66results about How to "Play the effect of saving energy and reducing consumption" patented technology

The invention provides red mud and fly ash fireproof insulation brick which use solid waste red mud produced by alumina industry and solid waste fly ash in fuel electric plant as main raw materials and uses lightweight aggregate and fireproof clay as auxiliary materials. The weight percentage of each component is 10-60 of red mud, 10-50 of fly ash, 15-48 of lightweight aggregate, 4-18 of fireproof clay and 12-25 of water. The used lightweight aggregate is lightweight ceramsite, floating bead, vermiculite, expansion perlite or other lightweight fireproof raw material. The red mud and the fly ash fireproof insulation brick of the present invention have advantages of small volume density and low heat conduction coefficient, can be used for heat-insulation layer of industrial high temperature kiln in industries such as metallurgy, machinery, non-ferrous metal, power, chemical industry and building material, can insulate heat for thermal source, can prevent heat loss in with temperature higher than ambient temperature, and reaches purpose of utilizing industrial waste material, saving resource and energy and reducing emission.

The invention discloses a sulfur-resisting and nitrogen-removed oxide compound metallic oxide SCR catalyst and a preparation method and applications thereof. The catalyst contains the following elements in the molar ratio: 0.2-2 percent of structural auxiliary element M, 2-4 percent of chromium element and 5-8 percent of manganese element. The preparation method comprises the following steps of: (1) respectively dissolving metal precursors into a citric acid, and evenly stirring and standing for 1-5 hours to respectively obtain an M metal citric acid solution, a chromium metal citric acid solution and a manganese metal citric acid solution; (2) simultaneously and evenly dropwise adding all the metal citric acid solutions to a container and stirring without stop, and continuing to stir for 0.5-3 hours after all the metal citric acid solutions are dropwise added completely; (3) placing the container in a drying oven for drying for 8-15 hours at the temperature of 90-150 DEG C, and then calcining in a muffle furnace for 100-350 min; and (4) tabletting calcined products and then grinding and sieving. The catalyst can be applied to automobile exhaust NOx treatment devices or the denitrification devices of stationary source coal fired power plants.

The invention provides an NMP (N-Methyl Pyrrolidone) wastewater low-temperature recycling system and a method thereof. The system comprises a first-stage concentration tower, a second-stage concentration tower, a third-stage concentration tower, a vacuum distillation tower and a refining tower which are connected in sequence through pipelines, wherein the gas-phase discharge hole of the first-stage concentration tower is connected with a heating medium inlet of a first condenser; the liquid-phase discharge hole of each tower is connected with the liquid-phase inlet of a tower of a next stage.By using a negative pressure separation method, effective components of a waste liquid can be separated at a low temperature, decomposition of effective components in the separation process is greatlyreduced, and meanwhile functions of energy conservation and consumption reduction can be achieved.

The invention relates to a device and a method for preparing anhydrous aluminum fluoride. The device comprises a gas inlet device, a wet aluminum hydroxide metering and feeding device, a single-layerfluidized bed reactor (301), an aluminum fluoride gas-solid separator (302), an aluminum oxide reactor (303), an aluminum oxide gas-solid separator (304), an aluminum hydroxide dryer (305), an aluminum hydroxide gas-solid separator (306), an aluminum fluoride static cooler (501) and a tail gas treatment device, wherein the gas inlet device comprises an air heater (101), a hydrogen fluoride vaporizer (103) and a hydrogen fluoride mixer (102); the air heater (101) and the hydrogen fluoride vaporizer (103) are connected with the hydrogen fluoride mixer (102) respectively; the hydrogen fluoride mixer (102) is connected with the single-layer fluidized bed reactor (301). Through the device and the method, a prepared product has better quality, namely high content, low impurity, large specific gravity and good fluidity, and the energy consumption is low.

The invention discloses an anti-blocking tube heating device for sponge production. The heating device consists of a temperature measuring tube, a sleeve, a heat insulation layer, a sleeve flange, an inverse U-shaped connecting tube, an inverse U-shaped connecting tube flange, a U-shaped resistance wire, two heat radiation sleeves, a contact rod sleeve and a contact rod, wherein one end of the heat radiation sleeve is closed and provided with a pore communicated with the inverse U-shaped connecting tube at the position close to the inverse U-shaped connecting tube flange; the U-shaped resistance wire is arranged inside the heat radiation sleeve, the heat insulation layer is formed in the sleeve, and the sleeve is sealed through the sleeve flange and the inverse U-shaped connecting tube flange; and a U-shaped resistance wire binding post is connected with the contact rod, and the contact rod is sealed in the contact rod sleeve. The heating device effectively solves the problem that a passageway standpipe at the distillation stage of the titanium sponge production is blocked, shortens the distillation time, reduces the times of opening a condenser for examination, reduces the probability of air inlet pollution of a titanium sponge product, saves energy, reduces consumption, and prolongs the service life of the product by about 2 to 3 times.

The invention discloses a low-temperature annealing process for reducing stress of a glass-metal connection sealing structure. The low-temperature annealing process comprises the following steps: 1, putting a connected and sealed glass-metal connection sealing section into an annealing furnace; 2, increasing the temperature to 200 DEG C from the room temperature; 3, increasing the temperature to 350 DEG C from 200 DEG C; 4, increasing the temperature to 450 DEG C from 350 DEG C; 5, increasing the temperature to 520 DEG C from 450 DEG C; 6, reducing the temperature to 470 DEG C from 520 DEG C;7, reducing the temperature to 370 DEG C from 470 DEG C; 8, reducing the temperature to 300 DEG C from 370 DEG C; and 9, reducing the temperature to the room temperature from 300 DEG C. According to the invention, the glass metal connection sealing part is subjected to annealing treatment at the temperature below the glass strain point, so that the stress value of the connection sealing part is greatly reduced, the safety and the reliability of the connection sealing part are improved, the qualification rate of the product is improved, and the effective life of the whole product is prolonged.

The invention provides an additive for a toner and a preparation method thereof and relates to the field of toners. The additive for the toner, provided by the embodiment of the invention, is a modified nano silicon dioxide compound of hyperbranched polyester; the additive for the toner is obtained by the specific steps of modifying nano silicon dioxide and grafting hyperbranched polyester resin on the surface of the nano silicon dioxide. The preparation method is simple, and the electrifying effect and the stability can be increased; adhesive emulsion provided by the embodiment of the invention is obtained by shearing and dispersing the polyester resin and the additive for the toner, and has good compatibility; the toner provided by the embodiment of the invention is prepared by coagulating the adhesive emulsion, a color agent dispersion solution and a release agent dispersion solution; the electrifying amount and the stability can be increased; the vitrification and rheological parameters are improved; the image quality and gloss of printed and copied images are improved and the effects of saving energy and reducing consumption are realized.

The invention discloses a laterite-nickel ore RKEF smelting process smoke comprehensive treatment system which comprises a ferronickel electric furnace, a water cooling flue, a first bag collector, arotary kiln, a cyclone dust collector, a combustion air mixing chamber, a drying machine and a second bag collector; a gas outlet of the ferronickel electric furnace is connected with the lower end ofthe water cooling flue; the upper end of the water cooling flue is connected with a gas inlet of the first bag collector through a pipeline; a gas outlet of the first bag collector is connected witha gas inlet of the rotary kiln through a pipeline; a gas outlet of the rotary kiln is connected with a gas inlet of the cyclone dust collector through a pipeline; the combustion air mixing chamber comprises a combustion chamber and a smoke mixing chamber; a gas inlet of the smoke mixing chamber is connected with a gas outlet of the cyclone dust collector through a pipeline; a gas outlet of the smoke mixing chamber is connected with a gas inlet of the drying machine; and a gas outlet of the drying machine is connected with a gas inlet of the second bag collector through a pipeline. The laterite-nickel ore RKEF smelting process smoke comprehensive treatment system saves energy, is environmentally friendly and is high in smoke utilization ratio.

The invention relates to an efficient environment-friendly papermaking production line, belonging to the technical field of papermaking mechanical equipment. The efficient environment-friendly papermaking production line is characterized by comprising pulping equipment, wherein a feeding device of the pulping equipment can feed waste paper raw materials into a coarse crushing device; the coarse crushing device can crush the waste paper raw materials into coarse paper pulp; the coarse paper pulp is conveyed into a screening device through water flow assistance; the coarse paper pulp enters a pulp washing device after being screened and filtered by the screening device; and the pulp enters a fine grinding device after being cleaned by the pulp washing device, and enters a storage device after being finely ground by the fine grinding device. According to the invention, fine paper pulp can be finally obtained through automatic feeding, coarse crushing, paper material circulating and infiltrating, screening and paper scrap grinding and refining, and is stored for papermaking operation.

The invention relates to a washing machine for conveniently separating granules of different granularities in a solution. The washing machine is characterized in that a main body part comprises a stirring device, a washing chamber, a filtering bag, a support frame, a heating jacket, an insulating layer, a filtering net, a support isolating grid, a micro granule collecting chamber and a discharge valve; the washing chamber and the micro granule connecting chamber are connected together in a welding mode; washed granules are put into the filtering bag which is expanded by the support frame; the filtering net is put on the filtering net; not only can viscous liquid be adhered to the surface of the granules washed off by a washing agent, but also small granules adhered to the surfaces of large granules are separated in time, and micro granules of which the diameters are smaller than the apertures of the filtering bag and the filtering net can penetrate through the holes and deposited into the micro granule collecting chamber, so that the sediment is not easy to arise to cover the surface of the large granules, the situation that the granules of different granularities are not thoroughly separated in the conventional method is avoided, the washing and separation effects are greatly improved, and a product can be conveniently taken out.

The invention discloses a steel-ball-free ore grinding method. The steel-ball-free ore grinding method comprises the following steps: ore with the grinding particle size P80 of 2.5-3.0 mm is fed into an ore grinding machine, and first-stage ore grinding is carried out; an ore grinding medium of a mixed ceramic section is loaded into the ore grinding machine, and the mixed ceramic section comprises cylindrical ceramic sections with different lengths and different diameters; the P80 of an overflow product of a classifier is controlled to be 0.5-0.3 mm, and if the ore dressing granularity requirement is met, only first-stage ore grinding is carried out; and if the ore dressing granularity requirement is not met, second-stage ore grinding is carried out, and during second-stage ore grinding, an ore grinding medium mixed with ceramic balls is loaded into the ore grinding machine. According to the steel-ball-free ore grinding method, the mixed ceramic section is used as the ore grinding medium, crushing is carried out mainly by line contact and supplemented by surface contact, efficient grinding can be carried out in the ore grinding process, and the over-crushing generation rate of ore grinding products can be reduced; and besides, an ore grinding section can be a one-section ore grinding process or a multi-section ore grinding process, and the ore grinding machine mainly adopts a horizontal ball mill, so that the ore grinding requirements of different ores and different metal disseminated particle sizes can be met.

The invention relates to a refrigerating system using liquefied natural gas cold energy, which comprises a first-stage indirect type heat exchanger, a second-stage indirect type heat exchanger, an air inlet pipeline, a fan and an air mixing device. The inlet of the air inlet pipeline is connected with the fan, the outlet of the air inlet pipeline is connected with the air inlets of the first-stage indirect type heat exchanger and the second-stage indirect type heat exchanger and the inlet of the air mixing device, the fuel gas inlet of the first-stage indirect type heat exchanger is used for receiving liquefied natural gas, the fuel gas outlet of the first-stage indirect type heat exchanger is connected with the fuel gas inlet of the second-stage indirect type heat exchanger, the inlet of the air mixing device is further connected with the air outlet of the first-stage indirect type heat exchanger and the air outlet of the second-stage indirect type heat exchanger, the outlet of the air mixing device is used for outputting cooled air. When the liquefied natural gas enters the first-stage indirect type heat exchanger, heat exchanging with the air in the first-stage indirect type heat exchanger is carried out, and the liquefied natural gas is heated and enters the second-stage indirect type heat exchanger after being converted into compressed natural gas. The invention not only can fully use the cold energy generated in a gasification process of the liquefied natural gas, but also can reduce cost of heat-exchange equipment.

The invention discloses an energy-saving hot air premixed type fierce-fire stove comprising a stove body, a stove core and a fuel gas intake pipe. The energy-saving hot air premixed type fierce-fire stove is characterized in that the stove body comprises an inner shell with the upper end provided with a stove mouth, the stove core is installed at the center of a base plate of the inner shell, a sealed hot air interlayer is arranged outside the inner shell, a lower end opening of the stove core communicates with the sealed hot air interlayer, the upper side of the side wall of the sealed hot air interlayer is provided with air inlets communicating with an air intake device, the fuel gas intake pipe is arranged at the center of the bottom end of the sealed hot air interlayer, and fuel gas and intake air are mixed and then enters the stove core from the lower end of the stove core. According to the energy-saving hot air premixed type fierce-fire stove, through the improvement on the structure of the stove body of the fierce-fire stove, waste heat is fully utilized to preheat air, and the energy-saving and consumption-reduction purposes are achieved.

The invention discloses a stirring and heating type drum dryer. The stirring and heating type drum dryer comprises a drying drum, a scraping knife and a liquid material disc. The drying drum comprises an outer drum body. An inner drum body which is rotationally matched with the outer drum body and is coaxial with the outer drum body is arranged in the outer drum body. A heat insulation layer, an electrical heating layer and a thin wall heat conduction layer are sequentially arranged on the peripheral wall of the inner drum body from inside to outside. A medium cavity used for storing a heat conduction medium is arranged between the outer drum body and the inner drum body. A stirring structure for stirring the heat conduction medium is evenly and annularly distributed on the peripheral wall of the thin wall heat conduction layer and comprises stirring teeth arranged on the peripheral wall of the thin wall heat conduction layer in an array manner. The bottom of the outer drum body is located in the liquid material disc. A knife edge of the scraping knife is tightly attached to the outer surface of the outer drum body. The stirring and heating type drum dryer has the beneficial effects that the heat conduction efficiency is high, and heating is uniform.

The invention relates to a channel type ultraviolet air disinfector, which comprises a box, wherein a folded air channel is formed inside the box; at least one ultraviolet disinfecting lamp is arranged in the air channel; one end of the air channel is an air inlet, and the other end of the air channel is an air outlet; the air channel is communicated with the outside through the air inlet and the air outlet; a fan is arranged at the air inlet; a plurality of spacers are fixedly arranged on the inner wall of the box, and are used for partitioning the inside of the box into the folded air channel. The air inlet and the air outlet are formed in the channel type ultraviolet air disinfector, intersecting air channels ranging from the inlet and the outlet are formed by isolating by using glass through which ultraviolet rays can pass, so that the flowing time of pumped air in the box is prolonged. The transmission of ultraviolet rays in the box is not blocked by the glass through which ultraviolet rays can pass, so that the pumped air is fully exposed in the irradiation of ultraviolet rays, the aim of fully disinfecting is fulfilled, and the effects of saving energy and lowering consumption can be achieved. A negative-ion generator is arranged in the box.

The invention relates to the technical field of valves, and discloses a flow control valve, a vehicle suspension shock absorber assembly and a vehicle suspension system. The flow control valve comprises a valve body assembly and multiple high-speed switch valves; the valve body assembly comprises a main valve body, multiple mounting parts are arranged on the main valve body, oil inlet holes and oil outlet holes which communicate with the interiors of the mounting parts are formed in the positions, located on the mounting parts, of the main valve body correspondingly, and the oil inlet holes communicate with the corresponding oil outlet holes to form multiple oil channels arranged in parallel; the high-speed switch valves are arranged in the mounting parts respectively and are in sealing fit with the mounting parts, and the on-off states of the oil channels are controlled by controlling opening and closing of the high-speed switch valves. The flow control valve has the characteristics of being large in flow adjusting range, high in response speed and high in flow control precision, and can be applied to different working conditions.

A method of producing high-purity sodium sulfide is disclosed. The method includes S100) a step of adding raw coal, mirabilite and a catalyst that is ferric oxide into a ball mill, and grinding, with the weight ratio of the mirabilite, the raw coal and the ferric oxide being 5:2:0.04, S200) a step of, after grinding, conveying into a stirrer, and stirring to fully mix the mixture, and S300) a step of, after stirring is finished, spraying the mixture into a calciner, maintaining a slightly-negative pressure atmosphere in the calciner, controlling the air excessive amount during calcination through a flue residual-oxygen detecting device, and maintaining the calcination temperature to be 1000-1100 DEG C through a material temperature monitoring device and a flue gas temperature monitoring device. The sodium sulfide produced by the method is high in purity and wide in application.

The invention discloses a high-voltage power distribution room cooling and dehumidifying energy-saving device which comprises an outdoor temperature sensor, an indoor temperature sensor, an outdoor humidity sensor, an indoor humidity sensor, an A/D converter, a single-chip microcomputer, a drive circuit, a key unit, a display unit, an axial flow fan, an air conditioner, a dehumidifier, an air outlet, an air inlet, an air input and output switching device and a dehumidifier air inlet switching device. By means of the device, the working time of the axial flow fan, the air conditioner and the dehumidifier can be overall arranged, and energy conservation and consumption reduction are achieved as mush as possible on the premise of ensuring that the indoor temperature and humidity of a high-voltage power distribution room are in a normal state.

The invention relates to the technical field of the coke modification in the blast furnace ironmaking and in particular to a coke modifier and a preparation method and a coke modifying method thereof. The provided coke modifier comprises boric oxide, silicate and polyacrylamide. The coke modifier is capable of slowing down the solution loss reaction of the coke, reducing the coke reactivity, and improving the post-reaction strength. The provided coke modifying method has the characteristics of simple process and convenient operation, is capable of reducing the coke reactivity, improving the post-reaction strength, and improving the permeability of a blast furnace. In addition, the pulverization of the coke is reduced, the effects of saving energy and reducing consumption can be realized, the load of a dedusting device is reduced, the service life of the device is prolonged, and the coke modifier can be extensively used for the blast furnace smelting industry.

The invention discloses a stirring and heating type drum drying system. The stirring and heating type drum drying system comprises a material conveying device and at least one stirring and heating type drum drying machine arranged along the material conveying device. Each stirring and heating type drum drying machine comprises a drying drum, a scraping knife and a liquid material disc. The drying drum comprises an outer drum body. An inner drum body which is rotationally matched with the outer drum body and is coaxial with the outer drum body is arranged in the outer drum body. A heat insulation layer, an electrical heating layer and a thin wall heat conduction layer are sequentially arranged on the peripheral wall of the inner drum body from inside to outside. A medium cavity for storing a heat conduction medium is arranged between the outer drum body and the inner drum body. A stirring structure for stirring the heat conduction medium is evenly and annularly distributed on the peripheral wall of the thin wall heat conduction layer and comprises stirring teeth arranged on the peripheral wall of the thin wall heat conduction layer in an array manner. The bottom of the outer drum body is located in the liquid material disc. A knife edge of the scraping knife is tightly attached to the outer surface of the outer drum body. A material receiving plate communicating with the material conveying device is arranged below the scraping knife. The stirring and heating type drum drying system has the beneficial effects that heat conduction efficiency is high, and heating is uniform.

The invention provides a machine room ventilation structure. The machine room ventilation structure comprises: a machine room; a server arranged in the machine room, wherein the machine room has a cool air supply structure; a heat channel used for connecting with the heat dissipation opening of the server; and a baffle structure used for separating the machine room from the heat channel, wherein athrough hole structure communicating with the machine room and the heat channel is formed in the baffle structure, the through hole structure is used for communicating with the heat dissipation opening of the server, and the inner wall of the through hole structure is attached to the outer wall of the server. According to the machine room ventilation structure, cool air only can pass through theserver, cools parts in the server, passes through the heat dissipation opening of the server and the through hole structure of the baffle structure and flows into the heat channel so as to effectivelyachieve heat dissipation and cooling of the server, avoid the loss caused by directly flowing the cool air into the heat channel, improve the utilization of the cool air, reduce the loss of the energy and have an effect on energy saving and consumption reduction.