52results about How to "The system process is simple" patented technology

The invention discloses a dry distillation production process for lignite or high volatile coal. A high-temperature dry distillation gas serving as a heat carrier enter a dry distillation furnace to transmit heat with coal inside the furnace by contact to change the coal into semicoke through pyrolysis and dry distillation; the gas overflowing through the dry distillation flows into a heat carrier gas and then out of the furnace together; after the gas from the furnace is cooled and purified, which is equivalent to that a part of the original heat carrier gas is heated through a partition to a high temperature to serve as a heat carrier to return to the dry distillation furnace for recycling; and the balance of gas serves as an external supply. The dry distillation production process has the advantages of both internal and external heat dry distillation and obtains the approximately same gas purity as that of the external heat dry distillation process, so that the gas for the externalsupply has a high quality, heat value and application value and is an ideal chemical raw material or high-quality fuel; moreover, all the dry distillation gas can be used for the external supply; thecoal is slightly affected by a temperature and uniformly heated; tar has a high yield; the system has a wide heat source and can use low-quality fuel smoke, such as powdered coal, the gas and the like; and the system has a simple flow, is easy to operate and control in production and operation and has less industrialization construction investment.

The invention discloses a thermal power generation system and method with fused salt energy storage, power supply and heat supply functions. By arranging a bypass steam pipeline, a high-pressure condenser and a molten salt heater, excess steam heat energy generated by the load change of a power grid can be stored though molten salt. When the peak load of the power grid is reached, a molten salt energy storage power generation subsystem can participate in peak regulation of power supply of the power grid. In this way, the problems of peak regulation of the power grid, low utilization rate of power equipment and the like are solved, it is guaranteed that the power generation efficiency of the power generation system is equal to that of an existing thermal power generating unit, and the thermal power generation system and method have the outstanding advantages that energy storage and variable-load power supply are achieved, and high-efficiency power generation is guaranteed.

The invention discloses an activated carbon/coke-based coke oven flue gas desulfurization and denitration system and an activated carbon/coke-based coke oven flue gas desulfurization and denitration method. The flue gas desulfurization and denitration system comprises an activated carbon/coke flue gas purification tower, an activated carbon/coke regeneration tower, a chimney, an ammonia water injection system and an absorption tower, wherein an activated carbon/coke conveyor is arranged between the purification tower and the regeneration tower; the regeneration tower is connected with a high temperature heating system and a regenerated gas pipeline; the ammonia water injection system comprises an ammonia water container; the ammonia water container is connected with a first ammonia water pipeline and a second ammonia water pipeline which are arranged in parallel; the first ammonia water pipeline and the second ammonia water pipeline are respectively communicated with the interiors of aflue gas inlet pipeline and the absorption tower; the bottom of the absorption tower is connected with an ammonium sulfate solution pipeline, and the top of the absorption tower is connected with a waste gas exhaust pipeline; the regenerated gas pipeline is communicated with the interior of the absorption tower; a purified gas exhaust pipeline and the waste gas exhaust pipeline are communicated with the chimney; the activated carbon/coke conveyor comprises an old material conveyor used for conveying activated carbon/coke at the bottom of the purification tower onto the top of the regenerationtower, and a new material conveyor used for conveying activated carbon/coke at the bottom of the regeneration tower onto the top of the purification tower.

The invention provides a fused salt heat storage heating system. The fused salt heat storage heating system comprises a single fused salt tank. A pore plate used for separating low-temperature fused salt and high-temperature fused salt is arranged in the fused salt tank. The backflow low-temperature fused salt subjected to heat exchange is contained in the lower zone of the pore plate. By arranging the single fused salt tank and the pore plate, and through the characteristic that the density of fused salt is lowered with increase of the temperature, heat storage and heating are achieved; and compared with traditional fused salt heat storage heating systems, the investment cost is lowered, the system technological process is simplified, the equipment occupied size is reduced, and the fused salt outlet temperature is stable.

The invention discloses an incineration treatment device for wet sludge and relates to a technology for treating waste. The device comprises a circulating fluidized bed hearth, a separator, a feed returning device, a tail flue, a dust catcher and a chimney and also comprises a fluidized bed type sludge drier; the top of the sludge drier is provided with an exhaust gas outlet and a wet sludge inlet; the bottom of the sludge drier is provided with a wind distribution device and a dry sludge outlet; the inside of the sludge drier is provided with an exothermic pipe coil filled with a heat exchange medium; the tail flue is provided with an air preheater and a heat exchanger; the heat exchanger is communicated with the exothermic pipe coil in the sludge drier; the lower part of the sidewall of the circulating fluidized bed hearth is provided with a secondary wind port, a feed returning port and a dry sludge inlet; the dry sludge inlet is communicated with the dry sludge outlet of the sludge drier; and the secondary wind port is communicated with the exhaust gas outlet of the sludge drier. The device recycles heat of sludge incineration with a process as simple as possible, carries out incineration treatment to the wet sludge with low energy consumption and simultaneously has no harmlessness to gas deodorization.

The invention discloses a wet flue gas desulfurization tower with a deep dehumidification function and a dehumidification process. Desulfurization spraying layers, demisters and a dehumidifier are sequentially arranged in the desulfurization tower from the middle part to the upper part, wherein the dehumidifier comprises dehumidification nozzles and a liquid receiving device arranged below the dehumidification nozzles. The wet flue gas desulfurization tower has the benefits as follows: the wet flue gas desulfurization tower integrates functions of desulfurization, demisting and dehumidification, and flue gas discharged from the desulfurization tower is not saturated wet flue gas with 100% relative humidity, but unsaturated and wet flue gas with adjustable and controllable relative humidity; the dew point temperature of the flue gas is reduced, the temperature is increased, the superheat degree is improved, the phenomena of white smoke and stack rain formed due to flue gas condensation are fundamentally avoided, and expensive materials used for corrosion prevention of a chimney are not required; the system flow is simplified, the equipment function integration degree is high, and the device occupies little land.

The invention aims at providing a crude oil shipping oil and gas recycling method which is applicable to crude oil shipping oil and gas recycling of large-size port wharfs so as to effectively treat environmental pollution caused by oil and gas emission of cabins during shipping to realize zero emission in wharf work, and is used for recycling and reutilizing original exhausted oil and gas to generate certain economic benefits. The crude oil shipping oil and gas recycling method comprises the following steps: connecting a gas conveying arm or a gas conveying hose of a ship and bank abutting joint system to a special oil and gas connector of an oil tanker, so as to lead out oil-and-gas-containing gas in the cabin of the oil tanker, wherein led-out oil and gas pass through an online monitoring system while being conveyed to an oil and gas recycling device; carrying out condensate removing treatment on the led-out oil-and-gas-containing gas in the cabin; and introducing the led-out oil-and-gas-containing gas to a desulfurization active carbon tank filled with desulfurization active carbon and carrying out desulfurization treatment on the oil and gas by virtue of the desulfurization active carbon.

The invention discloses a dehumidification device for a normal-temperature regeneration pressurizing solution. The dehumidification device comprises a compressed air dehumidification assembly and a pressurizing solution dehumidification and regeneration cycle assembly, wherein the compressed air dehumidification assembly comprises an air compressor, an air cooler, an air-water separator, an automatic water drainer, a dehumidifier and a first throttling valve; the pressurizing solution dehumidification and regeneration cycle assembly comprises the dehumidifier, a cooler, a pressurizing solution pump, a second throttling valve, a first liquid storage unit, a first regulating valve, a first anti-corrosion solution pump, a heat exchanger, a regenerator, a second liquid storage unit, a second regulating valve, a second anti-corrosion solution pump and a third regulating valve; the dehumidifier in the compressed air dehumidification assembly and the dehumidifier in the pressurizing solution dehumidification and regeneration cycle assembly are the same part. The dehumidification device is high in dehumidification efficiency and good in energy-saving effect. The invention also provides a dehumidification method corresponding to the dehumidification device. Compressed air is deeply dehumidified, the solution is regenerated by using part of deep dry air which is dehumidified and throttled to a normal pressure state, and the energy consumption is low.

The invention discloses an all-weather solar power generation method and system doing work based on heat engine expansion. The system comprises a solar heat collecting yard, a heat storing and releasing system and a heat engine expansion running system; the solar heat collecting yard comprises a solar heat collector, a low temperature heat transfer medium mother pipe and a high temperature heat transfer medium mother pipe; the heat storing and releasing system and the heat engine expansion running system are connected between the low temperature heat transfer medium mother pipe and the high temperature heat transfer medium mother pipe in parallel; a top filler area, a middle filler area and a bottom filler area are arranged in a heat storing tank of the heat storing and releasing system; and the heat engine expansion running system comprises a heat expansion machine, a power generator and the like. The dual-loop system with heat transfer and heat storage separated is adopted for the method, heat transfer media are circulated in the solar heat collecting yard to absorb solar energy, exchange heat with energy storing media in the heat storing and releasing system to store or acquire heat energy, and do work through expansion to generate power in the heat engine expansion running system, meanwhile, gas media under pressure are adopted as the heat transfer media, and the heat storing and releasing effect and the power generating efficiency are improved.

The present invention discloses a method for disposing industrial sewage in a bag type anaerobic pool, and relates to a method for disposing industrial sewage. The method overcomes the drawback that the anaerobic pool used in the prior method costs a lot of labor and constructional material and is small in single pool volume by changing the structure of the anaerobic pool. The method comprises the following steps of a. pretreated sewage is discharged into the bag type anaerobic pool; after jet mixing, the sewage contacts and absorbs a returned sludge at an end of the bag type anaerobic pool for anaerobic reaction; the bag type anaerobic pool is a water bag made from a high strength HDPE plastic film, and acidogenic bacterium and methanogenic bacterium are accreted inside the water bag; b. an aerobic reaction of the sewage treated by the step a is carried out to further remove the surplus organic substance in the water, and gas is aerated into a biological contact oxidation pond by a blower; c. the sewage processed by the step b enters an inclined tube settling pond so as to separate sludge and water; d. the sewage processed by the step c is discharged.

The invention discloses an integrated coal gasification fuel cell power generation system and method utilizing high-temperature sensible heat of coal gas, which comprises a waste heat boiler, an ejector, a fuel cell and a cathode regenerator. As that high temperature sensible heat of the gas is utilize to directly heat the cathode air, the fuel gas needed for maintain the operating temperature inthe fuel cell is saved, the high temperature sensible heat of the gas is avoided to be converted into steam, the steam turbine generate electricity, and the net power generation efficiency of the system is improved; Cathode air is directly heated by high temperature sensible heat of coal gas, which reduces the volume of cathode regenerator, avoids the correlation between gas cooling process and steam power generation process, simplifies the system flow, and is easy to realize the sequential start-up of the system. The invention effectively improves the net power generation efficiency of the IGFC under the premise of ensuring the reasonable cost of the equipment, and solves the problems existing in the prior art.

The invention provides a PC decarbonization process PC liquid pressure energy recovery method and device. The method comprises the steps of depressurization and cooling. The device comprises a decarbonization tower, a flashing tower and a turbine driven refrigeration compressor. The turbine driven refrigeration compressor comprises a turbine and a refrigeration compressor body driven by the turbine. The decarbonization tower communicates with the flashing tower through the turbine driven refrigeration compressor. The flashing tower communicates with a water cooler through a decarbonization pump. The water cooler communicates with an evaporator. The evaporator communicates with the decarbonization tower. The refrigeration compressor body of the turbine driven refrigeration compressor communicates with the decarbonization pump. The decarbonization pump communicates with the flashing tower. The decarbonization pump communicates with the flashing tower. The turbine driven refrigeration compressor, a condenser and the evaporator communicate in sequence to form a cooling loop. The PC decarbonization process PC liquid pressure energy recovery method and device have the advantages that the temperature of PC working fluid is lowered, so that gasification loss is reduced in the washing and regeneration process of PC; and no external energy supplements are needed.

The invention discloses a gas boiler smoke discharge device and process. The process includes the following steps of spraying ammonium hydroxide for denitration, redoxing pollutants through low-temperature plasma reaction, spraying dry powder for deacidification, conducting dry-type electrostatic dust removal to remove dust particles and solid salt type particles in smoke, conducting cloth bag dust removal to obtain super-clean smoke, and discharging the super-clean smoke through a chimney. The synergistic, efficient and deep removal of various pollutants (NOX, SOX and dust) in gas boiler smoke of a steel plant can be realized, the discharge of the dust, NOX and SOX can be well controlled, and the super-low discharge of the gas boiler smoke of the steel plant is realized, wherein NOX is smaller than 50 mg/Nm3, SOX is smaller than 35 mg/Nm3, and dust is smaller than 5 mg/Nm3. Meanwhile, the integrated device with the combined optimization design of channel processing, ammonia spraying,plasma reacting, dry powder spraying, electrostatic dust removing and cloth bag dust removing has the advantages of being compact in structure, simple in system process, low in operation cost, small in occupied area and the like.

The invention relates to the technical field of information technology, and particularly relates to a narrowband technology-based electromechanical equipment operation and maintenance data collectionmethod and system. The narrowband technology-based electromechanical equipment operation and maintenance data collection method comprises steps of acquiring static data of each to-be-collected electromechanical equipment; acquiring to-be-detected data corresponding to each to-be-collected electromechanical equipment according to the static data; detecting the to-be0detected data through front-enddata collection equipment, so as to obtain a detection result; and sending the detection result to a monitor platform through NB-IoT. The method based on the narrowband technology facilitates transmission of detection data of the electromechanical equipment.

The invention relates to a low boiling point working fluid circulation system for recovering blast furnace slag heat, and belongs to mechanical equipment. According to the low boiling point working fluid circulation system, a low boiling point working fluid heat conduction device, a low boiling point working fluid heat convection device and a low boiling point working fluid heat radiation device are arranged on a slag ditch, a punching box and other facilities in the existing water quenching treatment system for the blast furnace slag, heat exchanges between the low boiling point working fluid and hot water on the bottom of the punching box, between the low boiling point working fluid and water steam on the top of the punching box, and between the low boiling point working fluid and slag ditch high temperature slag are performed respectively in three manners such as heat conduction, heat convection and heat radiation to form the low boiling point working fluid steam so as to drive a low boiling point working fluid generating unit to generate electricity, heat generated in various links of the high temperature slag water quenching process is systematically recovered in an organized manner through the system, efficient waste heat resource utilization is achieved, and energy consumption of iron and steel enterprises is saved.