41results about How to "To achieve the effect of emission reduction" patented technology

The invention discloses an intelligent control method of an air-conditioner. The intelligent control method comprises the steps of connecting the air-conditioner to the entire vehicle CAN network, obtaining an air-conditioner set temperature T1 and an environment temperature T2 by an entire vehicle controller, and calculating the temperature difference delta T of the two temperatures, when the temperature difference delta T is greater than the set temperature difference limiting value, starting the air-conditioner, otherwise, comparing the environment temperature T2 with the set environment temperature limiting value, when the environment temperature T2 I s greater than the set environment temperature limiting value, controlling the air-conditioner to be started, otherwise, comparing the previous response time of the air-conditioner with the set response time limiting value, and when the previous response time of the air-conditioner exceeds the set response time limiting value, starting the air-conditioner, otherwise, prohibiting the starting of the air-conditioner. The intelligent control method of the air-conditioner has the advantages that the energy source is reasonably and effectively distributed and intelligent control is performed on the air-conditioner according to the actual conditions of the air-conditioner (the set temperature, the temperature and the like) and the entire vehicle on the basis of information interaction between the entire vehicle controller and the air-conditioner controller, and furthermore, the effects of energy conservation and emission reduction can be achieved.

The invention relates to a fuel chemical chain hydrogen production system and method, the fuel chemical chain hydrogen production system comprises two identical chemical chain combustion reactors, each chemical chain combustion reactor comprises an outer pipe and an inner pipe coaxially arranged with the outer pipe, the inner pipe is filled with a first oxygen carrier, and the interlayer between the outer pipe and the inner pipe is filled with a second oxygen carrier. The upper end of the inner pipe is connected with a steam introduction pipe and a fuel introduction pipe, and the lower end ofthe inner pipe is connected with a gas outlet pipe. When steam introduced into the first chemical chain combustion reactor and a reduced oxygen carrier carry out the oxidation reaction of the oxygen carrier, a fuel introduced into the second chemical chain combustion reactor and an oxidized oxygen carrier carry out reduction reaction of the oxygen carrier. The fuel chemical chain hydrogen production system has simple process, compact reactor and easy miniaturization, and can efficiently produce pure hydrogen from a gaseous or liquid fuel.

The invention discloses a membrane technology-based orange juice preparation method which comprises the following steps: (1) cleaning fruits such as citrus and fresh oranges, so as to remove foreign matters on peel; (2) removing the peel of the cleaned fruits such as citrus and fresh oranges, and juicing the citrus and fresh oranges so as to obtain fresh orange raw juice; (3) carrying out filtration and separation treatment on the fresh orange raw juice by a ceramic membrane, wherein a concentrated solution obtained by separation is fruit pulp, and a penetrating solution is clear juice; (4) carrying out concentrating treatment on the clear juice by a positive osmotic membrane, so as to obtain concentrated orange juice; and (5) pasteurizing the fruit pulp concentrated solution obtained in the step (3), and fully and uniformly mixing the pasteurized fruit pulp concentrated solution with the concentrated orange juice obtained in the step (4), so as to obtain recombinant raw juice, namely an orange juice product. By adopting a coupling process of the ceramic membrane, forward osmosis, reverse osmosis and nano-filtration to prepare the orange juice, most of nutrient substances and aroma components in the fresh orange raw juice are retained, the moisture of the orange juice can be reduced, the quality of the orange juice can be improved, and the effects of saving energy, reducing consumption, producing water and reducing emission can be realized.

The invention relates to the technical field of synthetic leather, in particular to a manufacturing method of a leather material. The environment-friendly leather is prepared through compounding a polyurethane coating based on environment-friendly paper. The polyurethane coating is compounded on the environment-friendly paper through coating or release paper transferring, thereby obtaining the environment-friendly leather. The manufacturing method has the advantages of simple process and easy implementation. Moreover, no gas harmful to the human body is generated during the manufacturing process. Therefore, the manufacturing method achieves effects of energy conservation and emission reduction, has high social benefits and economic benefits, and helps promote the development of social environmental activities and the protection of the human living environment. The environment-friendly leather produced according to the method has the advantages of no toxicity, recyclability and easy decomposition, and can be oxidized and decomposed within a short period in the sunlight, ultraviolet rays and other natural environments with the sun and rain, and then return to the earth without generating any toxic gas or polluting any water source.

The invention relates to the technical field of garden sprinkler irrigation equipment, and discloses an energy-saving and emission-reducing garden watering device. The watering device comprises a storage tank, the storage tank is arranged on the ground, water collecting tanks are arranged at both sides of the storage tank on the ground, partition plates are fixedly mounted inside the storage tankand the water collecting tanks, a movable door located above the storage tank is fixedly mounted on the tops of the partition plates, bearing plates are fixedly mounted at the bottoms of the inner cavities of the partition plates, and two sets of symmetrical limiting devices are fixedly mounted on the side walls of the partition plates. According to the watering device, the whole device can be conveniently pulled to the ground surface for sprinkling irrigation through the lifting action of the limiting devices, after the sprinkling irrigation is finished, the device can be conveniently placedin the storage tank and then blocked by the movable door, rusting or blocking of water outlets of a main nozzle and auxiliary nozzles due to the fact that the auxiliary nozzles and the main nozzle areplaced in the air for a long time is prevented, convenience of device installation is improved, and the service life of the device is prolonged.

The invention relates to a technology for refining lead from lead chloride slag by means of pyrometallurgy, belonging to the technical field of the smelting and the producing of the lead. The technology comprises the following steps of: mixing lead chloride slag, lime and carbon powder, and adding mixture into a reacting furnace; adding coal in a burning room of the reacting furnace, and burning and heating; smelting at low temperature; producing coarse lead, calcium chloride slag and furnace smoke; spraying the furnace smoke, purifying, and exhausting; and purifying and clarifying the spraying water, wherein the precipitate-separated water is reused as the spraying water, and the precipitate is returned to the reacting furnace to smelt. The technology can realize benefits of energy saving, emission reduction, high efficiency, high direct recovery rate and low cost.

The invention discloses a twice combustion supporting and coal saving method for a coal fired boiler. According to the twice combustion supporting and coal saving method for the coal fired boiler, a high-sulfur coal composite combustion supporting agent and a low-sulfur coal combustion supporting agent are added by a movable combustion coal auxiliary ejector; the high-sulfur coal composite combustion supporting agent is added before coal combustion, and the low-sulfur coal composite combustion supporting agent is added during coal combustion; for the prime cost of coal and the characteristics of the coal fired boiler, a twice combustion supporting method is adopted, first-time combustion supporting is implemented by mixing the high-sulfur coal composite combustion supporting agent with coal briquettes and coal powder to solve the problems caused by the coal components, and second-time combustion supporting is implemented by ejecting the low-sulfur coal composition combustion supporting agent into the boiler for the combustion areas and the combustion states of the furnace structures of the different boilers; controlled ejecting combustion supporting is conducted through optimal effect parameters. Through the twice combustion supporting mode of the method, the combustion supporting effect of the composite combustion supporting agents is greatly improved, and the coal saving and emission reducing effects are further achieved.

The invention provides a red mud-containing briquette and a preparation method thereof. The red mud-containing briquette comprises, by weight, 60-70 parts of coal, 5-9 parts of red mud, 1-5 parts of adispersant and 2-5 parts of gelatinized starch, the dispersant is a naphthalene dispersant, and the coal is semi-coke or anthracite. The energy-saving, emission-reducing and environmentally-friendlybriquette is prepared by using pulverized coal as a main body and the red mud as a sulfur fixing agent and adding other substances such as a binding agent and the like, so the problem of red mud utilization can be solved, the problem of environmental pollution caused by the red mud and fire coal can also be solved, and the effect of treating wastes with wastes is achieved.

The invention is suitable for the technical field of power grid operation, and provides a source network load storage collaborative optimization operation method considering a demand side and terminalequipment. The method comprises the steps of obtaining operation parameters in the system operation process; determining constraint conditions according to the operation parameters, taking the demandside response into consideration, and constructing a source network load storage collaborative optimization model with the lowest system operation cost as an objective function; and solving the source network load storage collaborative optimization model to obtain a source network load storage collaborative optimization operation scheme. According to the source network load storage collaborativeoptimization operation method considering the demand side, energy conservation of the demand side is considered, resources can be utilized more optimally, the electricity demand is met more economically with lower carbon, and the effects of new energy consumption and pollutant emission reduction are achieved while energy conservation is achieved to a certain extent.

The invention relates to a water containing machine set of a circulating water system. The water containing machine set comprises a DIS system for performing an accurate solid-liquid separation on water in a pipeline, a PF system for adding an additive capable of improving water quality into the water and promoting the full combination of the additive and the water, a PC system for compensating the pressure loss of an outlet pipe of the DIS system as well as the pressure loss of the PF system, a control system for monitoring the water treated by the DIS system and controlling the DIS system, the PF system and the PC system, wherein the DIS system is connected to a main pipeline of the system in a side filtration manner, is positioned in front of a filter of the main pipeline of the system and is also connected with the PC system through the pipeline; the PC system is connected with the PF system through the pipeline; the PF system is connected with the main pipeline of the system through the pipeline; and the DIS system, the PC system and the PF system are connected with the control system through data lines. The water containing machine set provided by the invention has the effects of low carbon, energy conservation and emission reduction.

The invention discloses an intelligent recovery system for water circulation heat energy. Compared with a traditional situation that smoke generated by a boiler is directly exhausted after being cooled by an economizer and a condenser, the design temperature ranges from 80 DEG C to 90 DEG C, heat energy is wasted, water resources are wasted due to cooling, and the cooling effect is not obvious, the system comprises a high-temperature heat generating area, an intermediate-temperature hot water generating area and a low-temperature smoke exhausting area, the temperature of the exhausted smoke can be lower than 45 DEG C and is far superior to the traditional smoke exhaust temperature, the heat energy of the high-temperature smoke generated by the boiler is fully utilized, full utilization ofthe heat energy is achieved, and the economic benefit is improved; meanwhile, condensate water in a workshop is recycled, and used for the economizer and the condenser, the smoke is cooled, and recycling of the condensate water is achieved; the water resources are saved, waste water drainage is reduced, environmental protection, energy saving and emission reducing can be achieved while the production benefit is improved and developed, and the intelligent recovery system is the development trend of the present age.

The invention belongs to the technical field of medium conveying pipelines, and relates to a double-layer abrasion-resistant bent pipe for concrete conveying. The double-layer abrasion-resistant bent pipe for concrete conveying comprises a protective pipe with a certain curvature. An inner pipe is arranged in the protective pipe in a matched mode, and a filling space is formed between the inner pipe and the protective pipe and internally provided with filler. Standard flanges are arranged at the two ends of the protective pipe. Plugs are fixedly arranged on the inner walls of the standard flanges. The two ends of the inner pipe abut against and make contact with the corresponding plugs. A notch is formed in the neck portion of the inner pipe and provided with an abrasion-resistant portion in a matched mode. According to the double-layer abrasion-resistant bent pipe for concrete conveying, different abrasion-resistant materials are used specific to the difference of product stress, the service life of the product is guaranteed, the production cost is lowered greatly, and the service life of the product is similar to that of a high-cost product. Demand for the base material and labor expenses are greatly reduced, and the effect of environment emission reduction is realized.

The invention belongs to the technical field of application of industrial dust removal and environmental protection, and particularly discloses a storage pump energy saving detection control instrument. The storage pump energy saving detection control instrument is composed of a control instrument mainframe, a function keyboard, a parameter display window, a sensor signal conversion transmission module, a sensor lock, a sensor probe connecting plate and a monitoring assembly. The storage pump energy saving detection control instrument and the working method thereof have the beneficial effectsthat interference factors such as high temperature, temperature drift, friction, false alarm of a hanging material, interference of suspended powder, rapid feeding and air pressure impact, electrostatic interference of ash powder, coal product change and the like are avoided, during application, actual ash level height can be automatically tracked and rectified based on the initial material parameter state of the material, the actual ash level in the storage pump can be accurately measured, and a precise signal is provided for cindervalve opening and closing in the next step; gas consumption is reduced, the service life of the valve is prolonged, pipeline abrasion is reduced, the service life of an air compressor is prolonged, circulating cooling water of the air compressor is saved, and the service life is prolonged.

An oil internal circulation cooling motor comprises a coolant oil transfer variable frequency pump assembly 26, a coolant coil heat exchanger 27, a cooling fan 28, an enclosed motor 29 and a coolant oil transfer pipeline 25. The oil internal circulation cooling motor is characterized in that an enclosed motor shell 1 is provided with a coolant oil inlet 4 and a coolant oil outlet 5; a cooling channel 30 is arranged between the outer diameter of a stator 6 and the inner diameter of the shell; two end surfaces of a rotary ball 32 of a rotor 7 are provided with a front end cover plate 14 and a rear end cover plate 15; the front end cover plate 14 and the rear end cover plate 15 form a smooth cylindrical outer surface with the rotary ball 32; and a rotary shaft 13 is provided with a front oil seal 11 and a rear oil seal 36 at inner sides of a front bearing 10 and a rear bearing 9 respectively.

A welding working condition purification fan comprises a machine box, a water tank, a spraying assembly and an electric cabinet. The electric cabinet is fixedly connected to one side of the machine box, an air inlet pipe is arranged at the top of the machine box, a fan body communicating with the interior of the machine box is fixedly connected to one side of the air inlet pipe, and a cooling box is fixedly connected to the upper layer of the interior of the machine box. A particle collecting box is arranged at the bottom of the cooling box, a filter plate set is arranged at the bottom of the particle collecting box, the water tank is fixedly connected to the bottom of the machine box, the spraying assembly is fixedly connected to one side of the machine box, and the water suction end of the spraying assembly extends into the water tank. The water outlet end of the spraying assembly extends into the machine box and is arranged above the cooling box, and a machine box water outlet valve is arranged at the bottom of one side of the machine box. The welding working condition purification fan is provided with the spraying assembly, when a temperature control display instrument detects that the temperature in the machine box is too high, the spraying assembly can be started to perform cooling and fire extinguishing on the inner part of the machine box, and fire disasters are prevented.

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 provides a water-free directly-heated type electric heating control system based on campus area heating. The water-free directly-heated electric heating control system based on campus area heating comprises a plurality of single-chip microcomputer field controllers connected with electric heaters, a PLC control system used for sending temperature instructions to the single-chip microcomputer field controllers, an industrial personal computer control system used for modifying parameters of the PLC control system, and a cabinet used for overall experiment operation. According to the control system, a reasonable and scientific software algorithm is utilized, the heat load grades are divided according to room working attributes and heating requirements, then the given temperatureis determined according to the heat load grades, meaningless consumption of electric energy is reduced through a method of optimizing the temperature given value, and the effects of energy conservation, environmental protection and emission reduction are achieved; and equipment has the functions of teaching, experiment, scientific research and practicability.

The invention relates to application of a microalgae carbon sequestration enhancer in improving microalgae carbon sequestration efficiency. The invention also relates to a culture medium capable of improving the carbon sequestration efficiency of microalgae, the culture medium comprises a microalgae carbon sequestration enhancer, and the microalgae carbon sequestration enhancer is one or a combination of more of methanol, polyethylene glycol dimethyl ether, propylene carbonate or N-methyl pyrrolidone. The invention also relates to a method for culturing microalgae by using the culture medium to improve the carbon sequestration efficiency of microalgae. According to the microalgae carbon sequestration enhancer and the culture medium containing the microalgae carbon sequestration enhancer provided by the invention, the carbon sequestration efficiency of microalgae can be improved, and the microalgae carbon sequestration enhancer and the culture medium containing the microalgae carbon sequestration enhancer have no toxic effect on the microalgae and cannot be absorbed and consumed by the microalgae. By using the culture medium and the method provided by the invention, the cultured algae cells have high carbon sequestration efficiency, high carbonic anhydrase activity and high photosynthetic oxygen release rate, and are beneficial to treat CO2-containing tail gas by using microalgae, thereby achieving the effect of emission reduction.

The invention discloses a system for realizing high-efficient low-NOx mixed combustion of gasification carbon residues in a cyclone furnace. A water cooling pipe nest is arranged at the center of thecyclone cylinder, fireproof materials are applied on the water cooling pipe nest to form a liquid slag membrane, so that the ash-retention rate of the cyclone furnace is increased, and the gasification carbon residues are seized for wall adhering combustion; a pipe sleeve is arranged on the outer wall of the center water cooling pipe nest; a center powder feeding sleeve pipe sleeve penetrates through a combustor and extends to the liquid slag membrane at the middle part of the center water cooling pipe nest to start to form a region; the gasification carbon residues are preheated by the centerpowder feeding sleeve pipe sleeve, and then are integrally transported into a high temperature region of the cyclone cylinder; through an air membrane separator, a high-oxygen-concentration air current is generated to be transported to the center powder feeding sleeve pipe to assist the gasification carbon residues to fire and combust, and the generated low-oxygen-concentration air current is used for performing supplementary secondary air to enable deep air separation effects of the cyclone cylinder to form, so that the fuel NOx generation quantity is reduced; and steam and slag water generated by cooled liquid slags are used in a powder making system to increase the energy utilization efficiency of the cyclone furnace. According to the system disclosed by the invention, high-efficient low-NOx combustion of the gasification carbon residues in the cyclone furnace can be realized, the ash-retention rate and the energy utilization efficiency of the cyclone furnace are increased.