CN205535725U - High -efficient alcohols steam generator - Google Patents
High -efficient alcohols steam generator Download PDFInfo
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- CN205535725U CN205535725U CN201620059775.0U CN201620059775U CN205535725U CN 205535725 U CN205535725 U CN 205535725U CN 201620059775 U CN201620059775 U CN 201620059775U CN 205535725 U CN205535725 U CN 205535725U
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- heat exchange
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Abstract
High -efficient alcohols steam generator, the engine has coolant tank, be provided with water tank heat exchange coil among the coolant tank, 20 inlet to 25 DEG C running water from water tank heat exchange coil gets into the water tank and trades coil pipe intensification running water to 28 DEG C of left and right sides, the temperature of tail gas is about 400 DEG C of left and right sides among the coiled pipe heat exchanger, the temperature of tail gas is about 250 DEG C of left and right sides in the heat conduction cylinder heat exchanger, the temperature of tail gas is about 180 DEG C of left and right sides in the straight tube type heat transfer case, 28 the water of about 50 DEG C of left and right sides of coming out after the water of DEG C left and right sides gets into in the straight tube type heat transfer case, 50 the water that the water of DEG C left and right sides got into about 90 DEG C of left and right sides of coming out behind the heat conduction cylinder heat exchanger gets into hot water storage tank, hot water storage tank passes through the second pipeline to coiled pipe heat exchanger coil pipe heat supply water, this part hot water becomes steam in the coiled pipe heat exchanger coil pipe, reentrant steam heater, its clean environmental protection is pollution -free, the confession steam cost is low, equipment belongs to low capacity continuous production steam device, belong to inspection -free pressure vessel, its hot conversion efficiency height.
Description
Technical field:
This utility model relates to steam producing apparatus technical field, more specifically to a kind of profit
The device being similar to boiler of steam is produced with alcohols.
Background technology:
The boiler of existing factory and the boiler of residence district typically use coal combustion to supply heat energy
Producing steam, the utilization electricity also having, to produce heat energy supply steam, utilizes coal to for steam, coal
Burning time can to air produce pollute, utilize electricity to supply steam, due to civil power mostly be coal electricity,
Equally exist environmental issue.Utilizing electric energy to produce the boiler of steam, energy consumption cost is high, very simultaneously
Many manufacturers cannot bear.Meanwhile, industrial boiler volume is big, belongs to pressure vessel, often
Year is required for annual test, the most cumbersome.
CN204436627U discloses a kind of efficiently alcohols generating set, and it is mainly by alcohol
Class generates electricity, and it can the most only use alcohol and water as fuel, allows engine emission simultaneously
Tail gas pollution-free, often degree power cost at about 0.8 yuan.Its weak point is: its tail
During gas discharge, containing substantial amounts of steam and heat energy, and these steam and heat energy are not used
Just it is discharged in air and goes, cause the waste of the energy.
Utility model content:
The purpose of this utility model is aiming at the deficiency of prior art, and provides a kind of efficiently alcohol
Class steam generator, its clean environment firendly is pollution-free, low for steam cost, and equipment belongs to low capacity
Producing steaming device continuously, belong to pressure vessels exempted from inspection, its thermal conversion efficiency is high.
Technology solution of the present utility model is as follows:
Efficiently alcohol vapor generator, including electromotor and electromotor, driven by engine electromotor
Generating, alcohol water tank is connected by inflow pipeline mutually with the fuel electronics nozzle of electromotor, fuel electricity
Sub-nozzle connects mutually with the inlet manifold of electromotor, and electromotor has exhaust pipe, and case is close
Sealing is scheduled on the outer wall of exhaust pipe, is filled with catalyst metals silk, alcohol water tank in case
In equipped with the mixture of alcohol and water, alcohol water tank, by sending cartridge to connect mutually with case, send fuel
Oil pump is installed on pipe；The hydrogen produced in case sends into inlet manifold by the first pipeline, the
First electromagnetic valve is installed on one pipeline；
The structure of coil exchanger is, is fixed with coiled heat exchange in coiled heat exchange casing
Device coil pipe, coiled heat exchange casing has coiled suction nozzle and coiled outlet nozzle, coiled
Suction nozzle connects mutually with exhaust pipe, coiled outlet nozzle and the nowel of heat conduction barrel type heat exchanger
Body connects mutually；
The structure of heat conduction barrel type heat exchanger is, is fixed with heat insulation in heat conduction cartridge type box heat exchanger
Plate, heat conduction cartridge type box heat exchanger is separated into lower box and upper box two part, changes by thermal insulation board
Hot cylinder is fixed in heat conduction cartridge type box heat exchanger and through the preset hole on thermal insulation board, heat exchanger tube
On be fixed with several fins, upper box is provided with barrel type heat exchanger liquid inlet and cartridge type heat exchange
Device liquid outlet；
The structure of straight pipe type heat exchange box is, be fixed with in straight pipe type heat exchange casing left header and
Right header, two ends of several heat exchange straight tubes communicate with left header and right header respectively
Connecing, left header is provided with straight pipe type suction nozzle, straight pipe type suction nozzle passes through pipeline and nowel
Body connects mutually, and right header is provided with straight pipe type outlet nozzle, and straight pipe type heat exchange casing is arranged
There are straight pipe type liquid inlet and straight pipe type liquid outlet；
Electromotor 1 has cooling water tank, is provided with water tank heat exchange coil pipe, from the beginning in cooling water tank
Water enters water tank from the inlet of water tank heat exchange coil pipe and changes coil pipe, from water tank heat exchange coil pipe out
Water by pipeline enter straight pipe type heat exchange box straight pipe type liquid inlet, from straight pipe type liquid outlet
The hot water that adds flowed out enters barrel type heat exchanger liquid inlet by pipeline, then goes out liquid from barrel type heat exchanger
Mouth is entered in hot water storing tank by pipeline；Hot water storing tank is changed with coiled by second pipe
The inlet of hot device coil pipe interlinks, and second pipe is provided with the first heat-exchanger pump and first unidirectional
Valve, hot water storing tank is interlinked with steam heater by the 3rd pipeline, and the 3rd pipeline is installed
Having the second warm water pump and the second check valve, hot water storing tank is to outside hot-water supply；
The structure of steam heater 12 is, is fixed with electrical heating in a sealing container 121
Device 122, the electric energy that electromotor 2 produces is powered to electric heater 122, seals on container 121
It is provided with heater and enters steam mouth 123 and heater goes out steam mouth 124, coil exchanger dish
The venthole of pipe 92 enters steam mouth 123 phase by pipeline and heater and connects, and heater goes out to steam
Vapour lock 124 gives outside for steam.
Described electromotor is water-cooled electromotor, is wound with water cooling tube on the housing of electromotor,
Tap water enters water tank from the inlet of water tank heat exchange coil pipe and changes coil pipe, from water tank heat exchange coil pipe
Water out passes through pipeline after flowing through water cooling tube and enters the straight pipe type liquid inlet of straight pipe type heat exchange box.
Described hydrogen plate-like radiating tube is placed in cylinder, and the inlet of hydrogen plate-like radiating tube passes through
Pipeline connects mutually with case, and the liquid outlet of hydrogen plate-like radiating tube is by under pipeline and knockout drum
Air chamber connects mutually；
Being fixed with PEM in knockout drum, PEM is separated into down inside knockout drum
Air chamber and upper chamber, upper chamber is connected with hydrogen gas bomb mutually by pipeline, and hydrogen gas bomb leads to
Cross hydrogen snorkel to connect mutually with inlet manifold, hydrogen snorkel is provided with hydrogen snorkel and adjusts
Pressure valve, hydrogen gas bomb provides hydrogen, liquid level discharging valve to be arranged on knockout drum to fuel cell unit
On；Being provided with the 3rd electromagnetic valve on the pipeline that upper chamber and hydrogen gas bomb connect mutually, hydrogen send
4th electromagnetic valve is installed on trachea；
Lower chamber is connected with inlet manifold mutually by muffler, muffler is provided with muffler and adjusts
Pressure valve；
During in straight pipe type liquid outlet, water section out enters cylinder, in cylinder, hot water out enters
Entering in hot water storing tank, the electric energy that electromotor and fuel cell unit produce is powered to electric heater.
The beneficial effects of the utility model are:
Its clean environment firendly is pollution-free, low for steam cost, and equipment belongs to low capacity and produces steaming continuously
Vapour device, belongs to pressure vessels exempted from inspection, and its thermal conversion efficiency is high.
Accompanying drawing illustrates:
Fig. 1 is the structural representation of embodiment 1；
Fig. 2 is the structural representation of coil exchanger 9 in embodiment 1；
Fig. 3 is the structural representation of heat conduction barrel type heat exchanger 10 in embodiment 1；
Fig. 4 is the structural representation of straight tubular heat exchanger 11 in embodiment 1；
Fig. 5 is the structural representation of embodiment 2；
Fig. 6 is the structural representation of embodiment 3；
Fig. 7 is the structural representation of embodiment 4.
In figure: 1, electromotor；2, electromotor；3, alcohol water tank；4, case；5, catalysis
Agent tinsel；6, oil pump；7, the first pipeline；8, the first electromagnetic valve；9, coiled heat exchange
Device；10, heat conduction barrel type heat exchanger；11, straight pipe type heat exchange box；12, steam heater；13、
Water tank heat exchange coil pipe；14, hot water storing tank；15, second pipe；16, the first heat-exchanger pump；
17, the 3rd pipeline；18, the second warm water pump；19, the second check valve；20, hydrogen plate-like dissipates
Heat pipe；21, cylinder；22, knockout drum；23, PEM；24, liquid level discharging valve；
25, the 3rd electromagnetic valve；26, hydrogen gas bomb；27, fuel cell unit；28, hydrogen is supplied gas
Pipe；29, hydrogen snorkel pressure regulator valve；30, the 4th electromagnetic valve；31, muffler；32, return
Trachea pressure regulator valve；33, the first check valve.
Detailed description of the invention:
Embodiment 1: as shown in Fig. 1 is to 4, efficient alcohol vapor generator, including electromotor
1 and electromotor 2, electromotor 1 drives electromotor 2 to generate electricity, alcohol water tank 3 and electromotor 1
Fuel electronics nozzle 1a is connected by inflow pipeline 3-1 phase, fuel electronics nozzle 1a with start
The inlet manifold 1b phase of machine 1 connects, and electromotor 1 has exhaust pipe 1c, and case 4 is close
Sealing is scheduled on the outer wall of exhaust pipe 1c, is filled with catalyst metals silk 5 in case 4,
Equipped with the mixture of alcohol and water in alcohol water tank 3, alcohol water tank 3 is by sending cartridge 3-4 and case
4 phases connect, and send and are provided with oil pump 6 on cartridge 3-4；The hydrogen produced in case 4 passes through
Inlet manifold 1b sent into by first pipeline 7, and the first pipeline 7 is provided with the first electromagnetic valve 8；
The structure of coil exchanger 9 is, is fixed with coil pipe in coiled heat exchange casing 91
Formula heat exchanger coils 92, coiled heat exchange casing 91 has coiled suction nozzle 911 and coil pipe
Formula outlet nozzle 912, coiled suction nozzle 911 connects with exhaust pipe 1c phase, coiled
Outlet nozzle 912 connects with lower box 1011 phase of heat conduction barrel type heat exchanger 10；
The structure of heat conduction barrel type heat exchanger 10 is, solid in heat conduction cartridge type box heat exchanger 101
Surely having thermal insulation board 102, heat conduction cartridge type box heat exchanger 101 is separated into nowel by thermal insulation board 102
Body 1011 and upper box 1,012 2 part, heat exchanger tube 103 is fixed on heat conduction barrel type heat exchanger case
In body 101 and through the preset hole on thermal insulation board 102, heat exchanger tube 103 is fixed with several
Fin 104, upper box 1012 is provided with barrel type heat exchanger liquid inlet 105 and cartridge type heat exchange
Device liquid outlet 106；
The structure of straight pipe type heat exchange box 11 is, is fixed with a left side in straight pipe type heat exchange casing 111
Header 112 and right header 113, two ends of several heat exchange straight tubes 118 respectively with left collection
Flow tube 112 connects mutually with right header 113, and left header 112 is provided with straight pipe type air inlet
Mouth 114, straight pipe type suction nozzle 114 is connected with lower box 1011 phase by pipeline, right afflux
It is provided with straight pipe type outlet nozzle 115 on pipe 113, straight pipe type heat exchange casing 111 is provided with straight
Tubular type liquid inlet 116 and straight pipe type liquid outlet 117；
Electromotor 1 has cooling water tank 1d, is provided with water tank heat exchange coil pipe in cooling water tank 1d
13, tap water enters water tank from the inlet of water tank heat exchange coil pipe 13 and changes coil pipe 13, from water tank
In heat exchange coil 13, water out enters the straight pipe type feed liquor of straight pipe type heat exchange box 11 by pipeline
Mouth 116, the hot water that adds flowed out from straight pipe type liquid outlet 117 enters cartridge type heat exchange by pipeline
Device liquid inlet 105, then enter hot water storing tank from barrel type heat exchanger liquid outlet 106 by pipeline
In 14；Hot water storing tank 14 is entered by second pipe 15 and coil exchanger coil pipe 92
Liquid mouth interlinks, and second pipe 15 is provided with the first heat-exchanger pump 16 and the first check valve 33,
Hot water storing tank 14 is interlinked with steam heater 12 by the 3rd pipeline 17, the 3rd pipeline
Being provided with the second warm water pump 18 and the second check valve 19 on 17, hot water storing tank 14 is to outside
Hot-water supply；
The structure of steam heater 12 is, is fixed with electrical heating in a sealing container 121
Device 122, the electric energy that electromotor 2 produces is powered to electric heater 122, seals on container 121
It is provided with heater and enters steam mouth 123 and heater goes out steam mouth 124, coil exchanger dish
The venthole of pipe 92 enters steam mouth 123 phase by pipeline and heater and connects, and heater goes out to steam
Vapour lock 124 gives outside for steam.
Embodiment 2, as shown in Figure 5, described electromotor 2 is water-cooled electromotor, in generating
Being wound with water cooling tube 2a on the housing of machine 2, tap water is from the inlet of water tank heat exchange coil pipe 13
Entering water tank and change coil pipe 13, from water tank heat exchange coil pipe 13, water out flows through water cooling tube 2a
The straight pipe type liquid inlet 116 of straight pipe type heat exchange box 11 is entered afterwards by pipeline.Remaining is with implementing
Example 1.
Embodiment 3, as shown in Figure 6, described hydrogen plate-like radiating tube 20 is placed in cylinder 21,
The inlet of hydrogen plate-like radiating tube 20 is connected with case 4 phase by pipeline, and hydrogen plate-like dissipates
The liquid outlet of heat pipe 20 is connected by lower chamber 221 phase of pipeline with knockout drum 22；
Being fixed with PEM 23 in knockout drum 22, PEM 23 is by knockout drum 22
Inside is separated into lower chamber 221 and upper chamber 222, and upper chamber 222 is stored up with hydrogen by pipeline
Gas cylinder 26 phase connects, and hydrogen gas bomb 26 is by hydrogen snorkel 28 and inlet manifold 1b phase
Connect, hydrogen snorkel 28 is provided with hydrogen snorkel pressure regulator valve 29, hydrogen gas bomb 26
Hydrogen, liquid level discharging valve 24 is provided to be arranged on knockout drum 22 to fuel cell unit 27；On
On the pipeline that air chamber 222 and hydrogen gas bomb 26 phase connect, the 3rd electromagnetic valve 25, hydrogen are installed
4th electromagnetic valve 30 is installed on pneumatic transmission trachea 28；
Lower chamber 221 is connected with inlet manifold 1b phase, on muffler 31 by muffler 31
Muffler pressure regulator valve 32 is installed；
During in straight pipe type liquid outlet 117, water section out enters cylinder 21, cylinder 21 goes out
The hot water come enters in hot water storing tank 14, the electricity that electromotor 2 and fuel cell unit 27 produce
Power to electric heater 122.Remaining is with embodiment 1.
Embodiment 4, as shown in Figure 7, described electromotor 2 is water-cooled electromotor, is sending out
Being wound with water cooling tube 2a on the housing of motor 2, tap water is from the feed liquor of water tank heat exchange coil pipe 13
Mouthful entrance water tank changes coil pipe 13, and from water tank heat exchange coil pipe 13, water out flows through water cooling tube 2a
The straight pipe type liquid inlet 116 of straight pipe type heat exchange box 11 is entered afterwards by pipeline.Remaining is with implementing
Example 3.
Operation principle: the operation principle of embodiment 1: electromotor 1 has cooling water tank 1d,
Water temperature in cooling water tank 1d is low when starting, higher after electromotor 1 runs a period of time,
Being provided with water tank heat exchange coil pipe 13 in cooling water tank 1d, the tap water of 20 to 25 DEG C is from water tank
The inlet of heat exchange coil 13 enters water tank and changes coil pipe 13 and heat up tap water to about 28 DEG C,
From water tank heat exchange coil pipe 13, the water of out about 28 DEG C enters straight pipe type heat exchange by pipeline
The straight pipe type liquid inlet 116 of case 11, the hot water that adds flowed out from straight pipe type liquid outlet 117 leads to
Piping enters in hot water storing tank 14, and hot water storing tank 14 is by second pipe 15 and dish
The inlet of pipe heat exchanger coil pipe 92 interlinks, and second pipe 15 is provided with the first hot water
Pump 16 and the first check valve 33, hot water storing tank 14 is heated with steam by the 3rd pipeline 17
Device 12 interlinks, and the 3rd pipeline 17 is provided with the second warm water pump 18 and the second check valve 19,
Hot water storing tank 14 is to outside hot-water supply；
In coil exchanger 9, the temperature of tail gas is about about 400 DEG C, heat conduction barrel type heat exchanger
In 10, the temperature of tail gas is about about 250 DEG C, and in straight pipe type heat exchange box 11, the temperature of tail gas is about
Be about 180 DEG C, the water of about 28 DEG C enter in straight pipe type heat exchange box 11 after the most about 50 DEG C
The water of left and right, the water of about 50 DEG C enters after heat conduction barrel type heat exchanger 10 about the most about 90 DEG C
Water enter hot water storing tank 14, hot water storing tank 14 by second pipe 15 to coiled
Heat exchanger coils 92 supplying hot water, this part hot water becomes steaming in coil exchanger coil pipe 92
Vapour, enters back into steam heater 12, owing to steam exists certain pressure, so second
First heat-exchanger pump 16 and the first check valve 33 is installed on pipeline 15；Due to steam heater
There is certain steam pressure in 12, in like manner on the 3rd pipeline 17, second warm water pump 18 is installed
With the second check valve 19；
Outside hot-water supply in hot water storing tank 14, hot water storing tank 14 also adds to steam simultaneously
For a part of hot water in hot device 12, this part hot water is allowed to become steam.Steaming of the present utility model
Vapour heater 12 capacity is less than 29 liters, belongs to country's pressure vessels exempted from inspection.
Experiment shows, the generating set of a 70KW can provide about to outside per hour simultaneously
The pressure every square millimeter of 0.2 ton is 6 to 7 kilograms, the steam of temperature about 170 DEG C, 0.3
Hot water to 0.5 ton of temperature about 80 DEG C.
The mainly alcohol and water of burning in electromotor 1 in this utility model, its concrete principle is permissible
CN204436627U is announced referring to Chinese patent of the prior art.
The operation principle of embodiment 2: in embodiment 2, electromotor 2 adds water cooling tube 2a,
Being wound with water cooling tube 2a on the housing of electromotor 2, tap water enters from water tank heat exchange coil pipe 13
Liquid mouth enters water tank and changes coil pipe 13, and from water tank heat exchange coil pipe 13, water out flows through water cooling tube
Entered the straight pipe type liquid inlet 116 of straight pipe type heat exchange box 11 by pipeline after 2a.Remaining is with real
Execute example 1.
The operation principle of embodiment 3: the hydrogen produced in case 4 in embodiment 1 is directly entered
Electromotor 1 is burnt, and is provided with hydrogen gas bomb 26 in embodiment 3, implements
Example 1 is the electric energy of electromotor 2 to steam heater 12, embodiment 3 is electromotor 2
Power to steam heater 12 with the electric energy of fuel cell unit 27.
The control of embodiment 1 to embodiment 4 each several part of the present utility model is by PLC
Complete, it is achieved hot water and the supply of steam, and the control of current.
Each parts in this utility model are wrapped around the complete machine in an insulator, and this practicality is new
When type replaces boiler to use, can replace large-scale with multiple assembling products of the present utility model together
Boiler.
Claims (4)
1. efficient alcohol vapor generator, including electromotor (1) and electromotor (2), electromotor (1) drives electromotor (2) generating, alcohol water tank (3) is connected by inflow pipeline (3-1) mutually with fuel electronics nozzle (1a) of electromotor (1), fuel electronics nozzle (1a) connects mutually with the inlet manifold (1b) of electromotor (1), electromotor (1) has exhaust pipe (1c), case (4) seals and is fixed on the outer wall of exhaust pipe (1c), case (4) is filled with catalyst metals silk (5), equipped with the mixture of alcohol and water in alcohol water tank (3), alcohol water tank (3) connects with case (4) mutually by sending cartridge (3-4), send and oil pump (6) is installed on cartridge (3-4)；It is characterized in that: the hydrogen produced in case (4) sends into inlet manifold (1b) by the first pipeline (7), and the first pipeline (7) is provided with the first electromagnetic valve (8)；
The structure of coil exchanger (9) is, coil exchanger coil pipe (92) it is fixed with in coiled heat exchange casing (91), coiled heat exchange casing (91) has coiled suction nozzle (911) and coiled outlet nozzle (912), coiled suction nozzle (911) connects mutually with exhaust pipe (1c), and coiled outlet nozzle (912) connects mutually with the lower box (1011) of heat conduction barrel type heat exchanger (10)；
The structure of heat conduction barrel type heat exchanger (10) is, thermal insulation board (102) it is fixed with in heat conduction cartridge type box heat exchanger (101), heat conduction cartridge type box heat exchanger (101) is separated into lower box (1011) and upper box (1012) two part by thermal insulation board (102), heat exchanger tube (103) is fixed in heat conduction cartridge type box heat exchanger 101 and through the preset hole on thermal insulation board 102, several fins (104) it are fixed with on heat exchanger tube (103), barrel type heat exchanger liquid inlet (105) and barrel type heat exchanger liquid outlet (106) it is provided with on upper box (1012)；
The structure of straight pipe type heat exchange box (11) is, left header (112) and right header (113) it is fixed with in straight pipe type heat exchange casing (111), two ends of several heat exchange straight tubes (118) connect mutually with left header (112) and right header (113) respectively, straight pipe type suction nozzle (114) it is provided with on left header (112), straight pipe type suction nozzle (114) is connected with lower box (1011) mutually by pipeline, straight pipe type outlet nozzle (115) it is provided with on right header (113), straight pipe type liquid inlet (116) and straight pipe type liquid outlet (117) it is provided with on straight pipe type heat exchange casing (111)；
Electromotor (1) has cooling water tank (1d), cooling water tank (1d) is provided with water tank heat exchange coil pipe (13), tap water enters water tank from the inlet of water tank heat exchange coil pipe (13) and changes coil pipe (13), from water tank heat exchange coil pipe (13), water out enters the straight pipe type liquid inlet (116) of straight pipe type heat exchange box (11) by pipeline, the hot water that adds flowed out from straight pipe type liquid outlet (117) enters barrel type heat exchanger liquid inlet (105) by pipeline, entered hot water storing tank (14) by pipeline from barrel type heat exchanger liquid outlet (106) again；Hot water storing tank (14) is interlinked by the inlet of second pipe (15) with coil exchanger coil pipe (92), first heat-exchanger pump (16) and the first check valve (33) are installed on second pipe (15), hot water storing tank (14) is interlinked with steam heater (12) by the 3rd pipeline (17), being provided with the second warm water pump (18) and the second check valve (19) on 3rd pipeline (17), hot water storing tank (14) is to outside hot-water supply；
The structure of steam heater (12) is, electric heater (122) it is fixed with in a sealing container (121), the electric energy that electromotor (2) produces is powered to electric heater (122), seal and be provided with heater on container (121) and enter steam mouth (123) and heater goes out steam mouth (124), the venthole of coil exchanger coil pipe (92) enters steam mouth (123) by pipeline and heater and connects mutually, and heater goes out steam mouth (124) to outside for steam.
Efficient alcohol vapor generator the most according to claim 1, it is characterized in that: electromotor (2) is water-cooled electromotor, the housing of electromotor (2) is wound with water cooling tube (2a), tap water enters water tank from the inlet of water tank heat exchange coil pipe (13) and changes coil pipe (13), and from water tank heat exchange coil pipe (13), water out is flow through water cooling tube (2a) and entered the straight pipe type liquid inlet (116) of straight pipe type heat exchange box (11) afterwards by pipeline.
Efficient alcohol vapor generator the most according to claim 1, it is characterized in that: hydrogen plate-like radiating tube (20) is placed in cylinder (21), the inlet of hydrogen plate-like radiating tube (20) is connected with case (4) mutually by pipeline, and the liquid outlet of hydrogen plate-like radiating tube (20) is connected mutually by the lower chamber (221) of pipeline with knockout drum (22)；
Knockout drum (22) is fixed with PEM (23), PEM (23) is separated into lower chamber (221) and upper chamber (222) by internal for knockout drum (22), upper chamber (222) is connected with hydrogen gas bomb (26) mutually by pipeline, hydrogen gas bomb (26) is connected with inlet manifold (1b) mutually by hydrogen snorkel (28), hydrogen snorkel pressure regulator valve (29) is installed on hydrogen snorkel (28), hydrogen gas bomb (26) provides hydrogen to fuel cell unit (27), liquid level discharging valve (24) is arranged on knockout drum (22)；3rd electromagnetic valve (25) is installed on the pipeline that upper chamber (222) and hydrogen gas bomb (26) connect mutually, hydrogen snorkel (28) is provided with the 4th electromagnetic valve (30)；
Lower chamber (221) is connected with inlet manifold (1b) mutually by muffler (31), and muffler (31) is provided with muffler pressure regulator valve (32)；
During in straight pipe type liquid outlet (117), water section out enters cylinder (21), during in cylinder (21), hot water out enters hot water storing tank (14), the electric energy that electromotor (2) and fuel cell unit (27) produce is to electric heater (122) power supply.
Efficient alcohol vapor generator the most according to claim 3, it is characterized in that: electromotor (2) is water-cooled electromotor, the housing of electromotor (2) is wound with water cooling tube (2a), tap water enters water tank from the inlet of water tank heat exchange coil pipe (13) and changes coil pipe (13), and from water tank heat exchange coil pipe (13), water out is flow through water cooling tube (2a) and entered the straight pipe type liquid inlet (116) of straight pipe type heat exchange box (11) afterwards by pipeline.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620059775.0U CN205535725U (en) | 2016-01-21 | 2016-01-21 | High -efficient alcohols steam generator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620059775.0U CN205535725U (en) | 2016-01-21 | 2016-01-21 | High -efficient alcohols steam generator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205535725U true CN205535725U (en) | 2016-08-31 |
Family
ID=56767234
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620059775.0U Withdrawn - After Issue CN205535725U (en) | 2016-01-21 | 2016-01-21 | High -efficient alcohols steam generator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205535725U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105509021A (en) * | 2016-01-21 | 2016-04-20 | 樊品良 | Efficient alcohol steam generator |
| CN106698342A (en) * | 2017-02-20 | 2017-05-24 | 樊品良 | Equipment for producing hydrogen by alcohol and water |
| CN109869221A (en) * | 2019-04-03 | 2019-06-11 | 山东建筑大学 | A kind of hydronic tiny engine |
-
2016
- 2016-01-21 CN CN201620059775.0U patent/CN205535725U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105509021A (en) * | 2016-01-21 | 2016-04-20 | 樊品良 | Efficient alcohol steam generator |
| CN106698342A (en) * | 2017-02-20 | 2017-05-24 | 樊品良 | Equipment for producing hydrogen by alcohol and water |
| CN109869221A (en) * | 2019-04-03 | 2019-06-11 | 山东建筑大学 | A kind of hydronic tiny engine |
| CN109869221B (en) * | 2019-04-03 | 2020-10-09 | 山东建筑大学 | Miniature engine with circulating cooling function |
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