170results about How to "Improve incineration effect" patented technology

The invention discloses a continuous type transmission sludge burning caking furnace which comprises a feeding device, a transmission wire belt, a furnace body system, a sideward discharging connecting wire belt and a wire belt naturally extending ditch. The feeding device comprises a support, a feeding machine and a feeding guide roller. The furnace body system comprises a preheating chamber, a heating chamber and a steam chamber. A preheating roller and a sideward discharging connecting wire belt driving roller are arranged inside the preheating chamber. A burner nozzle and a heatproof carrier roller are arranged inside the heat chamber. A transmission roller, a tensioning roller and a carrier roller are arranged inside the steam chamber. A driving roller and a support roller are arranged inside the wire belt naturally extending ditch. The transmission wire belt twines the feeding machine, the feeding guide roller, the preheating roller, the transmission roller and the tensioning roller and penetrates the heating chamber in the middle. The sideward discharging connecting wire belt twines the sideward discharging connecting wire belt transmission roller, the heatproof carrier roller, the driving roller and the support roller and penetrates the heating chamber and the steam chamber in the middle. High temperature smoke produced after burning is transmitted to the preheating chamber so that wet sludge is heated and then dried, waste heat is used, energy is saved and burning effect is good.

The invention provides plasma melting cracking treating equipment belonging to the technical field of machines and solving the technical problems of low incineration temperature, poor incineration effect, insufficient incineration and the like of a traditional incineration furnace. The plasma melting cracking treating equipment comprises a furnace body with a charging port and a discharging port, wherein the furnace body is internally provided with an incineration cavity communicated with the charging port and the discharging port; the furnace body is also provided with a gas outlet communicated with the incineration cavity; the top of the furnace body is also provided with a plasma torch generator capable of generating plasma flames; one end of the plasma torch generator penetrates into the incineration cavity; and the other end penetrates out of the furnace body and is connected with a lifting mechanism capable of driving the plasma torch generator to lift upwards and downwards. The treating equipment has the advantages of higher flame temperature, more sufficient incineration, higher incineration efficiency and the like.

The invention discloses a burning process for high-concentration organic waste liquid and the device, characterized in that (1)double incinerators, which are incinerator 2 and incinerator 3, are set; burning machine 1 is set at the top of incinerator 2 and the middle-lower end of incinerator 3; whereinto lower ends of incinerators 2 and 3 are connected with pipes; (2) sedimentation house 4 is set, whose top end is connected with the top of incinerator 3; the bottom end of sedimentation house 4 is connected with the recovery section for residual heat; the other end of said recovery section for residual heat is connected with washing tower 8; the top end of washing tower 8 is connected with separating jar 10, induced fan 11 and chimney 12 in turn. The technology adopts high-efficiency spraying burning technology, waste heat recovery technology and smoke treating technology integrally and creatively under the foundation that waste burning technology is developed successfully. It has good treating effect for high-concentration refractory organic waste water, high-concentration salt-contained organic waste water, and residual liquid and waste oil in rectifying reactor. And it can make use of waste heat to generate steam. The effect of energy saving is obvious.

The invention relates to a medical waste recovery treatment device. The medical waste recovery treatment device comprises a rough crushing cavity, a fine crushing cavity, a grinding cavity, a sedimentchamber, a flotage treatment device, a liquid treatment device and a sediment treatment device. Crushing is optimized, crushed materials are directly divided into three kinds through comparison withthe water density, classification treatment is carried out on different kinds of waste, medical waste is treated more deeply, and the environment friendliness degree is high.

The invention discloses a drying and incineration system, and a drying and incineration method for sludge. The system comprises a dryer used for drying wet sludge, a fluidized bed incinerator used forcarrying out incineration treatment on the dried sludge and exhaust gas of the dryer, a waste heat boiler used for recovering and utilizing high-temperature smoke waste heat generated due to incineration, an air pre-heater used for re-recovering the smoke waste heat and providing hot air combustion-supporting wind for the incinerator, and a tail gas treatment device used for purifying smoke subjected to waste heat utilization and then discharging the smoke, wherein one path of a high-temperature smoke outlet of the incinerator communicates with the dryer, and carries out contact drying on thewet sludge, the other path is connected with a flue of the waste heat boiler, and an exhaust port of the dryer communicates with the incinerator. A part of the high-temperature smoke is circulated inthe dryer and the incinerator, odor of the sludge is brought into the incinerator and directly treated while the sludge is dried by virtue of hot smoke energy, and the system does not need to carry out tail gas deodorization, so that the tail gas dehumidification and deodorization costs are saved; and the whole system realizes adequate energy utilization, and is safe and capable of running for along time.

The invention belongs to the field of municipal solid waste disposal and particularly relates to mixed waste disposal system. The mixed waste disposal system at least comprises a waste pile-up unit used for waste pile-up fermentation and a waste incineration unit used for waste incineration. The mixed waste disposal system further comprises a sludge storage disposal pool, a material sliding ramp used for conveying materials is arranged in the sludge storage disposal pool, and the material sliding ramp is in the shape of an inclined face or a step-shaped structure becoming lower gradually. A sludge feeding end is arranged at the higher end of the material sliding ramp, and the lower end of the material sliding ramp forms a sludge discharging end. The time for sludge to flow from the sludge feeding end to the sludge discharging end along the material sliding ramp is longer than or equal to the number of days for the sludge to undergo set pile-up and warm-up fermentation and aerobic reaction. Both the waste pile-up unit and the discharging end of the sludge storage disposal pool are communicated with the feeding end of the waste incineration unit. Due to the simple and practical structure, mixed incineration disposal effect on municipal sludge and household waste can be achieved efficiently.

A garbage incinerator of inverse pushing type with material layer height being able to be adjusted consists of incinerator body, material feeder, fire grate of inverse pushing type, ash basin and wind chamber under fire grate, slag releasing channel and slag releasing device. It is featured as setting device adjusting height of material layer at position of incinerator body set with tail end of fire grate in inverse pushing type and forming said adjusting device by baffle shaft set in bearing base and baffle used to changer height of material layer by its rotation as well as driving unit for driving baffle shaft.

The invention discloses a domestic refuse incineration system for preventing and controlling flue gas pollutant. A material grabbing hopper of a refuse storage vault feeds materials into a compressionand crushing system, the compression and crushing system is connected with a drying system through a conveying system, a refuse discharging opening of the drying system is connected with a refuse feeding opening of an integrated incinerator, a hot bad smell outlet of the drying system is connected with an air inlet of the integrated incinerator, a combustible gas outlet and a flue gas discharge opening of the integrated incinerator and a hot air outlet of a second-stage heat exchanger are connected with a second combustion chamber, and the second combustion chamber, a first-stage heat exchanger, a quick cooling chamber, the second-stage heat exchanger and a flue gas desulfurization device are connected in sequence; and a hot air outlet of the first-stage heat exchanger is connected to anair inlet of the drying system. The domestic refuse incineration system is rigorous and reasonable in structure, the flue gas pollutant can be prevented and controlled in key processes including refuse drying, gasification burnout, flue gas burning purification and flue gas cooling, heat energy, combustible gas and combustion-supporting air needed by the system in all processes are provided, and the direct cost is almost zero.

This invention relates to an expression dehydration system fit for waster paper slag, which comprises compressor, pusher and sewage collecting well, characterized in that the compressor comprises frame, hydraulic oil cylinder 1 setting vertically in the frame, a stripper plate connecting to the bottom of the cylinder 1 and excavation masonry under the ground; in the steel die wall surface it distributes ports for passing water evenly, and the in the lateral of the stripper plate it hinges the steel link which can be active connected with the steel die; the pusher comprises the hydraulic oil cylinder 2, roll vehicle and push plate, which hinges horizontally with the ground seat; the sewage collecting well is set in the bottom adjacent to the excavation, having pump and the inlet, outlet channel of the pump, wherein on end of the inlet channel connected with the discharging slot between the excavation and the steel die.

The invention belongs to the technical field of waste processing equipment, and particularly relates to a municipal solid waste incineration device. The municipal solid waste incineration device comprises an outer shell. The outer shell is internally provided with an incineration chamber and a slag discharging chamber. An incineration plate is arranged in the incineration chamber. A slag guide plate is obliquely arranged in the slag discharging chamber. An oxygen conveying pipe is arranged on the lateral face of the bottom end of the incineration plate. The incineration plate comprises an upper incineration plate and a lower incineration plate. Slag discharging holes are formed in the upper incineration plate. Air inlets are formed in the lower incineration plate. A cavity is formed between the upper incineration plate and the lower incineration plate. A drying chamber is arranged on the lateral face of the outer shell. The drying chamber is connected with the incineration chamber by afeeding chamber. An air inlet pipe is arranged on the drying chamber. The air inlet pipe is connected with the cavity. Heat generated by the upper incineration plate can heat oxygen in the cavity. The heated gas enters the drying chamber through the air inlet pipe. Stirring blades in the drying chamber stir the waste, and therefore the heated gas can dry the waste in the drying chamber more fully, and the municipal solid waste incineration effect can be improved.

The invention belongs to the technical field of garbage incinerators, and particularly relates to a vibration type furnace chamber garbage incinerator. The vibration type furnace chamber garbage incinerator comprises a furnace body, a plurality of fire grates are arranged above the furnace body, combustion-supporting springs are among the fire grates, and combustion-supporting blocks are arrangedon the combustion-supporting springs; sliding grooves for mounting sliding blocks are symmetrically arranged on the left inner wall and the right inner wall of the furnace body, sealing plates are correspondingly hinged to the opposite ends of the sliding blocks, electromagnets are arranged at the end parts of the sealing plates, and travel switches are arranged at the lower ends of the sliding grooves; and the lower surfaces of the sealing plates are hinged to piston rods of two air cylinders which are symmetrically arranged on a bottom plate of the furnace body left and right, springs are arranged between pistons of the air cylinders and inner bottom plates of the air cylinders, air outlets of the air cylinders are connected with air outlet pipes, the upper ends of the air outlet pipes penetrate into the furnace wall of the furnace body and communicate with cavities formed among the fire grates through a channel formed above the furnace body, the air outlets of the air cylinders areprovided with one-way valves with a one-way air outlet function, air inlets of the air cylinders are provided with one-way valves with a one-way air inlet function, the air inlets of the air cylindersare connected through air inlet pipes, and the other ends of the air inlet pipes are positioned at the top of the furnace body.

The invention relates to the field of household rubbish incinerating processing, in particular to an air distribution device for a rubbish incinerating furnace. The air distribution device is suitable for severely-cold environment regions. A rubbish pit is connected with a fan through a pipe, an adjustment stop plate ventilation door A is arranged in an inlet of the fan, an outlet of the fan is connected with an air pre-heater and an adjustment stop plate ventilation door D in parallel and then respectively connected with a drying furnace air discharging chamber, a combustion furnace air discharging chamber and an after-combustion furnace air discharging chamber of the three-section-type household rubbish incinerating grate furnace through a direct-type air pre-heater, an inlet and an outlet of the air pre-heater are provided with an adjustment stop plate ventilation door B and an adjustment stop plate ventilation door C respectively, and an adjustment stop plate ventilation door E, a direct-type air pre-heater fan and a fuel system are connected to the direct-type air pre-heater. According to the air distribution device, an improvement is carried out on the basis of a conventional air distribution device of the three-section type grate furnace; as the direct-type air pre-heater is additionally arranged, the temperature of combustion air is raised, air distribution of three-section grates is improved, the air inlet amount of the drying-section grate is increased, the air pressure of an inlet of the incinerating furnace is increased, the incinerating furnace can adapt to the characters of rubbish in the severely-cold environment regions, and the intra-incinerating-furnace rubbish combustion effect is improved.

The invention discloses an incineration method for domestic, medical and building solid waste. A fixed smoke baffle is vertically arranged at the joint of an upper chamber and a lower chamber. The upper end of the fixed smoke baffle is fixed to the inner top surface of the lower chamber, and a waste passing port for allowing the waste to pass is reserved between the lower end of the fixed smoke baffle and the bottom surface of the upper chamber. A waste inlet pipe is arranged at the top of the upper chamber, and a discharge outlet of the waste inlet pipe communicates with a feed inlet of the top of the upper chamber. A set of burning nozzles are densely arranged on the inner wall of the lower chamber, the uppermost burning nozzles are close to the lower end of a movable smoke baffle, and the bottommost burning nozzles are located at the bottom of the lower chamber. Air nozzles are densely arranged on the inner bottom surface of the lower chamber, are vertically disposed and spay air upwards, and the same air pump arranged outside a furnace body supplies air to all the air nozzles through an external pipeline. By means of the method, sufficient waste incineration is guaranteed, meanwhile, the effect that the waste is pre-dried by high-temperature hot air is improved, and the environmental-friendly performance is good.

The invention discloses an energy-saving chemical industry special incinerator which comprises a bearing plate and a supporting plate, the bearing plate is fixedly connected with the supporting plate, the upper surface of the supporting plate is fixedly connected with four supporting columns, the four supporting columns are fixedly connected with a shell, and the shell is provided with a smashing combustion-supporting mechanism used for smashing chemical industry waste and accelerating incineration of the chemical industry waste. A feeding port is formed in the upper surface of the shell, a feeding cover matched with the feeding port is hinged to the upper surface of the shell through a pin shaft, a discharging port is formed in the side, close to the supporting column, of the shell, a discharging cover matched with the discharging port is hinged to the side, close to the supporting column, of the shell through a pin shaft, and a sieve plate is fixedly connected to the inner wall of the shell. And a neutralizing mechanism for neutralizing sulfide gas generated by incineration is arranged on the supporting plate. According to the crushing and incineration device, through cooperation of the overall structure, the crushing and incineration efficiency is improved, and the effect of purifying generated hydrogen sulfide gas is achieved.

The invention discloses a method for burning urban garbage and disposing fly ash in enclosed environment, comprising the following steps: sorting the urban garbage; crushing the sorted urban garbage; mixing the crushed urban garbage by using a combustible material including fixed carbon; drying the mixed urban garbage; carrying out enclosed burning on the fried urban garbage at a burning temperature above 850 DEG C under mixed oxygen; carrying out low-temperature circular disposal on the dust particles in the burning fly ash of the urban garbage by using fly ash slurry; and carrying out low-temperature circular disposal on the harmful gas in the burning fly ash of the urban garbage by using a harmful gas adsorption material and water. Through the method, the combustion temperature of a burning boiler can be up to 850 DEG C, the garbage burning can be controlled above 2 seconds, the generation of dioxin and furan can be effectively retrained, the dust and harmful gas in the generated fly ash (smoke) are fully adsorbed and the environment around the burning field can be effectively protected.

The invention relates to the technical field of waste treatment, and discloses medical waste treatment equipment with a cleaning function. The equipment comprises a box body, wherein a transmission mechanism is arranged on the right side of the box body, two sliding blocks are welded on the inner wall of the box body, the right side of the box body communicates with a feeding pipe, the feeding pipe is positioned below the transmission mechanism, a sliding block is slidably connected to the inner wall of the rear portion of the box body, an electromagnet is fixedly installed on the rear portion of the box body, a purification mechanism is arranged on the front portion of the box body, a first smashing roller and a second smashing roller are rotatably connected to the inner wall of the box body, a treatment box is fixedly installed on the bottom wall inside the box body, and an inclined block is welded to the top of the treatment box. According to the equipment, cleaning liquid is injected into the feeding pipe, and then the inner wall of the treatment box can be automatically cleaned through the transmission mechanism, so that manual cleaning by workers is not needed, the risk of contact infection is reduced, and the working efficiency is further improved.

The invention discloses a garbage incinerator which is convenient to move, low in consumed energy, high enough in combustion temperature and free of generation of harmful substances. The garbage incinerator comprises a base; a furnace body is arranged above the base and is internally provided with a first combustion chamber; a fire grate is arranged at the bottom of the first combustion chamber, and an ash discharging port is formed below the fire grate; an air inlet pipe is further arranged in the first combustion chamber, and a draught fan blows air into the first combustion chamber through the air inlet pipe; the first combustion chamber is further provided with a garbage inlet and an exhaust pipe; the side face of the first combustion chamber is further connected with a second combustion chamber which is internally provided with mutually-staggered flow baffles and a plasma injecting head, and the plasma injecting head is connected with a plasma converter through a special through connection pipe; the fire grate is provided with plasma spray nozzles which are connected with the plasma converter through a plasma connecting pipe; and the second combustion chamber is connected with a flue gas separation cavity which is internally provided with a chimney, and a flue gas separation cavity ash discharging port is formed in the bottom of the flue gas separation cavity. The garbage incinerator is simple, capable of achieving miniaturization conveniently, small in floor space, low in operating cost and suitable for popularization.