CN205332160U

CN205332160U - Quick steam generation unit

Info

Publication number: CN205332160U
Application number: CN201620111190.9U
Authority: CN
Inventors: 万玉奎
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-02-04
Filing date: 2016-02-04
Publication date: 2016-06-22
Anticipated expiration: 2026-02-04

Abstract

The utility model discloses a quick steam generation unit, including hot and cold water exchange insulation can, air earth source heat pump, high temperature hot water storage box, cast steel graphite inductance heating section of thick bamboo A and high frequency inductor driver A, the air the earth source heat pump connect hot and cold water exchange insulation can, normal atmospheric temperature water communicates to hot and cold water exchange insulation can through cold water conduit, the menstruation heat water pipeling communicates to high temperature hot water storage box again, then the menstruation heat water pipeling communicate to cast steel in the graphite inductance heating section of thick bamboo A, cast steel graphite inductance heating section of thick bamboo A by cast steel a graphite section of thick bamboo twine magnetic conduction high -temperature wire outward and form, magnetic conduction high -temperature wire connects high frequency inductor driver A, offer a plurality of atomizers on the hot water pipeline in the graphite section of thick bamboo, cast steel graphite inductance heating section of thick bamboo A communicate to the user side through the steam conduit. The utility model discloses having steam and producing advantages such as rapid, energy -efficient, pollution -free zero release, safe electricity leakage -free electric shock hidden danger, no conflagration explosion safety hidden danger, and need not to handle the boiler card, need not the environmental protection and encircle the safe appraisal of commenting with safe fire control department, it is on duty to need not professional accredited boiler worker, is the first -selection that replaces traditional boiler.

Description

A kind of Quick steam generation unit

Technical field

This utility model relates to high-temperature steam and manufactures apparatus field, for a kind of brand-new vapour system technical scheme that the steam boiler of current various high blowdown maximum discharges and hiding hidden danger safety proposes, it is specifically related to a kind of novel high-efficient energy-saving environment-friendly type Quick steam generation unit。

Background technology

It is many that hot water and steam generating mode currently mainly has fuel combustion heating and electrical heating, fuel combustion heating boiler to have high energy consumption, high pollution, potential safety hazard, the drawbacks such as workload is big, the mode of production is extensive。Current Earth and climatic environment suffer increasingly severe pollution, and especially haze has had a strong impact on productive life and the health of the mankind, and one of the largest source that haze produces is exactly various boilers。Owing to fuel cannot burn in combustion completely, substantial amounts of harmful dust or gas can be discharged in air, serious environment pollution, simultaneously a lot of heat of high temperature is discharged in air along with chimney, make a lot of energy efficiencies not play utilization completely, cause the waste of the energy from another point of view。

Additionally the water mode of heating of this type of boiler is memory-type heating, and the time that normal-temperature water becomes hot water or steam is all longer, it is impossible to accomplishes that steam and hot water produces in time and timely uses, it is necessary to even longer time a few hours will light a fire in advance。Before hot water or steam use procedure terminate, pilot process is regardless of whether time-out vapour all can not allow boiler flameout, and the burning in this time belongs to the waste of a kind of energy and human resources, in this case cannot accomplish boiler work process is carried out Automated condtrol。Simultaneously after steam or hot water use end boiler to close down, boiler intracavity still has substantial amounts of high-temperature-hot-water or steam to be naturally cooled and wasted the energy。

Moreover, taking cost into account, although adopting, coal-fired to directly heat cost lower slightly, if but plus coal storage loss and the freight away from coal district, totle drilling cost is not low yet, and the use cost of fuel-firing gas-firing biomass is all significantly high。The storage of the various fuel such as boiler is except the bigger floor space of volume of itself is relatively big simultaneously, coal-fired needs also exist for special storage place, increases carrying cost and cost of floor space。

Meanwhile, boiler belongs to the special equipment category having particular/special requirement in safety, open firing, produces pressure, there is detonation risk hidden danger after furnace chamber heating, and boiler can after needing to carry out environmental protection evaluation and fire-fighting safety check license before operation。Needing twenty four hours professional to guard during operation, cost of labor is high。

Although Electric heating is relatively convenient and swift, but power consumption is big, and there is electric leakage potential safety hazard。

Summary of the invention

The technical problems to be solved in the utility model is to provide a kind of Quick steam generation unit, save the energy, without exhaust emission, safety is without fire explosion hidden danger, without electric leakage electric shock hidden danger, Non-scale is non-maintaining, Intelligent unattended is on duty, cost is low, it is not necessary to handles the license of extraordinary department fixed, immediately quickly generates steam。

This utility model is achieved through the following technical solutions:

A kind of Quick steam generation unit, including hot and cold water heat exchange insulating case, air earth source heat pump, high-temperature-hot-water storage box, cast steel graphite inductive heating cylinder A and high-frequency inductor driver A, described air earth source heat pump connect hot and cold water heat exchange insulating case, normal-temperature water is communicated to hot and cold water heat exchange insulating case through cold water pipes, it is communicated to high-temperature-hot-water storage box then through hot water pipeline, then through hot water pipeline be communicated to cast steel in graphite inductive heating cylinder A, cast steel graphite inductive heating cylinder A by cast steel be wound around magnetic conduction higher temperature line outside graphite tube and form, magnetic conduction higher temperature line connects high-frequency inductor driver A, cast steel hot water pipeline in graphite tube offers multiple atomizer, cast steel graphite inductive heating cylinder A be communicated to user side through jet chimney。

The further improvement project of this utility model is, jet chimney first connect cast steel graphite inductive heating cylinder B be communicated to user side again, cast steel graphite inductive heating cylinder B include cast steel be wound around magnetic conduction higher temperature line outside graphite tube and form, magnetic conduction higher temperature line connects high-frequency inductor driver B。The steam that Zhu Gang graphite inductive heating cylinder A produces is delivered to Zhu Gang graphite inductive heating cylinder B, Collection and conservation continuous heating steam through jet chimney, does not make steam meet cold Hui Ning。

This utility model further improvement project is, before hot and cold water heat exchange insulating case cold water pipes connection high-frequency inductor driver A and high-frequency inductor driver B, high-frequency inductor driver A with or high-frequency inductor driver B connect hot and cold water heat exchange insulating case through warm water pipe。High-frequency inductor driver A and or high-frequency inductor driver B run in need to cool; the application adopts normal-temperature water that driver electronics and system are carried out cooling protection operation; water after will heat up again is delivered in hot and cold water heat exchange insulating case, effectively utilizes cooled water heat energy。

This utility model further improvement project is, normal-temperature water first connects through cold water pipes and connects hot and cold water heat exchange insulating case again after softening hydrotreater。Eliminate Ca, Ma ion in water after water softening, dirt in system equipment, will not be given birth to。

This utility model further improvement project is, described high-temperature-hot-water storage box connects hot water pipeline spilling and is back to hot and cold water heat exchange insulating case。In high-temperature-hot-water storage box, water level is back to hot and cold water heat exchange insulating case time too high, does not make hot water run off。

This utility model further improvement project is, described cast steel graphite inductive heating cylinder A and or cast steel graphite inductive heating cylinder B cast steel be wound around magnetic conduction higher temperature line again after graphite tube outer wrapping heat-insulation layer。Moisturizing layer prevents the heat in electricity ink cylinder from distributing, and improves heat energy utilization further。

This utility model further improvement project is, sets leve signal switch or sensor in described hot and cold water heat exchange insulating case。Automatically control the water level in hot and cold water heat exchange insulating case, it may be achieved unit automation opening of device。

This utility model further improvement project is, described cast steel graphite inductive heating cylinder A be connected to temperature controller, be connected with high-frequency inductor driver a-signal。When cast steel the temperature of graphite inductive heating cylinder A rise to controller setting value time, high-frequency inductor driver A system is automatically switched off, when along with after cooling, the automatic startup optimization of high-frequency inductor driver A system, it is achieved Automated condtrol, reach energy-saving and cost-reducing purpose。

This utility model further improvement project is, the jet chimney before user side is provided with steam-water separator, and steam-water separator discharge opening is communicated to high-temperature-hot-water storage box through hot water pipeline。The dry steam of High Temperature High Pressure, after steam-water separator, is sent to user side by steam, and the high temperature liquid water concurrently separated out returns in high-temperature-hot-water storage box, carries out heat recovery, makes full use of every a heat energy。

This utility model further improvement project is, described cast steel graphite inductive heating cylinder B be connected to pressure controller。When cast steel steam pressure in graphite inductive heating cylinder B rise to pressure controller setting value time, automatically open up exhaust valve, it is achieved Automated condtrol。

This utility model compared with prior art, has following obvious advantage:

One, this utility model is compared with boiler, first appears as environmental protection, pollutes without Fuel emission；Moreover without handling boiler card, it is not necessary to the secure authentication of environmental protection environmental impact assessment and safety fire fighting department, without professional accredited kettleman stoker on duty, without safety without fire explosion hidden danger；Adopting moisture to dissipate heater technology, steam production rate is very fast, it is simple to realize Automated condtrol simultaneously；And floor space is little, it is not necessary to specialty kettleman。It it is the first-selected product replacing traditional industry steam boiler under current technical conditions。

Two, this utility model is compared with electrical heating, and air or earth source heat pump first heat the water in hot and cold water heat exchange insulating case and reach 80 DEG C, then deliver to cast steel quickly form steam in graphite inductive heating cylinder A, energy consumption is only common electrically heated 30～50%, and energy-saving effect is obvious；Water power isolation heating technique has stopped the generation of electric shock electric leakage accident simultaneously, safe and reliable；And do not have Resistant heating limited, long service life。

Three, this utility model adopts normal-temperature water to be the cooling of high-frequency inductor driver, then the cooling water after will heat up is delivered in hot and cold water heat exchange insulating case；In high-temperature-hot-water storage box, water level is back to hot and cold water heat exchange insulating case time too high；Steam isolated high temperature liquid water after steam-water separator returns in high-temperature-hot-water storage box, carries out heat recovery, makes full use of every a heat energy, and thermal effect utilization rate is high, energy-conservation。

Accompanying drawing explanation

Fig. 1 is this utility model structure chart。

Fig. 2 be this utility model cast steel graphite inductive heating cylinder amplification assumption diagram。

Detailed description of the invention

Such as Fig. 1, shown in Fig. 2, this utility model includes softening hydrotreater 1, hot and cold water heat exchange insulating case 3, air earth source heat pump 17, high-temperature-hot-water storage box 5, cast steel graphite inductive heating cylinder A6, high-frequency inductor driver A11, cast steel graphite inductive heating cylinder B10, high-frequency inductor driver B9, normal-temperature water is entered to soften hydrotreater 1 through cold water pipes 18 and is carried out sofening treatment, hot and cold water heat exchange insulating case 3 is delivered to again by booster pump A2, air earth source heat pump 17 connect hot and cold water heat exchange insulating case 3, thermal source is provided for the water in hot and cold water heat exchange insulating case 3, leve signal on-off control upper and lower water level (upper limit A is set in hot and cold water heat exchange insulating case 3, lower limit B), when water level rises to location A, signal of telecommunication liquid level valve start signal output air heat source pump or geothermal source pump operation, now booster pump A2 continues to run with, the water level of hot and cold water heat exchange insulating case 3 continues to rise, when rising to high water tank control signal A, booster pump A2 quits work, water temperature in hot and cold water heat exchange insulating case 3 along with air the operation of earth source heat pump 17, temperature constantly raises, (can set as required) when reaching 80 DEG C, automatically booster pump B15 is started by temperature control system, hot water in hot and cold water heat exchange insulating case 3 delivers to high-temperature-hot-water storage box 5 then through hot water pipeline 4, when the water level in high-temperature-hot-water storage box 5 rises to setting position, booster water pump C14(has can set adjustment traffic engineering capability) automatic startup optimization, the sucking-off from high-temperature-hot-water storage box 5 of 80 degree of high-temperature-hot-waters is delivered to cast steel in graphite inductive heating cylinder A6, cast steel graphite inductive heating cylinder A6 by cast steel be wound around magnetic conduction higher temperature line 63 again after graphite tube 61 outer wrapping heat-insulation layer 62 and form, magnetic conduction higher temperature line 63 connects high-frequency inductor driver A11, hot water pipeline in graphite tube 61 is offered multiple atomizer 64, cast steel graphite inductive heating cylinder A6 when booster pump B15 works synchronous averaging run, now graphite tube inner wall temperature has reached design temperature, hot water is sprayed onto instant vaporization on graphite tube inwall, along with continuous sprinkling, the steam pressure formed in graphite tube quickly raises, steam check valve 12 on jet chimney 13 and jet chimney collect to cast steel graphite inductive heating cylinder B10, cast steel graphite inductive heating cylinder B10 also by cast steel be wound around magnetic conduction higher temperature line 63 again after graphite tube 61 outer wrapping heat-insulation layer 62 and form, magnetic conduction higher temperature line connects high-frequency inductor driver B9, cast steel graphite inductive heating cylinder B10 effectively to prevent steam from meeting cold solidifying, cast steel graphite inductive heating cylinder B10 be connected to pressure controller 7, when cast steel pressure in graphite inductive heating cylinder B10 reach the value that pressure controller 7 sets time, automatically open up exhaust valve, steam enters steam-water separator 8, after separation, the dry steam of High Temperature High Pressure is sent to user side, steam-water separator 8 outlet connects high-temperature-hot-water storage box 5 through hot water pipeline simultaneously, isolated high temperature liquid water is delivered in high-temperature water storage box 5 by hot water pipeline and booster pump 20。

High-frequency inductor driver A11 and high-frequency inductor driver B10 work process need to cool, cold water pipes 18 after softening hydrotreater 1 connects high-frequency inductor driver A11 and high-frequency inductor driver B10, high-frequency inductor driver A11 and high-frequency inductor driver B10 is communicated to hot and cold water heat exchange insulating case 3 through warm water pipe 19, warm water after making cooling process is collected and is delivered in hot and cold water heat exchange insulating case 3, does not waste any heat resource。

Described high-temperature-hot-water storage box 5 connects hot water pipeline spilling and is back to hot and cold water heat exchange insulating case 3, it is ensured that hot water does not run off。

Described cast steel graphite inductive heating cylinder A6 be connected to temperature controller, be connected with high-frequency inductor driver A11 signal。When cast steel the temperature of graphite inductive heating cylinder A rise to controller setting value time, high-frequency inductor driver A system is automatically switched off, when along with after cooling, the automatic startup optimization of high-frequency inductor driver A system, it is achieved Automated condtrol, reach energy-saving and cost-reducing purpose。

Cast steel described in the present embodiment graphite inductive heating cylinder A6 set two groups, can join according to client's gas consumption size groups, to meet steam generating amount。

Cast steel graphite inductive heating cylinder A and cast steel graphite inductive heating cylinder B liner food stage stainless steel inner container, then can produce food and health steam。

Claims

1. a Quick steam generation unit, it is characterized in that: include hot and cold water heat exchange insulating case (3), air earth source heat pump (17), high-temperature-hot-water storage box (5), cast steel graphite inductive heating cylinder A(6) and high-frequency inductor driver A(11), described air earth source heat pump (17) connect hot and cold water heat exchange insulating case (3), normal-temperature water is communicated to hot and cold water heat exchange insulating case (3) through cold water pipes (18), it is communicated to high-temperature-hot-water storage box (5) then through hot water pipeline (4), then hot water pipeline (4) be communicated to cast steel graphite inductive heating cylinder A(6) in, cast steel graphite inductive heating cylinder A(6) by cast steel graphite tube (61) be wound around outward magnetic conduction higher temperature line (63) and form, magnetic conduction higher temperature line (63) connects high-frequency inductor driver A (11), cast steel hot water pipeline in graphite tube (61) offers multiple atomizer (64), cast steel graphite inductive heating cylinder A (6) be communicated to user side through jet chimney (13)。

2. a kind of Quick steam generation unit according to claim 1, it is characterized in that: jet chimney (13) first connect cast steel graphite inductive heating cylinder B (10) be communicated to user side again, cast steel graphite inductive heating cylinder B (10) include cast steel be wound around magnetic conduction higher temperature line outside graphite tube and form, magnetic conduction higher temperature line connects high-frequency inductor driver B (9)。

3. a kind of Quick steam generation unit according to claim 1 and 2, it is characterized in that: cold water pipes (18) before hot and cold water heat exchange insulating case connection high-frequency inductor driver A (11) and or high-frequency inductor driver B (10), high-frequency inductor driver A (11) and or high-frequency inductor driver B (10) be communicated to hot and cold water heat exchange insulating case (3) through warm water pipe (19)。

4. a kind of Quick steam generation unit according to claim 1 and 2, it is characterised in that: normal-temperature water first connects through cold water pipes (18) and connects hot and cold water heat exchange insulating case (3) again after softening hydrotreater (1)。

5. a kind of Quick steam generation unit according to claim 1 and 2, it is characterised in that: described high-temperature-hot-water storage box (5) connects hot water pipeline spilling and is back to hot and cold water heat exchange insulating case (3)。

6. a kind of Quick steam generation unit according to claim 1 and 2, it is characterised in that: described cast steel graphite inductive heating cylinder A (6) and or cast steel graphite inductive heating cylinder B (10) cast steel be wound around magnetic conduction higher temperature line (63) again after graphite tube (61) outer wrapping heat-insulation layer (62)。

7. a kind of Quick steam generation unit according to claim 1 and 2, it is characterised in that: set leve signal switch or sensor in described hot and cold water heat exchange insulating case (3)。

8. a kind of Quick steam generation unit according to claim 1 and 2, it is characterised in that: described cast steel graphite inductive heating cylinder A be connected to temperature controller, be connected with high-frequency inductor driver A (11) signal。

9. a kind of Quick steam generation unit according to claim 1 and 2, it is characterized in that: the jet chimney before user side is provided with steam-water separator (8), steam-water separator (8) discharge opening connects high-temperature-hot-water storage box (5) through hot water pipeline。

10. a kind of Quick steam generation unit according to claim 2, it is characterised in that: described cast steel graphite inductive heating cylinder B (10) be connected to pressure controller (7)。