stirring motor is arranged above the second liquid storage bucket, the front end of the disinfection and sterilization tank is connected with an ammonia nitrogen air stripping tower, a water inlet is arranged above the ammonia nitrogen airstripping tower, a water outlet is arranged below the ammonia nitrogen air stripping tower, and the water outlet is connected to the disinfection and sterilization tank through a pipeline. The urban sewage treatment device can be used for achieving efficient and stable treatment of the filtration and decomposition of organic matter, nitrogen, phosphorus and heavy metal, and the discharge standardis met.