CN1743750A - Efficient super-energy-saving heater effect hydrogenant gas combustion-supporting multi-purpose superconducting heating boiler - Google Patents

Efficient super-energy-saving heater effect hydrogenant gas combustion-supporting multi-purpose superconducting heating boiler Download PDF

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Publication number
CN1743750A
CN1743750A CN 200510088383 CN200510088383A CN1743750A CN 1743750 A CN1743750 A CN 1743750A CN 200510088383 CN200510088383 CN 200510088383 CN 200510088383 A CN200510088383 A CN 200510088383A CN 1743750 A CN1743750 A CN 1743750A
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hydrogenation
boiler
pipe
jacket
gas
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CN 200510088383
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Chinese (zh)
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裴艳锋
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裴艳锋
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Priority to CN 200510088383 priority Critical patent/CN1743750A/en
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Abstract

This invention refers to design for high efficient energy saving heater effect hydrogenation burning aid multi purpose superconductive heating-boiler, which contains the boiler jacket, quick gasifying jacket, hydrogen burning aid agent feeding pipe, gas storage chamber, combustion ring pipe, inner gas guiding pipe, outer gas guiding pipe, super-conductive liquid heating jacket, gas guiding pipe, circular closed pipe, hydrogenation gas injection cavity pipe, circular gas guiding cavity pipe, gas injection hole, flue exhausting pipe, superconductive liquid heating pipe in flue exhausting pipe, flue cover and air seal on bottom. Said invention utilizes the heat energy from coal combustion to heat for converting hydrogenation burning aid agent into hydrogen to supply boiler and realize upper and lower separated circulation combustion to raise heat utilization.

Description

The efficient super-energy-saving heater effect hydrogenant gas combustion-supporting multi-purpose superconducting heating boiler
Because the energy is exhausted day by day, price is passed a year growth, and consumer spending increases the weight of, and is energy-conservation as a worldwide difficult problem that needs to be resolved hurrily, and receives common people's concern day by day.
The power consumption of prior art and various heating equipment is high, and volume is big and heavy, the thermal efficiency is low, during operating cost, effort, monitoring be strong, purposes is single, seasonality is strong, can not the whole year and many-sided application, inconvenience is in use arranged.Have only development Multifunction of overtime generation, multipurpose boiler could solve the various drawback problems that exist in the existing boiler technology.Therefore developed number of patent application and be 200320100394,5 efficient, energy-saving and environmental protection, multi-functional heater effect hydrogenation superconduction heating boiler.Make its effect that has possessed efficient, energy-saving and environmental protection, multi-functional heater effect hydrogenation superconduction, but in application, also have some inconvenient problems because hydrogenation reaches independent outer burning slowly.Efficient super-energy-saving heater effect of the present invention hydrogenation reaches independent external combustion slowly and also have some inconvenient problems in application.Efficient super-energy-saving heater effect hydrogenant gas combustion-supporting multi-purpose superconducting heating boiler of the present invention has been made significant improvement again aspect four on the design basis of energy-efficient, environmental protection, multi-functional heater effect hydrogenation superconduction heating boiler.Make that it has precedence over efficiently more, the design of energy-saving and environmental protection, multi-functional heater effect hydrogenation superconduction heating stove.It is unique to design combustion function, the burning theory is more novel, boiler internal structure and the more perfect scientific and technological new product of combustion system, realized rapid hydrogenation (promptly use, promptly fire), the miniaturization body of heater only is 1/3rd of the multi-functional heater effect of a high-efficient energy-saving environment friendly hydrogenation superconduction heating boiler more, internal combustion, external combustion synthesization, high temperature forced burning and insulation spontaneous firing and the burning of hypoxemia banking.From having realized that truly coal and solid combustible become gas combustion.Make the purpose of its quick reception room of burning superconduction heat that reaches a high temperature, be the super energy-conservation advantage of having created, efficient super-energy-saving heater effect hydrogenant gas combustion-supporting multi-purpose superconducting heating boiler of the present invention has and did not stop working, promptly uses, promptly fires, exempts from the strong characteristics of monitoring property in banking 50-60 hour.
The heater effect hydrogenation gas combustion supporting technology of indication is to install heater effect hydrogenation generating means in boiler additional among the present invention, utilize the high temperature in heater effect hydrogenation generating means and the burner hearth, a kind of material that can not directly burn is changed into the combustible gas of a kind of cheap high heating value, small part auxiliary fuel increment burning in burner hearth is heated for hydrogenation room and the prolongation fuel combustion time reaches energy-conservation purpose, most of through the burning of blast converter mouth combustion gas fumarole, realized that heat energy is at burner hearth gas making divided gas flow circulating combustion about fire door.When coal burning, produce simultaneously black smoke be transformed into combustible gas and fully burning after being hydrogenated.The heat energy temperature that hydrogenation gas and smoke combustion produce in the fire door can reach 360 ℃, and high-temp combustion can be saved and heat up water, cook, the cooking time, and the heat energy value that its burning produces improves 3-4 doubly than coal and coal gas.Be that coal becomes hydrogenation gas increment burning (heats of 6 jin of water+2 minute hydrogenation combustion adjuvant=6 jin of coals), and the heat energy value has so just reached super purpose of energy saving than not adopting the combustion-supporting raising of hydrogenation gas 2-3 doubly.
Adopt efficient super-energy-saving heater effect hydrogenant gas combustion-supporting multi-purpose superconducting heating boiler of the present invention and the boiler that adopts existing various technology to produce to compare mutually, at the coal that drops into equal amount, reach fire door flame temperature the high 1-1.5 of boiler times in the efficient super-energy-saving heater effect hydrogenant gas combustion-supporting multi-purpose superconducting heating boiler burner hearth of the present invention than existing other technology peace, high heating value flame is up to 50-70cm, the calorific value higher position can shorten heat up water, cook, cooking time 50-70%, the boiler swept area is doubled, to flow valuve than not utilizing 1.5 times of the combustion-supporting increases of hydrogenation gas.High heat and have the 5-8 minute energy in the back of stopping using unburnt hydrogenated coal is reduced into the characteristics that coking coal can burn repeatedly again.
The superconductive medium heat transfering and heating technology of the indication among the present invention, be to use stable composite chemical dielectric fluid to replace water in the energy conduction process be heat-conducting medium, the superconductive medium heat transfering and heating can overcome the three low big weakness of vapour lock, burn into heat transference efficiency of traditional hot-water heating, has fundamentally solved the low problem of hot reflux temperature.The heating of also sustainable constant temperature can be widely used in civilian and industrial heating when fire box temperature is not too high, agricultural greenhouse, drying plant, and aspects such as various radiators, superconductive medium has that start-up temperature is low, heat transfer rate is fast, and 55 ℃ can conduct heat.Give birth to 5-8 minute radiator surface temperature of stove and reach 45-50 ℃, high power medium size composition, spreader surface temperature can reach 70-90 ℃, and the thermal cycle time is short, energy-conservation by 50%, reach 80% with the use of heater effect hydrogenation gas combustion supporting boiler coupling is energy-conservation.Have subzero 40 ℃ and do not freeze, radiator and pipeline do not have the hidden danger of freezing, no burn into non-scaling, and pipeline need not keep in repair all the life, and long service life is once added material, the permanent advantage of using.
The present invention is owing to adopted the combustion-supporting and superconductor technology of heater effect hydrogenation gas, make the coal utilizaton rate that drops in the stove improve 2 times, and burner hearth temperature interior and the fire door combustion flame improves a lot, adopt the efficient super-energy-saving heater effect hydrogenant gas combustion-supporting multi-purpose superconducting heating boiler to economize coal 50-80% with the boiler that other technology is produced, winter is for 100 square meter left and right sides heating areas, every day (daily life is heated up water, cooked, cooking) 8-12 jin, the summer daily life is with only 3 jin of coal every days, multi-use, i.e. economy material benefit again.
The dense smoke that efficient super-energy-saving heater effect hydrogenant gas combustion-supporting multi-purpose superconducting heating boiler of the present invention is produced when having coal burning is transformed into combustible gas and all burns after hydrogenation, do not produce black smoke, waste residue is few, it is energy-conservation environmental protection again, really realized only buying stove, do not buy gas, use the imagination of combustion gas throughout the year, energy-conservation value is the 50-80% of other boiler, for the user alleviates a lot of financial burden, all can use throughout the year with the boiler that the technology of the present invention is produced, heat up water, cook, cooking, bathing, heating, the drink thing, spend a many-sided year throughout the year of to be benefited, thoroughly solved the seasonality of single heating boiler, the problem that limitation is used, it is incomparable to be characterized in that other prior art is produced various boilers.
The advance of efficient super-energy-saving heater effect hydrogenant gas combustion-supporting multi-purpose superconducting heating boiler of the present invention is through the still acomia existing similar design of patent retrieval.Combustion-supporting the principles of science of heater effect hydrogenation gas that it is advanced and design all belong to international initiative.New design is dwindled this boiler volume greatly, it only is 1/4th of prior art body of heater volume, and the heat energy utilization rate improves 200%, and boiler design scheme of the present invention not only is applied to civil heating drink thing, also can be applicable to process industry boiler, thermoelectricity boiler.
Succeeding in developing of efficient super-energy-saving heater effect hydrogenation gas added combustion and multi-purpose superconduction boiler of the present invention to development national economy, energy savings, reduction boiler manufacturing cost is created more social benefit and will be played positive role.
The present invention is a kind of design of efficient super-energy-saving heater effect hydrogenant gas combustion-supporting multi-purpose superconducting heating boiler.
The purpose of this invention is to provide a kind of efficient super-energy-saving heater effect hydrogenant gas combustion-supporting multi-purpose superconducting heating boiler method for manufacturing.
Task of the present invention provides a kind of efficient super-energy-saving heater effect hydrogenant gas combustion-supporting multi-purpose superconducting heating boiler design and method for manufacturing.
Efficient super-energy-saving heater effect hydrogenant gas combustion-supporting multi-purpose superconducting heating boiler manufacture method structure of the present invention is finished in conjunction with following embodiment.
Accompanying drawings embodiment:
The 1st, boiler jacket; The 2nd, the cover two ends are connected with shrouding 3 under the hydrogenation room with hydrogenation room upper sealing plate 4 respectively in the boiler heater; The 3rd, shrouding is inner under the hydrogenation room is connected with cover 2 in the boiler heater; The outer end is connected with boiler jacket 1; The 4th, hydrogenation room's upper sealing plate is inner to be connected with cover 2 in the boiler heater; The outer end is connected with boiler jacket 1; The 5th, the built-in wireway of fire door burning endless tube lower end is connected with shrouding 3 under the hydrogenation room and conducting, and the upper end is connected with fire door burning endless tube 12 by hydrogenation room's upper sealing plate; The 6th, the external wireway of fire door burning endless tube lower end is connected also conducting air storage chamber with boiler jacket 1, and 29 upper ends add hot jacket 28, interior cover 27 and the fire door endless tube 12 that burns by superconducting fluid and are connected; The 7th, the hydrogenation combustion adjuvant is defeated to be connected with rapid hydrogenation cover, 8 and conducting, the lower end is connected with shrouding 3 under the hydrogenation room and leave hydrogenation combustion adjuvant hand-hole 30 for the pipe upper end; The 8th, rapid hydrogenation cover lower end is connected with shrouding 3 under the hydrogenation room; The 9th, the combustion-supporting hydrogen wireway of hydrogenation gas lower end is connected with ring-like air cavity pipe 15 by shrouding under the hydrogenation room 3; The 10th, coal feeding hole is located at boiler face boiler jacket 1 middle-end and is connected with cover 2 usefulness connecting plates in the boiler; The 11st, superconducting fluid heating endless tube one end is connected with cover 27 in the superconducting fluid heating, and the other end is by also being connected with the radiator feed pipe in the middle of the vertical row smoke pipe; The 12nd, burn ring-like closure tube and be provided with gas injection hole of fire door.Endless tube vertically is connected with built-in wireway 5 external wireways 6; The 13rd, hydrogenation gas jet lumen two ends are provided with gas port in the middle of being connected with ring-like air cavity pipe 15 respectively and are connected with hydrogenation combustion adjuvant conductance tracheae 9; The 14th, furnace bottom bar two ends are connected with shrouding 31 under the air storage chamber respectively; The 15th, ring-like air guide lumen lower end is connected with shrouding 31 under the air storage chamber; The upper end is connected with shrouding under the hydrogenation room; The 16th, furnace bottom sealing gland portable plate; The 17th, the oxygen supply pipe is inner to be connected with boiler jacket 1; The 18th, drive the ash mouth; The 19th, radiator return pipe the inner adds hot jacket 28 with superconducting fluid and is connected; The 20th, bell on the boiler; The 21st, fire door pot and stove support; The 22nd, the smoke exhaust pipe lower end adds hot jacket 28 with superconducting fluid and is connected; The 23rd, superconducting fluid heating tube lower end is connected with superconducting fluid heating endless tube 11; The 24th, the flue gas capping is inner to be connected with the fire door ring-like closure tube of burning, and outer end and superconducting fluid heating be interior overlaps 27 and be connected; The 25th, the interpolation of hydrogenation combustion adjuvant is chewed the inner and is connected with boiler jacket 1; The 26th, the combustion gas spray-hole; The 27th, cover in the superconducting fluid heating, lower end are connected with hydrogenation room upper sealing plate 4, and the upper end adds hot jacket 28 with superconducting fluid and is connected; The 28th, superconducting fluid adds the hot jacket lower end and is connected with hydrogenation room upper sealing plate 4, and the upper end is connected with cover 27 in the superconducting fluid heating; The 29th, air storage chamber; The 30th, hydrogenation combustion adjuvant hand-hole; The 31st, shrouding is inner under the air storage chamber is connected with furnace bottom bar 14, and the outer end is connected with boiler jacket 1.
Accompanying drawings is implemented using method:
Add the hydrogenation combustion adjuvant before the kindling earlier, will light in coal and the flammable solid thing input, heat for cover in the boiler and finish the hydrogenation program.Give 17 oxygen supplys, the pass is closed bell 20 and is discharged useless flue gas after a little while.Opening bell hydrogenation gas immediately promptly burns.Superconductive medium heating, 24 built-in superconducting pipe upper ends are connected with warm hydrogen sheet upper hose, return pipe is connected with 8, forms superconductive medium liquid that a closed cycle pipeline will be by radiator cooling and enters the superconducting fluid zone of heating through 19 return pipes again and circulate and enter 11 superconducting fluid a week again to heat that endless tube heats once more through 23 feed pipes be that radiator is heated.Adopt the efficient super-energy-saving heater effect hydrogenant gas combustion-supporting multi-purpose superconducting heating boiler, winter heating is cooked, cooking, is heated up water, and spring, summer, autumn cook, cooking, heat up water, and utilizes waste heat for superconduction endless tube and the zone of heating bathing of heating up water of heating, and reduces thermal waste.
Annotate: the hydrogenation combustion adjuvant and the superconductive medium liquid technical formula that relate in the efficient super-energy-saving heater effect hydrogenant gas combustion-supporting multi-purpose superconducting heating boiler patent application document of the present invention are divided an application.

Claims (1)

  1. The efficient super-energy-saving heater effect hydrogenant gas combustion-supporting multi-purpose superconducting heating boiler is characterized in that 1 is boiler jacket; The 2nd, the cover two ends are connected with shrouding 3 under the hydrogenation room with hydrogenation room upper sealing plate 4 respectively in the boiler heater; The 3rd, shrouding is inner under the hydrogenation room is connected with cover 2 in the boiler heater; The outer end is connected with boiler jacket 1; The 4th, hydrogenation room's upper sealing plate is inner to be connected with cover 2 in the boiler heater; The outer end is connected with boiler jacket 1; The 5th, the built-in wireway of fire door burning endless tube lower end is connected with shrouding 3 under the hydrogenation room and conducting, and the upper end is connected with fire door burning endless tube 12 by hydrogenation room's upper sealing plate; The 6th, the external wireway of fire door burning endless tube lower end is connected also conducting air storage chamber with boiler jacket 1, and 29 upper ends add hot jacket 28, interior cover 27 and the fire door endless tube 12 that burns by superconducting fluid and are connected; The 7th, the hydrogenation combustion adjuvant is defeated to be connected with rapid hydrogenation cover, 8 and conducting, the lower end is connected with shrouding 3 under the hydrogenation room and leave hydrogenation combustion adjuvant hand-hole 30 for the pipe upper end; The 8th, rapid hydrogenation cover lower end is connected with shrouding 3 under the hydrogenation room; The 9th, the combustion-supporting hydrogen wireway of hydrogenation gas lower end is connected with ring-like air cavity pipe 15 by shrouding under the hydrogenation room 3; The 10th, coal feeding hole is located at boiler face boiler jacket 1 middle-end and is connected with cover 2 usefulness connecting plates in the boiler; The 11st, superconducting fluid heating endless tube one end is connected with cover 27 in the superconducting fluid heating, and the other end is by also being connected with the radiator feed pipe in the middle of the vertical row smoke pipe; The 12nd, burn ring-like closure tube and be provided with gas injection hole of fire door.Endless tube vertically is connected with built-in wireway 5 external wireways 6; The 13rd, hydrogenation gas jet lumen two ends are provided with gas port in the middle of being connected with ring-like air cavity pipe 15 respectively and are connected with hydrogenation combustion adjuvant conductance tracheae 9; The 14th, furnace bottom bar two ends are connected with shrouding 31 under the air storage chamber respectively; The 15th, ring-like air guide lumen lower end is connected with shrouding 31 under the air storage chamber; The upper end is connected with shrouding under the hydrogenation room; The 16th, furnace bottom sealing gland portable plate; The 17th, the oxygen supply pipe is inner to be connected with boiler jacket 1; The 18th, drive the ash mouth; The 19th, radiator return pipe the inner adds hot jacket 28 with superconducting fluid and is connected; The 20th, bell on the boiler; The 21st, fire door pot and stove support; The 22nd, the smoke exhaust pipe lower end adds hot jacket 28 with superconducting fluid and is connected; The 23rd, superconducting fluid heating tube lower end is connected with superconducting fluid heating endless tube 11; The 24th, the flue gas capping is inner to be connected with the fire door ring-like closure tube of burning, and the outer end is connected with cover 27 in the superconducting fluid heating, and the 25th, the interpolation of hydrogenation combustion adjuvant is chewed the inner and is connected with boiler jacket 1; The 26th, the combustion gas spray-hole; The 27th, cover in the superconducting fluid heating, lower end are connected with hydrogenation room upper sealing plate 4, and the upper end adds hot jacket 28 with superconducting fluid and is connected; The 28th, superconducting fluid adds the hot jacket lower end and is connected with hydrogenation room upper sealing plate 4, and the upper end is connected with cover 27 in the superconducting fluid heating; The 29th, air storage chamber; The 30th, hydrogenation combustion adjuvant hand-hole; The 31st, shrouding is inner under the air storage chamber is connected with furnace bottom bar 14, and the outer end is connected with boiler jacket 1.
CN 200510088383 2005-08-06 2005-08-06 Efficient super-energy-saving heater effect hydrogenant gas combustion-supporting multi-purpose superconducting heating boiler Pending CN1743750A (en)

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Application Number Priority Date Filing Date Title
CN 200510088383 CN1743750A (en) 2005-08-06 2005-08-06 Efficient super-energy-saving heater effect hydrogenant gas combustion-supporting multi-purpose superconducting heating boiler

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN 200510088383 CN1743750A (en) 2005-08-06 2005-08-06 Efficient super-energy-saving heater effect hydrogenant gas combustion-supporting multi-purpose superconducting heating boiler

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102817596A (en) * 2012-09-05 2012-12-12 韩中枢 Ocean combustible ice mining device and method
CN105351962A (en) * 2015-11-30 2016-02-24 韦炳全 Water combusting device

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102817596A (en) * 2012-09-05 2012-12-12 韩中枢 Ocean combustible ice mining device and method
CN105351962A (en) * 2015-11-30 2016-02-24 韦炳全 Water combusting device

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