186 results about "Oil burner" patented technology

The burner preferably exclusively burns substantially explosible solid fuels and preferably has instant ON-OFF thermostat control, wastes no energy preheating the enclosure or external air supply, achieves stable combustion the moment the powder-air mix is ignited in our burner, is used in the upward vertical mode except for oil burner retrofits, burns a solid fuel in a single-phase regime as if it were a vaporized liquid or gas, is designed to complete combustion within the burner housing itself rather than in a large, high temperature furnace enclosure which it feeds, has an ultra-short residence time requirement, is a recycle consuming burner with self-contained management of initially unburned particles, is much smaller, simpler and lower cost, has a wider dynamic range/turndown ratio, is more efficient in combustion completeness and thermal efficiency, and operates with air-fuel mix approximately at the flame speed.

The invention discloses the lean coal micro-oil cold ignition and super-low load stable combustor. It comprises the coal powder pipe with the primary powder combustion chamber and the secondary powder combustion chamber connected with in; the oil combustion chamber is obliquely equipped at the front end of the primary powder combustion chamber; the secondary powder combustion chamber and one end of the coal powder pipe connect the third grade powder combustion chamber; the cooling air intake pipe is outside of the powder pipe and the third grade powder combustion chamber; the multiple circumferential welded air films are between the third powder combustion chamber and the cooling air intake tube; the other end of the powder pipe has the coal powder strong concentrator. The invention uses 50-70kg/h oil through energy level amplifying principle to light large amount of coal powder and its oil saving ration is above 90%; it has the low load stable combustion function and can be used to electric dusting as soon as the boiler ignition; the ignition system is reliable and the investment is low.

The invention discloses a combustion control system of a fuel oil burner, which comprises an oil delivery channel, an atomization medium channel, an ignition device, an air volume adjustment device, an oil volume adjustment device and a controller; the oil delivery port of the oil delivery channel is provided with an oil delivery pump , there is an oil pressure sensor in the oil delivery channel, and the oil volume adjustment device is the oil inlet valve; the ignition device includes an igniter and an atomizer; the ignition device is equipped with a flame signal sensor, a wind pressure sensor, and an atomization medium pressure sensor; The adjustment device includes a damper and a damper driver; the damper driver is provided with a damper position sensor; the controller controls the fuel pump, blower device, igniter, atomizer, heater, the start of the damper driver and the opening or closing of the oil inlet valve; The controller receives the output signals of each sensor, and controls the oil intake, the oil pressure in the oil delivery channel, the position of the damper and the air pressure according to the relevant signals. The invention can realize the independent adjustment of oil volume and air volume, has low energy consumption and high system reliability.

The invention discloses a methanol diesel oil additive and simultaneously discloses methanol diesel oil with the methanol diesel oil additive. The methanol diesel oil prepared by the invention is prepared by mixing 0.04-0.07 part of ferrocene, 2-5 parts of acetone, 4 parts of diemethyl carbonate, 2-3 parts of isobutanol, 2-3 parts of toluene, 70 parts of diesel oil and 20-25 parts of methanol. The methanol diesel oil has the advantages of low corrosion, good intersolubility and swelling property, uniform texture, high flash point, low condensation point and high cetane number, is safe to use and meets all indexes of automobile diesel oil GB19147-2009. The methanol diesel oil can be applied to internal-combustion engines, general engines, power plant fuels, burner substances and the like, thus the applicable range of the methanol diesel oil is wide.

A burner assembly for a furnace includes: a burner block having a flame cavity with a flame cavity length, and an oil nozzle insert having a tip that extends into the flame cavity by a distance of greater than one tenth of the flame cavity length.

The present application disclosed an ignition and burning apparatus used in coal boiler, comprising one or more combustion-enhancing miniature oil guns and a pulverized coal burner, wherein the combustion-enhancing miniature oil gun comprises an atomizing nozzle, a cyclone, an oil burner, an air supplying cylinder and an ignition device, and the pulverized coal burner comprises ail external nozzle, a window type air film cooler and an expansion channel. During the combustion of the pulverized coal, a certain amount of dry steam may be added for generating carbon monoxide and hydrogen for further enhancing the combustion of the pulverized coal. The ignition and burning apparatus used in coal boiler according to the present invention may save more than 90% of oil and demonstrates excellent economic performance.

The invention discloses an oil burner with high-efficiency burning and low pollution emission. An oil burner body comprises an oil gun sleeve, a primary air pipe, a secondary air pipe and a grading air pipe, wherein the oil gun sleeve is arranged on the central axis of the oil burner body; the primary air pipe, the secondary air pipe and the grading air pipe are sheathed at the periphery of the oil gun sleeve; the grading air pipe, the secondary air pipe and the primary air pipe are respectively in the same central axis with the oil gun sleeve; a primary air channel is formed between the primary air pipe and the oil gun sleeve; the end part of the primary air channel is provided with a flame stabilizer; a secondary air channel is formed between the secondary air pipe and the oil gun sleeve; an axial cyclone with an adjustable axial position is arranged in the secondary air channel; a grading air channel is formed between the grading air pipe and the secondary air pipe, and an inlet position of the grading air pipe is provided with a tangential cyclone; and one end of the primary air pipe, which is far away from a nozzle of the oil burner, is provided with a flame segmenting ring. The oil burner has the advantages that high-efficiency burning and low pollution emission can be effectively realized, and the problems of incomplete burning with black smoke, and high pollutant emission and the like easily occurring on the original oil burner in operation can be effectively avoided.

The invention discloses an intelligent sludge incinerator. The sludge incinerator comprises an outer furnace body, an inner furnace body, a base, an electrically driven automatic slag discharge grate, a screw feeder, an automatic slag discharge device, a diesel oil burner, a primary air inlet system, a secondary air inlet system and a controller, wherein the controller is used for controlling one or more temperature sensors arranged at a hearth, a smoke outlet and a primary inlet, an oxygen quantity sensor arranged at the smoke outlet and a weight sensor for automatic slag discharge. The intelligent sludge incinerator can realize reduction and harmlessness of sludge by adopting a bubbling suspension combustion method, and meanwhile realizes low discharge of pollutants; the combustion is stable by automatic control of parameters of primary and secondary air inlet, and the temperature in the incinerator is controlled at 850 to 950 DEG C all the time for combustion; and the sludge incinerator has high automation degree, saves labor, relieves labor intensity, realizes stable incineration of the sludge, obviously reduces the fault rate, and has low maintenance expense and humanized operation.

The present invention is directed toward a filter head that is adapted to mount a filter between an upstream fluid supply and a downstream fluid pump such as might be used for an oil burner system that includes a combination of the filter head and the safety valve in a single unit that may be interposed at a location along an oil conduit. The filter head comprises a filter head housing having an inlet port and an outlet port and a filter mounting stub that is adapted to mount the filter thereto. The filter mounting stub provides a filter head entrance port and a filter head exit port fluidically between the inlet and the outlet ports for communication with the filter when mounted thereto. A safety valve is mounted in the filter head housing and is arranged fluidically between the inlet and outlet port of the filter head housing. The safety valve has open and closed positions and opens in response to vacuum pressure at the outlet port.

The invention discloses a burning control system of a fuel oil burner, which comprises an oil transportation passage, an atomizing medium passage, an ignition device, a blower device, an air quantity adjusting device and an oil quantity adjusting device. The burning control system of the fuel oil burner additionally comprises a controller. The controller controls the operation of the blower device, an igniter and an atomizer. The air quantity adjusting device comprises a fan and a fan driver. A fan driver feedback device is arranged on the fan driver. An air pressure sensor is arranged in the ignition device. The air pressure sensor outputs an air pressure signal to the controller. The controller controls the operation of the fan driver according to the feedback signal of the fan driver and the air pressure signal. The fan driver changes the output air quantity of the fan by changing the working frequency of the fan. A flame signal sensor is additionally arranged in the ignition device and outputs a flame signal to the controller. The burning control system of the fuel oil burner can automatically adjust the air quantity and the oil quantity according to preset air-to-oil ratio and can overcome the defect of wear or deformation caused by long-term operation of the traditional burner which adopts a mechanical connecting rod.

Disclosed are a system and a method for precisely controlling an air fuel ratio of an oil burner, which is extensively used in a household boiler, an industrial boiler, or a heater, using an air pressure sensor. The system includes a power supplying part, a fan for supplying air required for combustion of the oil burner by receiving driving voltage from the power supplying part, a fan driving part serving as a controller which drives the fan, an air pressure sensor, which is installed at a side of a flow path of air supplied from the fan so as to detect an amount of the supplied air, and a control part for outputting an optimum RPM of the fan to the fan driving part by comparing a signal detected by the air pressure sensor with preset data related to an optimum amount of air. The method includes the steps of detecting an amount of air being supplied through a fan using the air pressure sensor, calculating an optimum RPM of the fan using a controller by comparing a signal about the amount of the air with preset data related to an optimum amount of air, outputting the RPM calculated by means of the controller to a fan driving part, and rotating the fan according to the calculated RPM input into the fan driving part.

The invention relates to a lean oil thermal reinforcement burning starting device for a pulverized coal boiler. A pulverized coal thermal reinforcement cracking pre-burning chamber is provided with a first wind pipe which is used for wind feeding. The left part of the first wind pipe is provided with a bent pipe and the right part thereof is provided with a straight pipe. A tube-shaped lean oil thermal reinforcement oil burner and an oil long fire feeding pipe which is connected with the tube-shaped lean oil thermal reinforcement oil burner extend to an entrance segment of a dense phase powder thermal reinforcement cracking burning pipe after passing through the first wind pipe. The left end of the dense phase powder thermal reinforcement cracking burning pipe is butt-jointed with the oil long fire feeding pipe, and the right end thereof is respectively connected with a thin phase powder thermal reinforcement cracking burning pipe and a thin phase powder wind-cooling pipe. The periphery of the dense phase powder thermal reinforcement cracking burning pipe is surrounded and connected by a secondary wind case for feeding air. The invention is characterized in that the existing oil burner is replaced by the pulverized coal burner which can be fired with extremely small quantity of oil during the firing, combustion-supporting and stable burning processes of the pulverized coal boiler, thereby greatly saving the fuel with an oil conservation rate of more than 95 percent, a pulverized coal burn-off rate of more than 90 percent and a flame temperature of 1800 DEG C. besides, the invention has the advantages of high burning efficiency, quick burning speed and strong wind resistance capability.

The invention relates to an automatic control method for boiler oil burners, which comprises the following steps: a, the oil burner is partitioned into a plurality of layers; b, the oil boiler is operated taking a layer as a unit when an instruction of inputting or quitting is received; c, the next layer of the oil burner is operated until all of layers of the oil burner are operated when the operating amount of the oil burner in one layer is larger than 80 percent; and d, when an instruction of operating or stopping operating is received in one layer, a corresponding oil burner is sequentially operated, if the oil burner is operated, or the operation is not allowed, the next oil burner is operated. The device for realizing the automatic control method comprises an oil burner layer operating judgment loop, a boiler oil burner layer management loop and a layer oil burner management loop, wherein the oil burner layer operating judgment loop inputs the operating signals of the oil burners in the layer and outputs the signals to the boiler oil burner layer management loop; the boiler oil burner layer management loop also inputs an oil burner ignition instruction and the last signal of the failed starting of the oil burner in each layer, and outputs starting instructions of the oil burners in each layer to each oil burner management loop; and the layer oil burner management loop inputs operating allowing and operating signals of the oil burners of each layer and starting instructions of the oil burner of each layer and outputs ignition instructions of the oil burner of each layer.

An inferior coal micro-oil ignition combustor comprises a streamlined air powder separation ring, a bidirectional cyclone oil combustor, a wing-shaped anti-friction block, a primary dense-phase coal powder combustion chamber, a secondary dilute-phase coal powder combustion chamber, a V-shaped cavity backflow blunt body, a circumferential cooling bellows and the like, employs a principle of gas-solid two phase flow separation, a principle of oil flame two-way cyclone ignition, backflow high-temperature flue gas of a blunt body, a principle of energy repeated utilization, a principle of coal powder graded ignition and energy gradual enlargement, forms a power field with low air speed, high density, strong eddy flow, strong backflow in the combustor, and creates favorable condition for firing coal powder, so as to effectively solve the problems of firing difficulty and low burn-out ratio of inferior coal. The combustor is capable of igniting inferior coal of 4 to 10 tons by using oil capacity of 150kg/h, which has an oil-saving ratio more than 80%, service life more than 4 years, and is beneficial for popularization in related industries.

The invention relates to a mixed-oxygen preheating oil burning system. The system comprises an oil storage tank, a control valve, a combustion apparatus and corresponding connecting pipelines. The oil storage tank comprises a tank body. The top of the tank body is provided with an oil filling opening, a gas filling opening and an oil-gas switch. The inner end of the oil-gas switch is connected with an oil suction pipe extending to the bottom of the tank body and a gas transfer pipe at the upper part in the tank body. The outer end of the oil-gas tank is connected with an oil transfer pipeline and a gas transfer pipeline. The control valve comprises a valve body provided with a switch valve, an electromagnetic valve, an adjusting valve and a pressure maintaining valve thereon. The combustion apparatus comprises a grate, a heat-insulation cylinder, a preheating pipe, a fire cylinder, a fire distributing cylinder, a main oil burner, a preheating oil burner and a compressed air burner. The invention has the advantages of high preheating temperature, adequate combustion and safety. The invention can be widely used in the occasions needing oil burning stoves.

An atomizer spray plate including a body having an inlet surface and an exit surface, a swirl chamber within the body and adjacent to the inlet surface, an atomizer hole extending through the body from the swirl chamber to the exit surface, and a plurality of elongated protrusions upon the inlet surface extending radially from the swirl chamber, wherein the plurality of elongated protrusions define a plurality of venturi inlets to the swirl chamber between adjacent protrusions.

The invention discloses an effective fuel oil burner applied to a plateau and a plain. Air density correction tables corresponding to different altitudes are used in the burner. When the burner is positioned at different heights, an oil pump of the burner controls oil supply according to optimal oil supply amount corresponding to an altitude indicator; when the burner works under different temperature conditions, according to built-in sensor air density information, the burner calculates by adopting comparison parameter between an air supply amount and an oil supply amount, corresponding to the built-in sensor air density information to determine oil supply information of the oil pump, corresponding to the built-in sensor air density information. Under the condition of different altitudes and different temperatures, the burner can automatically adapt to change of altitude and temperature according to a built-in calculation oil supply rule curve, and the burner is always in a relatively good combustion state.

The invention discloses a bad fuel coal oil-saving direct current burner, comprising coal powder combustion chamber, where the front end of the coal powder combustion chamber is provided with an impact coal powder concentrator, a primary combustion chamber is arranged in the coal powder combustion chamber, plural oil combustion chambers are arranged outside the middle of the primary combustion chamber, a small-oil quantity oil combustor is arranged in the oil combustion chamber, the tail of the primary combustion chamber is connected with the secondary combustion chamber, and heat storage fireproof heat-insulating material is laid in a heat storage coal powder stable combustion chamber. The advantages are using less oil to ignite large amount of coal powder, and oil-saving above 95%; stable combustion function; good environmental protection; high efficiency.

The invention discloses an air duct ignition burner, which belongs to the field of ignition devices. The air duct ignition burner of the present invention includes an inlet air duct and an outlet air duct, the inlet air duct and the outlet air duct (11) are connected to each other, and both are connected to the hot primary air duct, and the outlet air duct is provided with an inner A pre-chamber, at least one oil burner is arranged in the inner pre-chamber. The air duct ignition burner of the present invention has a simple structure and is easy to operate, and it has stable combustion during operation; the burning loss of the ignition air duct and the burner itself is small, and it can also be used as a non-combustion device for a preheating boiler; the structure is stable Reliable, not easy to be damaged by spontaneous combustion, long service life, and conducive to popularization.

The invention discloses a novel domestic alcohol oil burner which comprises a base, a straight spray nozzle, a big-end-down fire collection cover, a fire distribution cap and a sound insulation barrel, wherein an air inlet is formed in the base, the straight spray nozzle is installed in the center of the base, the top and the side face of the fire distribution cap are provided with fire distribution holes respectively, and the sound insulation barrel is installed on the base and surrounds around the fire collection cover and the fire distribution cap. The upper end of the sound insulation barrel is provided with a fire tray extending out of the barrel. According to the novel domestic alcohol oil burner, the straight spray nozzle is utilized for sufficiently spraying out alcohol oil in an atomization mode, the spraying force of the nozzle is greatly reduced, fire power is prevented from being too excessive, balance distribution of fire power is achieved through the fire collection effect of the fire collection cover and the fire distribution effect of the fire distribution cap, the fire spraying mode is more scientific and reasonable on the condition that the heat value is not lowered, the requirement for domestic miniaturization can be met, the sound insulation barrel can effectively prevent noise produced when the novel domestic alcohol oil burner is used from diffusing and can also play a certain fire collection role, and multiple problems in the prior art are effectively solved.

The invention discloses a plasma heavy oil burner, and relates to burning equipment. The plasma heavy oil burner mainly comprises an anode, an insulation connecting piece, a cathode, an inner sleeve and a rear seat, wherein the rear end of the anode is connected with the rear seat through the insulation connecting piece; the cathode is arranged in an inner space of the insulation connecting piece; the lower end of the cathode is connected to the rear seat; the inner sleeve extends into and enters an inner cavity of the cathode from the rear end of the rear seat; an axis through hole of the anode forms a compression duct; a cooling water sleeve is arranged in the anode; a torch outlet is formed at the front end of the anode; a tapered protruding structure at the rear end of the anode extends into the inner space of the insulation connecting piece; the upper end of a cylinder body of the cathode is bell-mouthed; a rotational flow groove is formed at the outer edge of a bell mouth; a space between the inner edge of the bell mouth at the upper end of the cathode and the tapered protruding structure at the rear end of the anode forms an annular airflow channel; the rear seat is provided with a revolving body structure; and an annular oil cavity is arranged in the revolving body structure, and communicated with the inner cavity of the cathode. The plasma heavy oil burner allows heavy oil fuel to be burnt completely, improves the burning efficiency of heavy oil, and reduces the environmental pollution.

Provided is a combustion control method of a boiler. The boiler comprises a coal mill used for producing coal dust, a coal pulverizing system connected with the coal mill and used for screening coal dust, a hearth connected with the coal pulverizing system and used for combusting coal dust and a primary air fan connected with the coal mill, the coal pulverizing system and the hearth by means of air channels. The control method is described in that an operation oil combustor performs ignition and combustion when an ignition condition in the hearth is satisfied such that temperature and pressure in the hearth are increased and boosted; temperature of secondary air and of smoke at the outlet of the hearth are obtained; when temperature of secondary air reaches the first pre-set value and temperature of smoke at the outlet of the hearth reaches the second pre-set value, an air channel between the primary air fan and the coal pulverizing system is opened and a pulverized coal exhauster of the coal pulverizing system is started; and the primary air fan and the coal mill are started by opening the air channel between the primary air fan and the coal mill. The combustion control method of the boiler ensures that exhaust gas can be fully combusted after entering the hearth in such a manner that the pre-set condition in the hearth is reached by means of the operation oil combustor.

The invention relates to a method for controlling the operation of a minitype oil burner of a 1050 MW ultra-supercritical pulverized coal boiler. The method for controlling the operation of the minitype oil burner of the 1050 MW ultra-supercritical pulverized coal boiler comprises the steps that a primary draught fan is started before the minitype oil burner is used for ignition; when the minitype oil burner is used for ignition, the oil pressure of a main oil supply pipe is 2.8-2.9 Mpa, the primary wind speed is 20-30 m/s, the output force of the minitype oil burner is 130 kg/h, and the temperature of the wall of the minitype oil burner is controlled to be 280-500 DEG C. According to the method for controlling the operation of the minitype oil burner of the 1050 MW ultra-supercritical pulverized coal boiler, the primary draught fan is started before the minitype oil burner is used for ignition, when the minitype oil burner is used for ignition, the oil pressure of the main oil supply pipe is 2.8-2.9 Mpa, the primary wind speed is 20-30 m/s, the output force of the minitype oil burner is 130 kg/h, and the temperature of the wall of the minitype oil burner is controlled to be 280-500 DEG C, in this way, the situation that the minitype oil burner is coked due to the fact that the temperature of the wall is too high is solved, and normal operation of the burner and the boiler is guaranteed.