33results about How to "Increase the amount of steam" patented technology

The invention provides a fluidized bed-entrained flow bed gas gasification method. The method comprises the following steps: 1) carrying out reaction on raw material coal and a mixture of air and steam or a mixture of oxygen and steam to obtain gas containing incompletely reacted coal and ash; 2) separating the gas obtained from the step 1) to obtain condensed fine coal air-flow and light fine coal air-flow, and carrying out reaction on the condensed fine coal air-flow with air or oxygen to obtain gas containing coal and ash; 3) carrying out reaction on the gas obtained from the step 2) and steam to obtain gas containing coal and ash; 4) carrying out reaction on the gas obtained from the step 3), the light fine coal air-flow separated from the step 2) and a mixture of steam and carbon dioxide to obtain final gas containing coal and ash. The method lowers investment and operating cost of a traditional pulverizing system by an entrained flow bed gasification method and has a substantially increased gasification temperature than a traditional fluidized bed gasification method, so as to reduce equipment cost and increase gasification efficiency.

The invention relates to the field of design of incineration furnaces, in particular to an incineration furnace combustion control method. The incineration furnace combustion control method comprises the following steps: incineration furnace outlet temperature distribution conditions are provided; an incineration furnace outlet temperature two-dimensional plane distribution diagram is built according to the incineration furnace outlet temperature distribution conditions; an outlet temperature and the position of a high-temperature area of an incineration furnace are judged according to the incineration furnace outlet temperature two-dimensional plane distribution diagram; combustion working conditions are controlled according to the outlet temperature and the position of the high-temperature area; the outlet temperature of the incineration furnace is adjusted; a flame center in the furnace is positioned in a center area of the incineration furnace; an incineration furnace outlet temperature field is divided into multiple areas according to the incineration furnace outlet temperature two-dimensional plane distribution diagram; and the uniform distribution of the temperature field is controlled through the area division. The control method can guarantee the outlet smoke temperature uniformity of the incineration furnace to reduce original smoke pollutant concentration and to increase the boiler steam quantity, and can be applied to various household garbage incineration furnaces.

In a turbo set (100) with a starting device (120), the turbo set includes a compressor (102), a combustion chamber (103), and a turbine (104) which are arranged along a flow path of the turbo set. The starting device (120) serves for starting the turbo set and includes a steam generator (121) for the generation of steam which is under overpressure and a supply line (125) for supplying the steam into the flow path (101) of the turbo set (100). In a method for starting the turbo set, the method includes generating steam which is under overpressure and supplying the steam into the flow path of the turbo set.

The present invention discloses boiler-dedicated high-efficiency low-consumption coal additive, which contains the ingredients with the following weight portions: 20 to 30 portions of magnesium chloride, 25 to 35 portions of sodium nitrate, 15 portions to 25 portions of potassium nitrate, 5 to 15 portions of sodium chlorate, 5 to 15 portions of potassium chlorate and 1 to 5 portions of potassium permanganate; and the weight portion ratio of the additive and coal is 1 to 3 : 1000. The additive has the following advantages: the burning intensity of coal is enhanced; the temperature of a furnace is increased; the burning area of a furnace chamber is expanded; a layered coal bed becomes expanded and loose; the effects of decoking, ash-cleaning and desulphurizing are good; and the coal-saving rate is increased.

The invention discloses an evaporation crucible, relates to the technical field of evaporation equipment, and can reduce the speed fluctuation of steam sprayed by a nozzle and reduce the possibility that a coating material is attached to the inner side of the nozzle and continuously grows. The evaporation crucible comprises a crucible body, a screen plate assembly and the nozzle; the crucible bodycomprises a bottom wall and a side wall which is arranged around the bottom wall, the bottom wall and the side wall define a containing cavity with an opening, the surface, close to the containing cavity, of the side wall is a first surface, the first surface comprises a supporting face parallel to the bottom wall; the screen plate assembly comprises at least one screen plate with meshes, the screen plate assembly is abutted with the supporting surface; and the nozzle is mounted at the opening of the containing cavity and is provided with an air spraying hole. The evaporation crucible disclosed by the invention is used for an evaporation process.

A handheld pressure steam iron comprises a casing and a bottom plate, wherein the bottom plate is arranged at the lower end of the casing and provided with at least one steam outlet, a bottom plate electric heating tube and a bottom plate temperature controller are arranged in the bottom plate, the bottom plate electrical heating tube is electrically connected with the bottom plate temperature controller, a boiler is arranged in the casing, a boiler electric heating tube is arranged at the bottom of the boiler, the boiler and the bottom plate adopt split type heating, the bottom plate can realize low-temperature ironing at the temperature of 100-130 DEG C, damage to clothes is avoided, a water inlet is arranged on the boiler, a boiler safety valve is arranged at the water inlet, and a steam tube for conveying steam to the bottom plate is also arranged on the boiler. The inside of the boiler is completely sealed, so that the boiler produces high-pressure steam. The steam amount is greatly increased and is 6 times that of common steam irons, the steam ejection force is greatly increased, continuous high-temperature steam can be produced to realize a steaming function, clothes are prevented from being damaged and stained with droplets, and the iron is simple in structure and convenient to use.

The invention relates to a novel comprehensive energy conservation, emission reduction, production increase and efficiency enhancement type local oxygenation combustion supporting system for a fuel furnace kiln. The system comprises 'arc-shaped combustion', 'alpha-S-shaped combined combustion', 'postponed-S-shaped combined combustion', novel 'gradient combustion' and the like. The local oxygenation combustion supporting system is added beside the fuel furnace kiln. The local oxygenation combustion supporting system comprises seven parts, namely an oxygen source, a pressurization system, an oxygen enrichment efficient preheater and special oxygen enrichment nozzle, an alarm device, an oxygen enrichment flow transmitter and micropressure transmitter, a sudden stop device and an electronic control system. The local oxygenation combustion supporting system is required to be matched with the relevant furnace kiln and is further required to be matched with fuel and the corresponding combustion mode and even performance of relevant products. In addition, compared with traditional local oxygenation combustion supporting technologies, the system is perfected to a greater extent and is moreapplicable.

The invention discloses a method for heating inlet water of a boiler deaerator. The method for heating the inlet water of the boiler deaerator comprises the steps of dividing water entering the deaerator into A-path water and B-path water, heating the A-path water by utilizing a regenerative system, heating the B-path water by utilizing waste heat of a boiler, and merging the A-path water heated by the regenerative system with the B-path water heated by the waste heat of the boiler to enter the deaerator. Therefore, the inlet water temperature of the deaerator is improved, and reaches or is close to the saturated temperature under the working pressure of the deaerator, the deaeration effect of the deaerator is improved, the waste heat of flue gas is utilized, the steam extraction quantityof a steam turbine is reduced, the whole plant economy is improved, and the reliability of a boiler flue gas waste heat exchanger can be guaranteed.

According to a vacuum phase change wastewater concentration and flue gas waste heat recovery system provided by the invention, flue gas exchanges heat with a first heat exchange medium after passing through a coal economizer, and a flash tank realizes multistage flash evaporation by utilizing gradient vacuum, so that the concentration of desulfurization wastewater is facilitated; meanwhile, steamwith different temperatures can be formed through multi-stage flash evaporation, the steam and a second heat exchange medium are subjected to stepped heat exchange after entering the heat exchange assembly, and the heat exchange effect is improved; due to the economizer, the flue gas waste heat is used for increasing the wastewater temperature; after wastewater flash evaporation, recovered flue gas waste heat is brought out along with steam, the second heat exchange medium recovers heat contained in the steam, and finally the heat is returned to a low-pressure heater system, so that gradient utilization of heat energy is realized under the condition that the flue gas waste heat is hardly lost, the defect that high-quality heat energy is consumed by utilizing a conventional route is overcome, and the energy consumption of a unit is reduced. By means of the mode, waste water concentration is achieved, meanwhile, the problem of flue gas waste heat recovery of a coal-fired power plant or other industries is solved, and good social and economic influences are achieved.

The invention discloses an exhaust pipe and an exhaust structure of an integrated cooker or an electric oven baking oven. A reverse filling preventing structure is arranged in the pipe body of the exhaust pipe; the exhaust pipe has the advantages that the reverse filling preventing structure is additionally arranged in the pipe body to discharge gas in the baking oven out, prevent mixed gas from filling in the baking oven reversely, and ensure that baked food is pure in taste; the additional arrangement of the reverse filling preventing structure enables the air pressure of the baking oven tobe slightly increased and to be within the safe range, and increases the steam quantity of the baking oven, and increase of the steam quantity increases the food steaming and baking speed, so that thesteaming and baking time is shortened and the power consumption is reduced accordingly, wherein the pipe body of the exhaust pipe is formed through buckling two pipe tiles in an airtight manner; semi-circular inner rings are symmetrically arranged in each of the pipe tiles; and a cover plate is hinged to the interior of the pipe body of the exhaust pipe and covers the rear wall of an inner ring formed by the two semi-circular inner rings to facilitate installation of the cover plate.

The invention discloses a cement kiln pure lowtemperature waste heat generator.One end of a preheater is provided with a rotary kiln, one end of the rotary kiln is provided with a cooling machine, oneend of the cooling machine is fixedly connected with a waste gas pipe of a pit head, the middle of the waste gas pipe of the pit head is provided with a settling box, and inclined blocks are arrangedon both sides of the bottom end of the settling box. Bafflesare installed on both sides of the top of the inclined block, and a cellar tail exhaust pipe is fixedly connected with one end of a cellarhead exhaust pipe, and a mixed exhaust pipe is fixedly connected with one end of the cellar tail exhaust pipe, and a generator body is installed at one end of the mixed exhaust pipe. The top of the generator body is provided with a tank body, the inside of the tank body is provided with a steam generating chamber, and the bottom of the tank body is equipped with a dust exhausting bucket. Accordingto the a cement kiln pure lowtemperature waste heat generator, the bottom end of the bafflesareprovided with a plurality of elastic bumpswhich play a certain buffering role and can weaken the impactof waste gas from the pit head containing clinker particles on the baffles in the flow process, is simple and practical, service life of the baffles are prolonged, and later maintenance cost is reduced.

The invention relates to the field of household appliances, in particular to a rice cooking clock used for a high-capacity electric cooker. The rice cooking clock is characterized in that the rice cooking clock is in the shape of a buckled-clock-shaped vessel with the bottom closed or open, a plurality of small holes smaller than rice grains are distributed in the buckled-clock-shaped upper spherical surface, the ratio of the volume of the rick cooking clock to that of the electric cooker is 1:50 to 1:100, and preferentially, the ratio is 1:100. The rice cooking clock is placed in the high-capacity electric cooker, the amount of steam in the electric cooker can be increased, the steam heating time is prolonged, the interior of the cooker is evenly heated, the cooked rice is evenly and thoroughly cooked and tastes good, and the phenomenon that the interior of the rice is burnt and the exterior of the rice is uncooked is avoided.

The invention relates to a composite water treatment system based on near-field thermophotovoltaic waste heat utilization, and aims to solve the problem of low efficiency of the technology of recovering waste heat for water treatment in the prior art, and the purposes of photovoltaic cell heat dissipation and water resource acquisition are achieved at the same time by combining near-field thermophotovoltaic, radiation refrigeration, solar distillation, multi-stage flash evaporation and other technologies. The water to be treated in the application has dual effects in the circulation process: the photovoltaic cell is cooled, so that the cell can be maintained at a normal working temperature; and waste heat generated by the near-field thermophotovoltaic system is absorbed, purified water is obtained through the flash evaporation device, and secondary utilization of energy is achieved. According to the invention, solar energy is utilized to further improve the yield of purified water; the liquid flowing direction is simple, pipeline arrangement is convenient, actual installation of equipment is facilitated, and efficiency is high.

The invention discloses a double-effect energy-saving evaporation and concentration system, which can be used for preparing Geshan food retention removing particles. The system comprises a first-effect heater, a first-effect evaporator, a second-effect heater, a second-effect evaporator, a condenser and a vacuum pump which are connected in sequence, and further comprises a heating enhancing mechanism. The heating enhancing mechanism comprises a steam supplementing pipe, the first-effect evaporator is connected with the second-effect heater through a steam conveying pipe, the steam supplementing pipe communicates with the steam conveying pipe, and a one-way valve is arranged on the steam supplementing pipe. By using the double-effect energy-saving evaporation and concentration system, steam can be supplemented and added into the double-effect heater so as to increase the steam amount and temperature, so that the concentration efficiency of liquid medicine in the double-effect evaporator is accelerated, the steam in the single-effect evaporator is utilized to achieve the energy-saving effect, and the processing efficiency of the double-effect evaporator is improved.