1286 results about "Chimney" patented technology

The invention relates to the technical field of bypass ventilation denitration systems, and discloses an intelligent bypass ventilation SCR (Selective Catalytic Reduction) coupling SNCR (Selective Non-Catalytic Reduction) denitration system which comprises a smoke chamber, a cyclone cylinder, a precise ammonia spraying system, an air mixing chamber, a cooling fan, a cold air valve, a dust collection chamber, an SCR reactor, an exhaust fan, a chimney, a stock bin, a bin pump, a compressed air system and an intelligent control system, the air inlet is connected with the smoke chamber, and the feed opening is connected with the bin pump. Under any working condition, NOx emission at a chimney outlet can reach the standard, the ammonia water consumption is lowest, the denitration effect is good, the investment cost is low, the problem that NOx emission of the kiln tail chimney is unstable and prone to exceeding the standard is solved, the catalyst abrasion and blocking risk can be greatly reduced, the catalyst dosage is small, the maintenance cost is low, and the method is suitable for industrial production. And long-term stable operation of the system is realized.

The invention discloses a double-effect self-driven heat dissipation comprehensive distribution box, and relates to the technical field of comprehensive distribution boxes. The comprehensive distribution box comprises a box body, a plurality of compartments arranged in the box body, differential pressure heat conduction plates arranged on the left and right inner side surfaces of the box body, a guide plate arranged on the inner side surface of a top cover of the box body, first heat dissipation holes formed in the periphery of the top cover, and second heat dissipation holes formed in the left and right outer side surfaces of the box body. On the basis of ensuring that the protection level of the comprehensive distribution box is not affected, through the V-shaped structure of the guide plate, hot air accumulated at the top in the box body is guided to quickly escape through the first heat dissipation holes, heat is efficiently taken away, the temperature in the box body is remarkably reduced, and the effect of weakening the heat island effect is achieved. And meanwhile, the chimney effect generated by the hollow structure of the pressure difference heat conduction plate is utilized, so that the heat dissipation capability in the box body is greatly improved, and the temperature rise of the distribution switch of the comprehensive distribution box is effectively reduced. The device is simple in overall structure, small in size and convenient to install, and the production cost is effectively reduced.

The invention relates to the technical field of flue gas purification devices, in particular to an air-quenching flue gas purification system and method, an air-quenching flue gas outlet is connected with a flue gas inlet of a flue gas cleaning chamber, and a discharge port of the flue gas cleaning chamber is connected with a feed port of a gas-liquid separator; a flue gas outlet of the gas-liquid separator is connected with the input end of the fan, and the output end of the fan is connected with the chimney; a liquid outlet of the gas-liquid separator is connected with a liquid inlet of the liquid collecting box, a liquid outlet of the liquid collecting box is connected with a liquid inlet of the reservoir, and a steam outlet of the liquid collecting box is connected with the gas-liquid separator; a liquid outlet of the reservoir is connected with an input end of the solution pump, an output end of the solution pump is connected with a circulating liquid pipeline, the first branch is connected with the liquid collecting box, the second branch is connected with the flue gas cleaning chamber, and the third branch is connected with the air quenching slag chamber. According to the invention, the capturing efficiency of dust and gas pollutants in flue gas is improved.

The invention relates to the technical field of transformer heat dissipation, in particular to a finned radiator for an outdoor transformer. The sheet type radiator comprises a plurality of radiating fins, a liquid inlet collecting pipe, a liquid outlet collecting pipe, a heat collecting shed, a plurality of flow guide belts, a photo-thermal assembly and a heat storage assembly. The heat collection shed comprises a contraction cover, an air suction port and an exhaust chimney; the air suction port is communicated with an air flow channel around the cooling fins; the flow guide belt is made of flexible materials, the top end of the flow guide belt extends into the air suction port, and the bottom end of the flow guide belt extends into an air flow channel around the cooling fins. Solar photo-thermal conversion is carried out through the heat collection shed and the photo-thermal assembly, air in the heat collection shed is heated, the acceleration effect of the contraction cover and the chimney effect of the exhaust chimney are combined, hot air is exhausted to the high altitude, and negative pressure suction is formed to promote air between cooling fins to rise; the flexible flow guide belt has the effects of flow guide, flow turbulence and ash removal; the heat storage assembly can maintain efficient heat dissipation of the finned radiator in cloudy and rainy days and at night.

The invention discloses fire smoke alarm equipment based on a satellite positioning function, and belongs to the technical field of fire smoke alarm systems. Comprising a smoke alarm and a base, and double interchangeable collecting cylinders are arranged in the smoke alarm. The first collecting cylinder is used for a high-dust environment, and 80% of coarse dust is pre-separated through a large aperture and a settling table. The second collecting cylinder is used for high-humidity environment, small aperture and chimney effect condensation prevention, and the ventilation rate is larger than or equal to 96%. A smoke channel is integrated in an inner cavity of the upper connecting disc, an annular spraying array is arranged on the outer ring of the lower connecting disc, and the integration of detection, positioning and fire extinguishing is achieved. The satellite baseband chip and the infrared maze share an antenna guiding assembly, NMEA coordinates are frozen when smoke exceeds a threshold value, the NMEA coordinates are directly sent to a platform through NB-IoT, the positioning error is smaller than or equal to 2 m, and a platform map is a second-level flash point. The drawer type smoke detection module can be disassembled quickly in 5s, double silica gel sealing and pulse water spraying hole cooling are adopted, and long-term maintenance-free under high-temperature, high-dust and high-humidity conditions is ensured.

The present invention relates to a dust removal and desulfurization tower, comprising a tower body provided with an air inlet and outlet, and a spray unit and a demister provided within the tower body; the spray unit comprising a spray pipe and a nozzle provided on the spray pipe, the spray pipe being connected to an external water source via a water pipe; wherein: a spray zone consisting of a plurality of vertically arranged pipes is provided in the middle and lower portion of the tower body, and spray units are provided above and below the spray zone; a water retaining chimney is provided above the spray zone, and the demister is provided between the water retaining chimney and the air outlet. The present invention has a reasonable layout within the tower, sufficient mixing of exhaust gas and water mist, an increased adsorption area, and improved dust removal and desulfurization efficiency; the chimney design within the tower further increases the chances of water mist collision, thereby improving the exhaust and demisting effect at the air outlet.

The invention provides a zero-carbon ventilation temperature control and zero-carbon energy system. According to the system, generation of zero-carbon ventilation temperature control and zero-carbon energy is achieved mainly through the chimney effect, wind power generation and energy storage technology principles. The system mainly comprises a wind power pipeline, a wind power generator and an energy storage device, the wind power pipeline generates wind power which pushes the wind power generator to generate electricity, and the electricity is stored by the energy storage equipment for standby application. In summer, various buildings and greenhouses utilize the system to realize zero-carbon ventilation, cooling and energy storage, and the stored green energy can be used for heating in winter.

The invention relates to an energy-saving method for automatic adjustment and use of flue gas waste heat recovery of a garbage power plant, and solves the technical problems that an existing garbage incineration power plant is low in garbage incineration efficiency, the temperature of discharged flue gas is high, and heat of acid flue gas cannot be effectively utilized. A flue gas heat exchanger is arranged from the outlet of the bag-type dust collector to the middle section of the chimney for gas-water heat exchange, and sensible heat in flue gas is extracted to generate heat medium water; 2, the heating medium water is conveyed to a heat exchange unit through a pipeline, and temperature rising and heating of the deoxygenated water are achieved; and 3, the heat medium water subjected to heat exchange and cooling continues to provide heat for the air heating system, and primary air entering the garbage incinerator is heated or hot air entering the garbage bin is heated. The device can be widely applied to waste incineration occasions of waste incineration power plants.

The utility model discloses a flue gas denitration system, ammonia gas generation and injection unit and ammonia adsorption-desorption-reuse system, ammonia gas generation and injection unit is connected to the high temperature section of boiler, ammonia adsorption-desorption-reuse system is connected between desulfurization tower and chimney. The ammonia gas generation and injection system injects excessive ammonia gas into high-temperature flue gas, nitrogen oxide is reduced into nitrogen and water, the ultralow emission requirement is met, unreacted ammonia gas is adsorbed and purified through the escaping ammonia adsorption-desorption-recovery system at the tail end and recovered to the ammonia gas injection system for reuse, and it is guaranteed that chimney emission is safe and environmentally friendly. Based on the SNCR system, ultralow emission of nitrogen oxide and closed-loop operation of a reducing agent are realized, one-time investment and operation cost is low, the problem of conventional ammonia escape pollution is solved, and the system is economical and environment-friendly.

The utility model provides a lime slaking machine which comprises a lime inlet, a water inlet, a cylinder body, a motor, a propelling shoveling plate and a fixed cover, the lime inlet and the water inlet are arranged at the front end of the cylinder body, the motor, a rolling ring and a tug device are arranged on the outer side of the cylinder body, the propelling shoveling plate is arranged on the inner side of the cylinder body, the fixed cover is arranged at the rear end of the cylinder body, and the fixed cover comprises a circular rotary screen, a discharge port and a steam exhaust chimney. A steam exhaust chimney is arranged on the upper portion of the fixed cover, a discharging port is formed in the lower portion of the fixed cover, a circular rotary screen is arranged in the fixed cover and comprises an inner rotary screen body and an outer rotary screen body arranged outside the inner rotary screen body, and the outer rotary screen body comprises a first-stage rotary screen body close to the rear end of the barrel and a second-stage rotary screen body connected with the first-stage rotary screen body. Screen holes of the rotary screen are different in diameter, the outer hole diameter is larger than the inner hole diameter, blocking can be effectively prevented, the round rotary screen used by the lime slaking machine is of a two-layer three-level structure, lime milk good in dispersity can be extracted, grading treatment of solid particles is achieved, and the effect of saving energy is achieved while the raw material conversion rate is increased.

The utility model discloses an electric multifunctional barbecue firewood stove, and relates to a multifunctional stove which has the functions of automatic turnover of barbecue, heating, fire observation, boiling, frying and frying in the field of outdoor camping, picnic and travel. A downward turning type oven door with a glass window is arranged on an oven body, an electric turning module is installed on the oven door, in the barbecuing process, a food material string can be laterally erected beside charcoal fire to be automatically rotated and barbecued through the module, manual food turning and charcoal dense smoke fire are avoided, and food material taking and seasoning spraying are convenient and safe after the oven door is opened in a downward turning mode. The combined stove cover is composed of a main stove cover and expansion covers, a boiling square pot, a roasting net and a frying pan can be placed after the main stove cover is opened, and the expansion covers, a chimney assembly, a teakettle and the like can be fixed at the positions of the two expansion covers on the main stove cover. And parts such as a folding storage plate, a firewood tray, an ash receiving tray (oven), a charcoal cage and a large barbecue bracket are also arranged. Various cooking modes of frying, boiling, boiling and baking are achieved in combination with the stove body, meanwhile, the number of processed food materials is large, and the stove has the heating and fire observing functions of a firewood stove.

The invention relates to the technical field of flue gas emission monitoring, and discloses a CEMS sample gas treatment method and system.The method comprises the steps that the sample gas treatment system is provided, chimney sample gas is collected through a probe assembly, initial sample gas is obtained, dynamic acid adding is conducted on the discharged initial sample gas based on preset acid liquid through an acid adding assembly, and the initial sample gas is obtained; the mixed acid sample gas output by the heat tracing pipe is transferred to the condenser to be subjected to multi-stage countercurrent condensation treatment, and the condensed mixed acid sample gas is subjected to acid environment strengthening treatment; the output end of the acid adding assembly and the output end of the probe assembly are jointly connected to a cabinet through a heat tracing pipe with the adjustable temperature, the treatment mode that after initial sample gas is collected, dynamic acid adding is carried out at the initial section of the heat tracing pipe is achieved, acid liquor can be fully mixed before the sample gas enters the whole heat tracing conveying pipeline, the acid environment is constructed in advance, and the acid content of the sample gas is increased. Pollution gases such as SOs and the like are effectively inhibited from reacting and dissolving with water in the transmission process.

The invention discloses a wet flue gas heat exchange system for a thermal power plant boiler, and relates to the technical field of thermal power plant energy conservation and emission reduction, the system comprises a desulfurization tower, a flue gas heat exchange device, a chimney, a sensing layer, a decision-making layer and an execution layer, the sensing layer collects smoke, environment, working medium and equipment all-parameter data and preprocesses the data into a state data queue, the decision-making layer predicts the future state of the system through a long-short-term memory network model and generates an optimal control strategy in combination with a dynamic matrix control algorithm, and the execution layer adjusts actions of components such as graded spraying and a variable-frequency heat pump. And meanwhile, the system adapts to working condition changes depending on a closed-loop self-learning mechanism, self-adaptive response to variable working conditions can be achieved, waste heat recovery and energy consumption are optimized while the white elimination effect is guaranteed, the net energy consumption of the system is reduced, and the system is suitable for thermal power plant boiler flue gas treatment.

The invention relates to the technical field of thermoelectric pollutant detection, and discloses a thermoelectric power generation emission pollutant detection system and method based on big data. According to the method, a plurality of emission parameters such as flue gas component concentration, particle size distribution, emission flow rate, temperature and pressure and the like of a chimney emission port are collected in real time through a distributed sensor network; the multi-dimensional parameters are transmitted to a big data processing platform, parameter relevance is analyzed through a pollution feature knowledge base, and a potential target pollutant combination mode is identified; calling a preset rule base according to the mode, and dividing emission parameters into a macroscopic emission characteristic region and a microscopic component characteristic region based on a dynamic region segmentation algorithm; respectively processing the parameters of the two regions through a two-stage pollutant detection model, and generating a pollutant standard exceeding early warning result and a component traceability analysis report. According to the method, comprehensive and accurate detection of pollutants discharged by thermoelectric power generation is realized, and the monitoring requirement of a complex emission environment is met.

The invention discloses a regional self-adaptive heat dissipation dry-type transformer applied to the field of transformers, an annular air duct between a high-voltage winding and a low-voltage winding is divided into a plurality of independent inner and outer annular cavities through an insulating cylinder, the airflow textuality is remarkably improved, meanwhile, cooling airflow forms rotational flow in the cavities through inner and outer jet channels which are obliquely arranged, and the cooling effect is improved. The contact area and heat exchange efficiency are increased, the chimney effect is effectively restrained, and heat accumulation on the upper portion of the winding is reduced; besides, the temperature of each cavity is monitored in real time based on a fiber grating sensor, and the air volume of each air duct is accurately adjusted through an electric control air volume adjusting valve, so that differential blowing cooling is realized, and the structure optimizes air flow distribution and reduces the energy consumption of a fan while improving the heat dissipation pertinence and efficiency.

The invention provides a kiln head waste heat utilization method and relates to the technical field of cement production, a kiln head waste heat utilization system is used, the kiln head waste heat utilization system comprises a coal mill circulating air unit and a waste heat power generation air circulating unit, and the coal mill circulating air unit is connected between a coal mill system and a grate cooler air collecting box. The waste heat power generation wind circulation unit at least comprises a first waste heat power generation wind sub-circulation unit, and the kiln head waste heat utilization system cancels a coal mill waste gas discharge coal mill chimney; the kiln head waste heat utilization method comprises the following steps that smoke entering a coal mill system passes through a coal mill circulating air unit and then enters a grate cooler air collecting box to be recycled through the coal mill circulating air unit; a part of smoke entering the waste heat boiler enters an air collecting box of the grate cooler for recycling through the first waste heat power generation air sub-circulation unit by means of the first waste heat power generation air sub-circulation unit. The problems of reducing air consumption, reducing waste gas emission and recovering waste heat of waste gas are solved.

The invention provides a ventilation overflow method for oil tanks in a cabin area. The ventilation overflow method comprises the following steps that the number of ventilation pipes of all the oil tanks is determined; after the number of each oil tank vent pipe is determined, the pipe diameter of the oil tank vent pipe is determined according to the pipe diameter of the injection pipe; ventilating pipes with corresponding pipe diameters are led to a chimney trunk on a deck 1 from the top in each oil tank; a horizontal ventilation header pipe is arranged at the position of a chimney trunk on a deck 1, and ventilation pipes of all oil tanks are converged into the ventilation header pipe; an overflow alarm box is arranged on the deck surface 1; a discharge pipe is led to the bottom of the pipe section with the maximum pipe diameter of the ventilation main pipe to be connected to an injection port of an overflow alarm box below; the alarm overflow pipe is connected to the overflow cabin; the overflow alarm box is provided with an alarm vent pipe, and one path extends to the chimney top. A safe and feasible ventilation and overflow scheme is provided for the oil tank in the engine room area, ventilation is concentrated, arrangement of ventilation pipelines is reduced, overflow pipelines are ingeniously arranged, the overflow response time is prolonged, and the safety of a ship is greatly improved.

The application discloses a process method for directly drying sludge by using hot flue gas of sludge incineration, and a process system used mainly comprises a sludge incinerator, a sludge dryer, a drying tower, a dust removal system, a flue gas condensing tower, a regenerative thermal incinerator 10, a wet deacidification tower, a cold flue reheater and a chimney. The sludge is dried by using the hot flue gas generated by the sludge incineration, the dried sludge is incinerated again, the flue gas waste heat is utilized and discharged, the synchronous disposal of the sludge drying and incineration is realized, the sludge dryer is a rotary gas flow bed dryer, the sludge does not need to be crushed, granulated, made into strips or atomized by a nozzle, and the types of equipment are simplified. By adopting partial flue gas backflow, the flue gas emission and waste heat loss are reduced; the sludge drying process is operated under high humidity airflow, the oxygen content is not increased in the drying process, and the possibility of sludge explosion in the drying process is reduced. The regenerative thermal incinerator is used for removing VOCs and CO, and the problem of flue gas exceeding the standard caused by the sludge drying is solved.

The invention provides a chimney titanium steel composite plate T-shaped joint positioning clamp, and belongs to the technical field of T-shaped joint positioning clamps, the chimney titanium steel composite plate T-shaped joint positioning clamp comprises a movable clamping mechanism, the movable clamping mechanism comprises an outer frame and a chimney winding drum, a plurality of clamping assemblies are arranged on the lower surface of the outer frame, and the plurality of clamping assemblies are used for clamping the chimney winding drum in the middle; a welding gun used for welding a T-shaped seam of a chimney winding drum is slidably arranged in the middle of the upper surface of the outer frame. The seam positioning mechanism comprises a T-shaped plate arranged at the T-shaped seam of the chimney winding drum in a sliding mode, a telescopic rod is fixedly arranged at the upper end of the T-shaped plate, a downward pressing assembly is arranged at the upper end of the telescopic rod, a plurality of transverse pushing assemblies are arranged on one side of the downward pressing assembly, and the transverse pushing assemblies and the downward pressing assemblies are matched with each other to enable the T-shaped plate to move downwards to position the T-shaped seam of the chimney winding drum. The effects that the welding efficiency is improved, and substandard welding quality caused by joint dislocation is prevented are achieved.

The invention relates to the technical field of air pollution control, and discloses a process for treating odor generated in organic industry by a direct absorption method, which comprises the following steps: S1, feeding odor into cooling and dehumidifying equipment through negative pressure, condensing most of steam in waste gas into water, and recycling condensed water; s2, a fan is arranged on a gas pipeline between cooling and dehumidifying equipment and an absorption tower, the subsequent higher pressure difference can be overcome, and under the low-humidity and low-temperature working condition, the fan feeds gas into the absorption tower; s3, gas enters an absorption tower through a fan, and a gas pipeline arranged at the top of the absorption tower is connected with a chimney for discharging; and S4, discharging the cooling circulating water and the absorption liquid to a sewage pipeline through an overflow port, and sending the cooling circulating water and the absorption liquid to a sewage treatment unit. In the operation process, frequent replacement of adsorption materials or complex equipment maintenance is not needed, the investment of manpower, material resources and financial resources for long-term operation is reduced, and effective treatment of odor can be achieved in the organic industry with low cost.

The invention belongs to the technical field of flue gas treatment, and particularly discloses a gas-fired boiler flue gas dry desulfurization system which comprises a gas-fired boiler and a slaked lime bin, the gas-fired boiler is communicated with a desulfurization tower through a flue gas pipeline, the slaked lime bin is communicated with the desulfurization tower through a desulfurization agent conveying pipeline, and four ash buckets are connected to the desulfurization tower in series. The fourth ash bucket is communicated with a chimney through a flue gas discharge pipe, the lower parts of the ash buckets are communicated with desulfurized fly ash pipelines, the desulfurized fly ash pipelines are connected with desulfurized fly ash bins, and the flue gas discharge pipe is provided with an induced draft fan. Aiming at the problem that a desulfurizing agent is deposited in a tower to form hardening due to high water content of slaked lime in a traditional semi-dry desulfurization process, the invention designs a flue gas dry desulfurization system to realize full-dry desulfurization treatment on boiler flue gas, so as to solve the problem that the water content of the slaked lime in the traditional semi-dry desulfurization process is high, and the boiler flue gas cannot be desulfurized easily. And desulfurized fly ash formed after reaction with flue gas is easy to deposit and harden in the desulfurization tower, so that the flue is blocked and normal circulation of the flue gas is influenced are solved.

The utility model relates to the technical field of carbon emission monitoring, discloses a power plant carbon emission monitoring system, and solves the problems that smoke needs to be introduced into a standby smoke pipeline in advance and reserved air in the pipeline needs to be treated in cooperation of flowing of smoke in the smoke pipeline and a back flushing system, so that the smoke treatment complexity is increased. Through the second smoke through hole and the butt joint cover, one smoke through pipeline is communicated, two openings of the U-shaped smoke through hole are respectively communicated with the other two smoke through pipelines, and when the vertical pump works, the correspondingly connected smoke through pipelines extract smoke in the chimney from the sampling box and transmit the smoke into an analysis instrument, so that detection is implemented; the ventilation assembly extracts clean gas and leads the clean gas to one end of the U-shaped smoke through hole through the L-shaped pipe, the other end of the U-shaped smoke through hole can generate suction force, smoke in the chimney is extracted and discharged back into the chimney along with the clean gas, circulation is formed, smoke detection is not affected by rotating the angle of the rotating cylinder, and meanwhile the problem of discharging reserved air in the standby smoke through pipeline is solved.

The invention belongs to the technical field of paint spraying waste gas treatment equipment, and particularly relates to a polishing primer chamber paint mist treatment system capable of improving fine paint mist trapping efficiency, which comprises a box type glass fiber filter, a bag type dust collector, an activated carbon adsorption assembly and a desorption catalytic oxidation unit. Paint spraying waste gas is firstly subjected to inertia retardation of a glass fiber structure and fiber trapping to achieve paint mist pre-filtration, and then enters a bag type dust collector to be subjected to deep fine filtration; the follow-up VOC airflow is guided into the activated carbon adsorption unit to be concentrated and adsorbed. An adsorption air path provided with an air inlet valve and a desorption air path provided with an air outlet valve are interlocked and switched, VOC in activated carbon is desorbed and transferred to a desorption pipeline in a hot air desorption mode, waste gas subjected to cold supplementing and air mixing adjustment finally enters a catalytic bed, catalytic oxidation is completed at the low temperature, reaction conditions are maintained through a combustor, and purified gas is discharged after reaching the standard through a chimney. The device has the advantages of high paint mist trapping efficiency, high activated carbon adsorption utilization rate, low catalytic oxidation energy consumption and the like.

The utility model relates to a carbon dioxide comprehensive utilization system taking dry quenching as a core. The carbon dioxide comprehensive utilization system comprises a dry quenching circulation system, a carbon dioxide preparation system, a carbon monoxide separation device and a hydrogen separation device, the dry quenching circulating system comprises a dry quenching furnace, a primary dust remover, a boiler, a secondary dust remover and a circulating fan which are sequentially connected through a circulating gas pipeline; the carbon monoxide separation device and the hydrogen separation device are connected with a circulating gas pipeline at the downstream of the circulating fan; the carbon dioxide preparation system comprises a coke oven flue, a carbon dioxide separation device and a chimney. According to the system disclosed by the utility model, carbon dioxide separated from industrial waste gas is used as dry quenching circulating gas, a new way for consuming carbon dioxide is developed, the emission of carbon dioxide is reduced, the safety of dry quenching production is ensured, and carbon monoxide and hydrogen are obtained.

The invention discloses a wind pressure resistant elevator landing door device which comprises a first landing door, a second landing door, a first closing part and a second closing part. The first closing part is fixed on the closing side of the first landing door, and the second closing part is fixed on the closing side of the second landing door; when the gap between the first landing door and the second landing door is smaller than a preset threshold value, the first closing part makes contact with the second closing part, and air is prevented from flowing through the gap between the first landing door and the second landing door. Before the car door and the landing door are unhooked, air flow outside the hoistway and the hall is isolated through the closing mechanism, the wind pressure problem caused by the chimney effect is solved, and the landing door can be smoothly closed.

The utility model provides a flue gas desulfurization device for a blast furnace hot blast stove, which relates to the technical field of desulfurization and comprises a main pipeline, a heat exchange component, a desulfurization component and a barrier plate, the main pipeline is used for being connected between the hot blast stove and a chimney, and the barrier plate is arranged on a pipeline for communicating an outlet of the heat exchange component with a second valve body. An inlet of the heat exchange assembly communicates with the first valve body, an outlet of the heat exchange assembly communicates with an inlet of the desulfurization assembly, and an outlet of the desulfurization assembly communicates with the second valve body. The blocking plate is arranged between the outlet of the heat exchange assembly and the second valve body, the outlet of the heat exchange assembly is communicated with the inlet of the desulfurization assembly, the outlet of the desulfurization assembly is communicated with the second valve body, and the first valve body and the second valve body on the main pipeline are fully utilized; a valve body does not need to be additionally arranged on the portion, located between the second valve body and the chimney, of the main pipeline, the built chimney and the main pipeline do not need to be reconstructed, and the reconstruction difficulty is reduced.

The utility model discloses a waste gas treatment system for removing oil and organic matters, which relates to the technical field of waste gas treatment and comprises a bottom plate, an electrostatic oil removal device fixedly arranged on the bottom plate, a wire mesh demister fixedly arranged on the bottom plate, an activated carbon adsorption box fixedly arranged on the bottom plate and a fan fixedly arranged on the bottom plate. And connecting pipelines are fixedly arranged among the electrostatic oil removal equipment, the wire mesh demister, the activated carbon adsorption box and the fan respectively. According to the utility model, most oil mist is firstly removed by the electrostatic oil removal equipment, then dehumidified by the wire mesh demister and then enters the activated carbon adsorption box to remove most organic pollutants, and the purified waste gas is finally discharged up to the standard through the chimney. The activated carbon is not easy to block, the waste gas treatment effect is good, and the requirements of industrial production are met.

The invention relates to the technical field of waste heat recovery, and particularly discloses a waste heat recovery device of a steam boiler, the waste heat recovery device comprises a boiler body, the top of the boiler body is provided with a flue pipe, a fixed pipe, a heat recovery assembly and a discharge pipe, and the flue pipe is fixedly communicated with the top of the boiler body; flue gas enters the chimney through the flue pipe and the fixed pipe and then exchanges heat with the multiple sets of heat conducting plates, and heat is transmitted to runners of the chimney and the movable cylinder and runners of the movable cylinder and the fixed cylinder through the heat conducting plates to heat combustion air introduced into the runners of the fixed cylinder and the movable cylinder through the air inlet pipe. The boiler feed water is introduced into a movable barrel and a smoke barrel flow channel through a water inlet pipe, contact between smoke and the plate face can be enhanced through rotation of a heat conduction plate, the heat transfer area is increased, the waste heat recovery efficiency is improved, and heat loss is reduced; meanwhile, the air flow channel is arranged on the outer side of the water flow channel, heat dissipated in the water flow heating process can be reutilized, and the waste heat utilization efficiency and the recovery effect are further improved.

A system is described that enables the purification of COx, SOx, NOx, dioxin and furan, and H2S gases using wet and dry filters in a single chimney, comprising: a nozzle system (2) that sprays a mixture consisting of water, micronized zeolite, ammonia, and boron mineral in fine droplets to perform the first purification of SOx (sulfur oxides), NOx (nitrogen oxides), and COx (carbon oxides) gases entering the chimney (1) from the combustion gas, a zeolite-based dry filter (3) that purifies the dioxin and furan components in the flue gas (B) rising after the first purification, a first continuous measurement system (4) that measures the values of the combustion gas at the entry point to the chimney (1), a second continuous measurement system (5) that measures the values of the combustion gas after the dry filter (3), an Al-supported processor (6) that adjusts the amount of the mixture to be sprayed from the nozzle system (2) based on the comparison of the first continuous measurement system (4) and the second continuous measurement system (5).

The utility model discloses a coil pipe type steam boiler, which relates to the technical field of coil pipe type steam boilers, and comprises a boiler body, a burner arranged at the upper end of the boiler body, an energy saver arranged at the rear end of the boiler body, a chimney arranged at the upper end of the energy saver, a steam-water separator arranged on one side of the boiler body, and a steam-water separator arranged on the other side of the boiler body. A control box is arranged on one side of the steam-water separator, a water supply system is arranged on the other side of the furnace body, an air duct pipeline is arranged at one end of the burner, an air supply fan is arranged at one end of the air duct pipeline, a base is arranged at the bottom of the furnace body, and the air supply fan is fixed to the base. According to the scheme, the problems that an existing steam boiler mostly adopts a boiler barrel structure, high-temperature steam is not prone to being discharged, explosion is prone to being caused, and safety is low are solved.