34results about How to "To reduce consumption" patented technology

The invention discloses a composite phase change heat exchange system for flue gas heat recovery of boiler, comprising an original coal saving device of the boiler and an air pre-heater, a dust remover and a desulfurization tower; a heat conducting oil heater, a stage I composite phase changer, a stage II composite phase changer, a stage III composite phase changer, and a temperature adjusting system matched with the stage I, state II and stage III composite phase changers are disposed in the flue; the temperature adjusting system can be used for conveniently adjusting the wall surface temperature of the phase change heat exchanger; the heat conducting oil is used as the heat source of the stage III phase change heat exchanger, so as to improve the flue purity and reach the flue discharge requirement. The invention can solve the difficult problem that it is difficult to dispose the evaporation section of the heat exchange round tube in vertical flue or oblique flue, so as to realize the integrated compact arrangements of the evaporation section and condensation section of the phase change heat exchanger; the disadvantage of GGH is overcome; the hazard degree of low-temperature corrosion is decreased, so as to realize the targets of energy saving, water saving and emission reduction.

The invention discloses a cyclone separator, which comprises an inner cylinder body (300) and an outer cylinder body (301), wherein an annular gap (302) is preserved between the outer wall of the inner cylinder and the inner wall of the outer cylinder; the lower end of the inner cylinder is an open end; the lower end of the outer cylinder is a closed end; the wall of the outer cylinder is provided with an air inlet (303); the upper end of the outer cylinder is provided air outlets (304); a return part is arranged between the upper end of the inner cylinder and the air outlet; an air flow enters the cyclone separator from the air inlet on the lower end of the outer cylinder along a tangential direction; one part of an air flow obtained after separation is discharged from the air outlet and the other part of the air flow obtained after separation passes through the annular gap from the return part to be separated again; and the returning air flow obtained after separation enters the inner cylinder to be mixed with a fresh incoming air flow for another time of separation. The invention also relates to a cyclone separation device consisting of the cyclone separator and a vacuum cleaner having the cyclone separation device. The vacuum cleaner of the invention is simple in structure and short in flow path of a single-separation air flow, realizes backflow and circulation and greatly improves separation efficiency while saving energy and protecting environment.

The invention discloses a waste water recycling pad dyeing long machine and a waste water recycling method thereof. The waste water recycling pad dyeing long machine comprises a desizing, scouring and bleaching combined machine, a mercerizer, a first recovery processing box, a second recovery processing box, a third recovery processing box, a first recovery pump, a second recovery pump, a third recovery pump, a light alkali recovery pool, a dilatation evaporator, an alkali dosing pool, a recovery pool, a recovery pump and connecting pipelines. The method comprises the following steps: a. introducing washing waste water into the first recovery processing box and then pumping into a scouring machine after filtering; b. introducing light alkali with high alkali concentration into the dilatation evaporator for processing through the recovery pool, then introducing processed high-concentration alkali liquor into the mercerizer for reuse and introducing processed water into an oxygen bleaching washing box for use; and c. introducing oxygen bleaching process water into the second recovery processing box and then introducing into a desizing machine washing box for use after filtering. The invention has the advantages of small waste water discharge, high efficiency, energy conservation, etc., saves a large amount of production water and alkali, and meets requirements of energy saving and emission reduction.

The invention discloses an ore selection method for treating tin, lead and zinc polymetallic oxidized ore. The ore selection method includes: firstly, crushing and ball-milling raw ore; then directly subjecting the raw ore subjected to ball-milling to lead and zinc oxide ore mixed floatation and feeding floating ore into foam products; feeding products in a floatation tank to a primary table concentrator for gravity concentration to obtain tin concentrate, first-section middlings and tailings; feeding the first-section middliings to a secondary table concentrator for gravity concentration to obtain tin concentrate, second-section middlings and tailings; subjecting the second-section middlings to grinding and then combining the same into the ore subjected to lead and zinc oxide mixed floatation. The foam products which are silica tailings are subjected to reverse floatation to get rid of silica, so that the products in the flotation tank are final lead and zinc mixed concentration. By the adoption of lead and zinc mixed floatation and reverse flotation of the lead and zinc mixed concentrate to get rid of the silicon, recovery rate of useful metals is increased in the mixed floatation, types and dosage of medicament are reduced, environmental pollution is low, and purposes of conforming to the state policy of cleaner production and circular economy and achieving energy conservation, emission reduction, consumption reduction and comprehensive utilization of resources are achieved.

The present invention discloses one kind of coal-burning energy releasing powder and its preparation process. The coal-burning energy releasing powder consists of saltpeter 0.5-1.5 weight portions, ferric dicyclopentadiene or allyl cyanurate 1-2 weight portions, potassium permanganate or potassium bromide 0.3-0.7 weight portions, sodium nitrate or calcium nitrate 0.3-0.7 weight portions, potassium permanganate or potassium persulfate 1.5 -2.5 weight portions, strontium nitrate or sodium bichromate 0.5-1.5 weight portions, calcium fluoride 1.5-2.5 weight portions, coal slag or char slag 1.5-2.5 weight portions, loess or lime 1.5-2.5 weight portions, potassium chlorate or potassium persulfate 0.5-1.5 weight portions, potassium nitrate 0.5-1.5 weight portions, and sodium chloride 80-90 weight portions. It can promote combustion of coal to convert the latent energy of coal into heat completely.

The invention discloses a comprehensive energy monitoring system and method based on multi-energy cooperation, and the system comprises a server which communicates with a processor, and the processorreceives the energy consumption data, collected in real time, of various types of energy consumption equipment, carries out the consumption statistics and charging statistics of the real-time data ofall types of energy consumption equipment, and carries out the minute-level storage; the server generates a control strategy in real time for consumption reduction and consumption increase in different time periods based on the data stored in the processor and the response capability configuration data of the energy consumption equipment and the energy supply equipment; and the server analyzes therunning states of the equipment and the associated equipment in real time, performs serialized operation control on the associated equipment according to a control strategy, and controls the switching and consumption of various energy consumption equipment, thereby achieving the purpose of consumption reduction or increase.

The invention discloses an aqueous finishing-free high-gloss solid color paint for vehicles. The paint comprises a main film-forming substance, an assistant, deionized water and color paste, and the main film-forming substance comprises an aqueous acrylic acid dispersion, an aqueous polyester resin, a fully methylated amino resin and an aqueous blocked isocyanate; wherein the assistant comprises graphene dispersion liquid, an acid catalyst, a defoaming agent, an aqueous base material wetting agent, a first thickening agent, a second thickening agent, a third thickening agent, a neutralizing agent, an aqueous wetting dispersing agent and a coalescing agent; and the color paste comprises aqueous polyester resin, an aqueous wetting dispersant, a defoaming agent, a neutralizer and a pigment. Graphene is added into a coating; a resin system capable of generating a synergistic effect with graphene is screened out; on the premise of satisfying various physicochemical properties of the traditional aqueous solid color paint for vehicles matched with an oil-based finishing varnish film, the production process of coating the oil varnish on the traditional solid color paint is reduced, the VOCs emission is reduced by more than 95%, the energy consumption is reduced by more than 30%, the working hours are reduced by more than 20%, and the national requirements on energy conservation, emission reduction and consumption reduction are met.

The invention discloses a method for preparing xylan and high-purity lignin by using gramineous plants as raw materials, which comprises the following steps: (1) pre-hydrolysis: soaking the gramineous plant raw materials in dilute alkali liquor for 0-48 hours, and carrying out pre-hydrolysis treatment: controlling the mass ratio of the gramineous plant raw materials to the dilute alkali liquor to be 1: (2-15), carrying out pre-hydrolysis at 130-170 DEG C for 30-90 minutes, cooling to room temperature after completion, and carrying out solid-liquid separation; (2) lignin separation: adjusting the pH value of the pre-hydrolysate to 1-3 with an acid solution to precipitate lignin, and carrying out solid-liquid separation to obtain the lignin; and (3) separation of xylan: adjusting the pH value of the clear liquid separated in the step (2) to 6-9 by using alkali liquor, concentrating, dripping into 10-30 times of ethanol to precipitate the xylan, and carrying out solid-liquid separation to obtain the xylan. According to the method, the gramineous plants are selected as the raw materials, dilute alkali liquor is used as prehydrolysate, the xylan and the high-purity lignin are obtained at the same time, and a new way for high-valued utilization of cellulose, hemicellulose and lignin, namely'three elements', is created.

The invention relates to the technical field of glass films, and in particular, relates to a novel nano energy-saving membrane. The novel nano energy-saving membrane comprises a negative ion reactionlayer, an HC anti-glare layer, a glass substrate, an HC nano anti-infrared barrier layer, a nano UV-resistant layer, a pressure-sensitive adhesive layer and a release layer, wherein the HC anti-dazzlelayer covers the top surface of the glass substrate, the top surface of the HC anti-dazzle layer is fixedly connected with the negative ion reaction layer, and an HC nano anti-infrared barrier layer,the nano UV-resistant layer, the pressure-sensitive adhesive layer and the release layer are sequentially arranged on one side, deviating from the HC anti-dazzle layer, of the glass substrate outwards. The HC anti-infrared barrier layer is arranged, so heat energy invasion can be blocked to the maximum extent, the temperature balance in the relative space is maintained, the real effects of energyconservation, consumption reduction and emission reduction are achieved, and the environment is well protected; through the arrangement of the negative ion reaction layer, the negative ion reaction layer can be decomposed and release high-concentration negative oxygen ions when meeting light, and air in the space can be kept fresh at any time.

The invention relates to a multi-point single-injection lubricating oil adding device and method for a Raymond mill. An existing Raymond mill is short in reliable operation time period, so that powder conveying material supply is insufficient, oil needs to be added once after equipment operates for 6 hours, the actual oil adding time is 2 hours, the production requirement is seriously restricted, and the system operation time is short. The device comprises a universal pipe distributor installed on the upper portion of an internal main machine of the Raymond mill, and is characterized in that the universal pipe distributor is connected with an outward pipe, the diameter of the outward pipe is 22 mm, the universal pipe distributor is connected with an oil cavity through the universal pipe, the oil cavity is a bearing oil conveying cavity of a lifting roller assembly of the Raymond mill, and the diameter of the bearing oil conveying cavity is 20 mm. The Raymond mill lifting roller assembly comprises an oil cavity, a group of oil supply branch pipes are arranged on the oil cavity, the Raymond mill lifting roller assembly comprises a group of grinding rollers, bearing oil nozzles are fixed on the grinding rollers, and the oil supply branch pipes are in pipe connection with the bearing oil nozzles. The multi-point single-injection lubricating oil adding device is used for the Raymond mill.