CN105318462B - Electrostatic controls haze freezing demisting purification heat supply all-in-one machine - Google Patents

Electrostatic controls haze freezing demisting purification heat supply all-in-one machine Download PDF

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CN105318462B
CN105318462B CN201410311387.2A CN201410311387A CN105318462B CN 105318462 B CN105318462 B CN 105318462B CN 201410311387 A CN201410311387 A CN 201410311387A CN 105318462 B CN105318462 B CN 105318462B
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China
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haze
pipeline
working medium
connect
interface
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CN201410311387.2A
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Chinese (zh)
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CN105318462A (en
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刘秋克
成剑林
殷浪
黄国和
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湖南三合能水汽热泵有限公司
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Abstract

Type of the present invention discloses electrostatic and controls haze freezing demisting purification heat supply all-in-one machine, it is included by purification heat supply one machine frame enclosure board, electrostatic controls haze freezing demisting processing system, haze processing equipment liquid gas cleaning system, haze, which absorbs, promotes heating and refrigerating system composition, it is characterized in that driving haze air circulation enters electrostatic field absorption except haze device makes viral dust absorption reach on anode plate except haze purpose, again drop enthalpy dehumidification processing procedure is realized through fin freezing demisting section, it removes in humid air and condenses moisture, relative air humidity declines, be conducive to polluter diffusion, improve living environment air quality, it absorbs simultaneously and promotes the clammy heat source of haze, space heating is promoted to through heat pump acting, the economic and environment-friendly fossil energy that substitutes can efficiently reduce the generation of the haze nuclei of condensation, it is widely used in the economic and environment-friendly heating of China Small Urban.

Description

Electrostatic controls haze freezing demisting purification heat supply all-in-one machine

Technical field

Electrostatic of the present invention control haze freezing demisting purification heat supply all-in-one machine be related to China environmental protection and resource and Two big field of new energy source energy-saving technology.

Environmental protection and resource:In northern China winter, building relies on fossil energy heating, carries out coal-fired and natural gas Heat supply is so as to produce a large amount of black carbon and CO2 emission.The carbanion and hydrogen that carbon dioxide releases in steam The ion nuclei of condensation are the principal elements that winter climate miothermic is caused to form haze weather.It is controlled at haze freezing demisting using electrostatic For reason system by being recycled to the driving of haze air, a large amount of PM2.5 microparticle mushrooms with positive charge enter electrostatic field absorption Except haze device, bacterial virus dust is made to be attracted on anode plate and removes haze effect so as to reach.But the air after removing haze Still there is very high water capacity, be still the origin cause of formation of haze diffusion if direct emission.Using fin freezing demisting one level segment, Two level segment cooling and dehumidifying equipment reduce the water capacity in air, reduce relative air humidity, are conducive to polluter diffusion, warp PM2.5 bacterial viruses content and water capacity in circulation air are reduced, then be discharged into air after crossing two-step purification, improve living environment Air quality.

New energy source energy-saving technology:On the Northern Hemisphere, haze weather is that cold air pair is gone up north and gone down south to winter equator warm moist air Flowing water steam reaches saturation state after converging, and is the main reason that haze is formed.Containing a large amount of reproducible in haze air Low level heat source freezes one level segment of demisting, two level segment cooling and dehumidifying layers by the way that haze air is made to enter fin, removes in air and coagulate Low temperature potential energy amount is released to fin freezing except cycle fluid in haze finned coil while bearing water point, is promoted to through heat pump acting Space heating, economic and environment-friendly replacement fossil energy, can efficiently reduce the generation of the haze nuclei of condensation.Winter compares conventional air Source heat pump improves more than 90% using the clammy heat source ability in haze air, can below -15 DEG C of air themperature area it is complete Portion efficiently substitutes fossil energy heat supply, reduces the carbon emission of its generation;It can be in-15 DEG C of air themperature or more area 30-50% Fossil energy heat supply is efficiently substituted, reduces the carbon emission of its generation.

Background technology

On the Northern Hemisphere, haze weather to be formed as be that cold air convection water is gone up north and gone down south to winter equator warm moist air Steam, which converges, reaches saturation state, and the ion nuclei of condensation and the microparticle nuclei of condensation are attached to what is generated on vapor in the atmosphere particle Condensation process is atomized, so as to which pollutants in air be prevented to spread, haze weather is formed, endangers human health.It is main former to study carefully it Because being that building heating relies on fossil energy, coal-fired and natural gas heat supply is carried out, so as to produce a large amount of black carbon and titanium dioxide Carbon emission.Although country, which promotes natural gas, reduces the exhaust emissions such as dust, it is still that haze is main that carbon emission, which is not reduced, One of nuclei of condensation source.The air intermediate ion nuclei of condensation and microparticle condensation be the dense fog origin cause of formation essential condition, formed dense fog after it is micro- The difficult concentration of particulate pollutant diffusion, which significantly increases, becomes haze pollutant, this is mainly that steam in air is being suspended in air In particle on condense, formed steam particle.Suspended particulate substance increases when air pollution is serious, exists in haze air a large amount of Cation, the local cation concentration of air dirt is higher, around aerial bacterium of floating attachment it is many just from Son, if in air simultaneously have anion, and content is many, will adhere to simultaneously around each bacterium cation and bear from Son, negative ions generate electric field, electric discharge makes inactivation of bacteria.

China administers haze weather and is mainly carried out from source at present, various means progress motor vehicles is taken to eliminate, new energy The technical measures such as automobile popularization, coal burning and gas burning boiler improvement, but prevalent effects are undesirable.Compared to various improvement haze technologies Using can carry out regional atmospheric environment haze purified treatment but also the skill of low level heat source is provided for building heat pump heat supply Art becomes the problem of international tackling of key scientific and technical problems.In current energy-saving low-carbon, haze weather is reduced, it is raw to create ecocity, green Under state cell, the big situation of the economic and environment-friendly heating green low-carbon building of Small Urban, it is badly in need of one kind while haze is purified Obtain low-carbon environment-friendly energy-saving heating technical approach of the low temperature potential energy as source heat pump heat source.

Invention content

Electrostatic of the present invention controls haze freezing demisting purification heat supply all-in-one machine purpose and is to carry out regional haze atmospheric environment Purification absorbs and promotes the clammy heat source realization environmental protection heating of haze.

Regional haze atmospheric environment is purified, is to drive haze air circulation, largely with positive charge PM2.5 microparticle mushrooms enter electrostatic field absorption except haze device makes viral dust absorption reach on anode plate except haze purpose, mist Haze air still has very high water capacity, then remove through fin freezing after being recycled into electrostatic field absorption and removing haze except haze device One level segment of mist, fin two level segment of freezing demisting realize drop enthalpy dehumidification processing procedure, remove in humid air and condense moisture, air is opposite Humidity declines, and two-step purification reduces in circulation air and is discharged into air after PM2.5 bacterial viruses content and water capacity.

It absorbs and promotes the clammy heat source environmental protection heating of haze, contain a large amount of reproducible low level heat source in haze air, One level segment of demisting is freezed by fin, two level segment cooling and dehumidifying layers remove and low temperature potential energy amount released while moisture is condensed in air It puts to fin freezing except cycle fluid in haze finned coil, space heating, economic and environment-friendly replacementization is promoted to through heat pump acting The stone energy can efficiently reduce the generation of the haze nuclei of condensation.

The technical scheme is that:Haze freezing demisting processing system is controlled by purification heat supply one machine frame enclosure board, electrostatic System, haze processing equipment liquid gas cleaning system, haze, which absorb, promotes heating and refrigerating system composition;

The purification heat supply one machine frame enclosure board includes all-in-one machine metal formed steel base, four side shaped steel column of rack Group, shaped steel cross-arm group under central rack, shaped steel cross-arm group on central rack, frame top shaped steel cross-arm group, wind turbine structural steel frame Group, metal plate enclosure board group;The all-in-one machine metal formed steel base is integrated machine support;Four side shaped steel column group lower margin of rack passes through Bolt is connect with four side of all-in-one machine metal formed steel base;It is horizontal with shaped steel under central rack respectively in the middle part of four side shaped steel column group of rack Shaped steel cross-arm group connects in load group, central rack;It is connect at the top of four side shaped steel column group of rack with frame top shaped steel cross-arm group; Wind turbine structural steel frame group is installed on above frame top shaped steel cross-arm group;Metal plate enclosure board group is respectively arranged in four side shaped steel of rack Shaped steel cross-arm group under column group, central rack, on central rack between shaped steel cross-arm group, frame top shaped steel cross-arm group;

The electrostatic controls haze freezing demisting processing system and includes air primary filter, and electrostatic field absorption is except haze device, wing Piece freezes one level segment of demisting, fin freezing two level segment of demisting, amplifier case, solution spraying pipe, air water refraction separating plate, haze Circulating fan, purification air-out are formed;

The air primary filter is arranged in electrostatic field absorption except haze device surrounding;Electrostatic field absorption is arranged except haze device Below fin freezing one level segment of demisting;Fin freezing two level segment of demisting is arranged in above fin freezing one level segment of demisting;Honeycomb Filter is arranged in above fin freezing two level segment of demisting;Solution spraying pipe is arranged in above amplifier case;Air water refraction point It is arranged in above solution spraying pipe from plate;Haze circulating fan is arranged in above air water refraction separating plate;

The haze processing equipment liquid gas cleaning system include cleaning solution pharmacy jar, cleaning solution slot, solution circulation pump, Sterilizing filter, solution spraying pipe, amplifier case, fin freezing is except haze finned tube, fin freezing one level segment of demisting, fin cold Freeze two level segment of demisting, electrostatic field absorption is except haze device;

The dilution pharmacy jar is installed on cleaning solution slot import, water inlet pipe and the tap water moisturizing of dilution pharmacy jar Pipe connects;Cleaning solution slot is arranged in air primary filter, electrostatic field absorption except below haze device;The outlet of cleaning solution slot is logical Pipeline is crossed to connect with solution circulation pump entrance;Solution circulation pump outlet is connect by pipeline with sterilizing filter entrance;It is sterilized Filter outlets are connect by pipeline with solution spraying pipe;Solution spraying pipe is arranged in above amplifier case;Fin freezes demisting Two level segments, one level segment of fin freezing demisting, fin are freezed except haze finned tube is arranged in below amplifier case;Electrostatic field absorption removes Haze device is arranged in fin freezing one level segment of demisting in the following, above cleaning solution slot;

The haze absorbs promotion heating and refrigerating system and includes working medium circulation compressor, hot water accumulation of heat energy tank, the work Matter recycle compressor is installed on all-in-one machine metal formed steel base, and working medium circulation compressor inhales steam ports and passes through pipeline and working medium four-way Reversal valve second interface connects;Working medium circulation exhaust outlet of compressor is connect by pipeline with working medium accumulation of heat energy coil pipe import;Working medium Accumulation of heat energy coil outlets are connect by pipeline with the 4th interface of working medium four-way reversing valve, coil pipe bypass motor-driven valve is connected across working medium storage Between the import of thermal energy coil pipe and outlet;Working medium four-way reversing valve first interface is connect by pipeline and load heat exchanger working medium side first Mouth connection;Load heat exchanger working medium side second interface is connect by pipeline with working medium liquid storage device first interface;Working medium liquid storage device Two interfaces are connect by pipeline with working medium electric expansion valve first interface;Working medium electric expansion valve second interface passes through pipeline and work Matter expansion coil first interface connects;Working medium expansion coil second interface is connect by pipeline with working medium current divider confluence interface; Working medium current divider shunts interface and is freezed by isocon with fin except haze finned coil first interface is connect;Fin freezing is except haze wing Piece coil pipe second interface is connect by pipeline with working medium four-way reversing valve third interface;The hot water accumulation of heat energy tank is installed on one On machine metal formed steel base;The 4th interface of hot water accumulation of heat energy tank is connect with hygienic cold water inlet pipeline, hot water accumulation of heat energy tank third Interface is connect with health hot water export pipeline;Hot water accumulation of heat energy tank first interface is connect by pipeline with medium circulation pump intake; Medium circulation pump discharge is connect by pipeline with load heat exchanger media side first interface respectively, side medium heat supply check valve connects It connects;Load heat exchanger media side second interface respectively by pipeline and side medium heat supply motor-driven valve, side medium melt haze motor-driven valve into Mouth connection;Side medium melts the electronic valve outlet of haze and is connect by pipeline with hot water accumulation of heat energy tank second interface;Side medium heat supply is unidirectional Valve is connect by pipeline with heat supply water return pipeline;Side medium heat supply motor-driven valve is connect by pipeline with heat supply outlet pipeline.

Description of the drawings

Fig. 1 is one embodiment of type of the present invention " electrostatic controls haze and freezes demisting purification heat supply all-in-one machine " system principle schematic diagram;

Fig. 2 is one embodiment of type of the present invention " purification heat supply one machine frame enclosure board " structure diagram;

Fig. 3 is one embodiment of type of the present invention " electrostatic controls haze and freezes demisting processing system " flow diagram;

Fig. 4 is one embodiment of type of the present invention " haze processing equipment liquid gas cleaning system " flow diagram;

Fig. 5 is one embodiment of type of the present invention " haze, which absorbs, promotes heating and refrigerating system " flow diagram.

Specific embodiment

Below in conjunction with attached drawing:Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, to the present invention, " electrostatic controls haze freezing demisting purification heat supply one Body machine " is described further respectively with structure diagram.

With reference to attached drawing, for the present embodiment by purification heat supply one machine frame enclosure board, electrostatic controls haze freezing demisting processing system, Haze processing equipment liquid gas cleaning system, haze, which absorbs, promotes heating and refrigerating system composition.

Explanation:Hollow arrow represents air-flow direction in figure, and filled arrows represent circulatory mediator, liquid, water circulation Flow direction.

The purification heat supply one machine frame enclosure board includes all-in-one machine metal formed steel base 1-1;Four side shaped steel of rack is stood Column group 1-2;Shaped steel cross-arm group 1-3 under central rack;Shaped steel cross-arm group 1-4 on central rack;Frame top shaped steel cross-arm group 1- 5;Wind turbine structural steel frame group 1-6;Metal plate enclosure board group 1-7 is formed.

The all-in-one machine metal formed steel base 1-1 is integrated machine support;Four side shaped steel column group 1-2 lower margins of rack pass through spiral shell Bolt is connect with tetra- sides of all-in-one machine metal formed steel base 1-1;In the middle part of four side shaped steel column group 1-2 of rack respectively with central rack mo(u)ld bottom half Shaped steel cross-arm group 1-4 connections on steel cross-arm group 1-3, central rack;Four side shaped steel column group 1-2 of rack tops and frame top type Steel cross-arm group 1-5 connections;Wind turbine structural steel frame group 1-6 is installed on above frame top shaped steel cross-arm group 1-5;Metal plate enclosure board group 1-7 is respectively arranged in shaped steel cross-arm group 1-3 under four side shaped steel column group 1-2 of rack, central rack, shaped steel cross-arm on central rack Between group 1-4, frame top shaped steel cross-arm group 1-5.

The electrostatic controls haze freezing demisting processing system 2 and includes air primary filter 2-1;Electrostatic field absorption is except haze device 2-2;One level segment 2-3 of fin freezing demisting;Two level segment 2-4 of fin freezing demisting;Amplifier case 2-5;Solution spraying pipe 3-5; Air water refraction separating plate 2-6;Haze circulating fan 2-7;Air-out 2-8 is purified to form.

The air primary filter 2-1 is arranged in electrostatic field absorption except haze device 2-2 surroundings;Electrostatic field absorption is filled except haze 2-2 is put to be arranged in below one level segment 2-3 of fin freezing demisting;Fin freezing two level segment 2-4 of demisting is arranged in fin freezing demisting Above one level segment 2-3;Amplifier case 2-5 is arranged in above two level segment 2-4 of fin freezing demisting;Solution spraying pipe 3-5 is arranged Above amplifier case 2-5;Air water refraction separating plate 2-6 is arranged in above solution spraying pipe 3-5;Haze circulating fan 2-7 It is arranged in above air water refraction separating plate 2-6.

The haze processing equipment liquid gas cleaning system includes cleaning solution pharmacy jar 3-1;Cleaning solution slot 3-2;Solution Circulating pump 3-3;Sterilizing filter 3-4;Solution spraying pipe 3-5;Amplifier case 2-5;Fin freezing is except haze finned tube 4-9;Wing One level segment 2-3 of piece freezing demisting;Two level segment 2-4 of fin freezing demisting;Electrostatic field absorption is formed except haze device 2-2.

The dilution pharmacy jar 3-1 is installed on cleaning solution slot 3-2 import A-7, the water inlet pipe of dilution pharmacy jar 3-1 Connect with tap water water supply pipe;Cleaning solution slot 3-2 is arranged in air primary filter 2-1, electrostatic field absorption except haze device 2-2 Below;Cleaning solution slot 3-2 outlets B-7 is connect by pipeline with solution circulation pump 3-3 entrances;Solution circulation pump 3-3 outlets are logical Pipeline is crossed to connect with sterilizing filter 3-4 entrances;Sterilizing filter 3-4 outlets are connect by pipeline with solution spraying pipe 3-5;It is molten Liquid spray tube 3-5 is arranged in above amplifier case 2-5;Two level segment 2-4 of fin freezing demisting, one level segment 2- of fin freezing demisting 3rd, fin is freezed except haze finned tube 4-9 is arranged in below amplifier case 2-5;Electrostatic field absorption is arranged in wing except haze device 2-2 Piece freezes one level segment 2-3 of demisting in the following, above cleaning solution slot 3-2.

The haze absorbs promotion heating and refrigerating system and includes working medium circulation compressor 4-1;Working medium accumulation of heat energy coil pipe 4-2, Coil pipe bypass motor-driven valve 4-2.1;Working medium four-way reversing valve 4-3;Load heat exchanger working medium side 4-4;Working medium liquid storage device 4-5;Working medium Electric expansion valve 4-6;Working medium expansion coil 4-7;Working medium current divider 4-8;Fin freezing is except haze finned coil 4-9;Hot water accumulation of heat It can tank 4-10;Medium circulation pumps 4-11;Load heat exchanger media side 4-12, side medium heat supply check valve 4-12.1, side medium supply Hot motor-driven valve 4-12.2, side medium melt haze motor-driven valve 4-12.3 compositions.

The working medium circulation compressor 4-1 is installed on all-in-one machine metal formed steel base, and working medium circulation compressor 4-1 inhales vapour Mouth A-5 is connect by pipeline with working medium four-way reversing valve 4-3 second interfaces B-1;Working medium circulation compressor 4-1 exhaust outlets B-5 leads to Pipeline is crossed to connect with working medium accumulation of heat energy coil pipe 4-2 imports A-6;Working medium accumulation of heat energy coil pipe 4-2 outlets B-6 passes through pipeline and working medium four Logical the 4th interface D-1 connections of reversal valve 4-3, coil pipe bypass motor-driven valve 4-2.1 are connected across working medium accumulation of heat energy coil pipe 4-2 imports A-6 Between outlet B-6;Working medium four-way reversing valve 4-3 first interfaces A-1 is connect by pipeline and load heat exchanger working medium side 4-4 first Mouth A-2 connections;Load heat exchanger working medium side 4-4 second interfaces B-2 is connected by pipeline and working medium liquid storage device 4-5 first interfaces A-4 It connects;

Working medium liquid storage device 4-5 second interfaces B-4 is connect by pipeline with working medium electric expansion valve 4-6 first interfaces A-3;Work Matter electric expansion valve 4-6 second interfaces B-3 is connect by pipeline with working medium expansion coil 4-7 first interfaces A-8;Working medium expanding disk Pipe 4-7 second interfaces B-8 is connect by pipeline with working medium current divider 4-8 confluence interfaces;Working medium current divider 4-8 shunting interfaces pass through Isocon is freezed with fin except haze finned coil 4-9 first interfaces A-9 is connect;Fin freezing connects except haze finned coil 4-9 second Mouth B-9 is connect by pipeline with working medium four-way reversing valve 4-3 third interfaces C-1.

The hot water accumulation of heat energy tank 4-10 is installed on all-in-one machine metal formed steel base;Hot water accumulation of heat energy tank 4-10 the 4th connects Cold water inlet pipeline is connect mouth G, third interface F is connect with health hot water export pipeline with health;Hot water accumulation of heat energy tank 4-10 One interface D-3 pumps 4-11 entrances with medium circulation by pipeline and connect;Medium circulation pump 4-11 outlets are by pipeline respectively with bearing The 4-12 second interfaces D-2 connections of lotus heat exchanger media side, side medium heat supply check valve 4-12.1 connections;Load heat exchanger media side 4-12 first interfaces C-2 respectively by pipeline and side medium heat supply motor-driven valve 4-12.2, side medium melt haze motor-driven valve 4-12.3 into Mouth connection;Side medium melts haze motor-driven valve 4-12.3 outlets and is connect by pipeline with hot water accumulation of heat energy tank 4-10 second interfaces E;Medium Side heat supply check valve 4-12.1 is connect by pipeline with heat supply water return pipeline;Side medium heat supply motor-driven valve 4-12.2 by pipeline with Heat supply outlet pipeline connects.

Electrostatic controls haze freezing demisting purification heat supply all-in-one machine operation principle.

Electrostatic controls haze freezing demisting purification heat supply all-in-one machine, and by purification heat supply one machine frame enclosure board, it is cold that electrostatic controls haze Freeze demisting processing system, haze processing equipment liquid gas cleaning system, haze, which absorbs, promotes heating and refrigerating system composition, is that haze is net Change, air conditioner, four function device of health hot water.

1 aufbauprinciple of heat supply one machine frame enclosure board is purified, sees Fig. 2.

The all-in-one machine metal formed steel base 1-1 tectonisms support all-in-one machine armamentarium weight, four side shaped steel of rack Column group 1-2 undertakes shaped steel cross-arm group 1-3 under central rack, shaped steel cross-arm group 1-4, frame top shaped steel cross-arm on central rack Group 1-5, frame top shaped steel cross-arm group 1-5 support wind turbine structural steel frame group 1-6, metal plate enclosure board group 1-7 are stood with four side shaped steel Shaped steel cross-arm group 1-3 under column group 1-2, central rack, shaped steel cross-arm group 1-4, frame top shaped steel cross-arm group 1-5 on central rack Frame snapping.

Electrostatic controls haze freezing demisting processing system operation principle, sees Fig. 3.

The haze circulating fan drives air circulation, through air primary filter 2-1 primary filters, largely with positive electricity The PM2.5 microparticle mushrooms of lotus enter electrostatic field absorption except haze device 2-2, a large amount of PM2.5 microparticle mushrooms for carrying positive charge Into electrostatic field absorption except haze device makes the absorption of bacterial virus dust reach on anode plate except haze effect, by the air for removing haze Still there is very high water capacity, direct emission is still one of origin cause of formation that haze is prevented to spread, and demisting one is freezed using fin Level segment 2-3, fin freezing two level segment 2-4 cooling and dehumidifying equipment of demisting, the water capacity reduced in air reduce relative air humidity Be conducive to polluter diffusion, two-step purification is reduced in circulation air after PM2.5 bacterial viruses content and water capacity, by bee Nest filter 2-5, solution spraying pipe 3-5, air water reflect separating plate 2-6, are discharged into air by haze circulating fan 2-7 loadings, change Kind living environment air quality.

Haze processing equipment liquid gas cleaning system operation principle, is shown in Fig. 4.

It is described under the conditions of environment negative temperature, system operation is needed to electrostatic field absorption except haze device 2-2 for 10-12 hours Anode plate, cathode hachure, one level segment 2-3 of fin freezing demisting, two level segment 2-4 of fin freezing demisting carry out dust haze and white haze is clear It washes, haze circulating fan 2-7 is out of service in cleaning process.It is described to be freezed from fin except haze finned tube 4-9 working substance steams Thermal energy passes to fin freezing two level segment 2-4 of demisting and fin freezing one level segment 2-3 of demisting starts to melt white haze, while solution follows Ring pump 3-3, which starts, to be run from cleaning solution slot 3-2 inspiration cleaning solutions, enters solution spraying pipe 3-5 through sterilizing filter 3-4, Cleaning solution is uniformly sprayed on amplifier case 2-5, cleaning solution flows into fin freezing demisting two by gravity Level segment 2-4, fin freezing demisting one level segment 2-3, electrostatic field absorption except haze device 2-2 anode plates, cathode hachure carry out in heat melt+ After outer cleaning, cleaning solution enters cleaning solution slot 3-2 and is cleaned again through solution circulation pump 3-3 loaded cycles.

Haze, which absorbs, promotes heating and refrigerating System Working Principle, sees Fig. 5.

The clammy heat source of haze isolates mist through one level segment 2-3 of fin freezing demisting, fin freezing two level segment 2-4 of demisting After haze, clammy heat source is passed into fin freezing except cycle low pressure working fluid built in haze finned coil 4-9 is evaporated to unsaturated steam state Working medium enters working medium circulation compressor 4-1 into working medium four-way reversing valve 4-3 third interface C-1 via second interface B-1 export Steam ports A-5 is inhaled, high-pressure working medium overheated gas is promoted to through Alternative Refrigerant Compressors acting, by working medium circulation compressor 4-1 exhaust outlets B-5 Discharge, is satisfied into working medium accumulation of heat energy coil pipe 4-2 imports A-6 to hot water accumulation of heat energy tank 4-10 by high pressure superheater gas cooling for high pressure And gas, hot water accumulation of heat energy tank 4-10 is transferred thermal energy to, health hot water is entered after heating by G mouthfuls by F mouthfuls of outflows, removes white haze Hot water is by E mouthfuls of entrance, by D-3 mouthfuls of outflows after heating.

The high-pressure working medium overheated gas by working medium circulation compressor 4-1 discharges is via hot water accumulation of heat energy tank 4-10 heat releases High pressure saturated gas is cooled to, into the 4th interface D-1 of working medium four-way reversing valve 4-3, load is entered by first interface A-1 export Heat exchanger working medium side 4-4 interfaces A-2 release thermal energy is condensed into high-pressure liquid working medium, transfers thermal energy to load heat exchanger media side By outer pump driving cycle, cold return water enters 4-12 through side medium heat supply check valve 4-12.1, electronic by side medium heat supply after heating Valve 4-12.2 exports heat supply.

The load heat exchanger working medium side 4-4 interfaces A-2 release thermal energy that enters is condensed into high-pressure liquid working medium, is stored up through working medium Liquid device 4-5 enters working medium electric expansion valve 4-6 throttling expansions for low pressure working fluid vehicle repair major fluid, through working medium expansion coil 4-7 Be evaporated to low pressure working fluid moist steam enter working medium current divider 4-8 be further separated into fin freezing except haze finned tube 4-9 complete working medium steam The inverse carnot's cycle process of hair-compression-condensation-throttling.

The coil pipe bypass motor-driven valve 4-2.1 is in the case where hot water accumulation of heat energy tank 4-10 reaches temperature condition, implements bypass fortune Row.

The working medium circulation compressor 4-1 is installed on all-in-one machine metal formed steel base, and working medium circulation compressor 4-1 inhales vapour Mouth A-5 is connect by pipeline with working medium four-way reversing valve 4-3 second interfaces B-1;Working medium circulation compressor 4-1 exhaust outlets B-5 leads to Pipeline is crossed to connect with working medium accumulation of heat energy coil pipe 4-2 imports A-6;Working medium accumulation of heat energy coil pipe 4-2 outlets B-6 passes through pipeline and working medium four Logical the 4th interface D-1 connections of reversal valve 4-3, coil pipe bypass motor-driven valve 4-2.1 are connected across working medium accumulation of heat energy coil pipe 4-2 imports A-6 Between outlet B-6;Working medium four-way reversing valve 4-3 first interfaces A-1 is connect by pipeline and load heat exchanger working medium side 4-4 first Mouth A-2 connections;Load heat exchanger working medium side 4-4 second interfaces B-2 is connected by pipeline and working medium liquid storage device 4-5 first interfaces A-4 It connects;Working medium liquid storage device 4-5 second interfaces B-4 is connect by pipeline with working medium electric expansion valve 4-6 first interfaces A-3;Working medium electricity Sub- expansion valve 4-6 second interfaces B-3 is connect by pipeline with working medium expansion coil 4-7 first interfaces A-8;Working medium expansion coil 4- 7 second interface B-8 are connect by pipeline with working medium current divider 4-8 confluence interfaces;Working medium current divider 4-8 shunting interfaces pass through shunting Pipe is with fin freezing except haze finned coil 4-9 first interfaces A-9 is connect;Fin freezing is except haze finned coil 4-9 second interfaces B-9 It is connect by pipeline with working medium four-way reversing valve 4-3 third interfaces C-1.

The hot water accumulation of heat energy tank 4-10 is installed on all-in-one machine metal formed steel base;Hot water accumulation of heat energy tank 4-10 the 4th connects Cold water inlet pipeline is connect mouth G, third interface F is connect with health hot water export pipeline with health;Hot water accumulation of heat energy tank 4-10 One interface D-3 pumps 4-11 entrances with medium circulation by pipeline and connect;Medium circulation pump 4-11 outlets are by pipeline respectively with bearing The 4-12 second interfaces D-2 connections of lotus heat exchanger media side, side medium heat supply check valve 4-12.1 connections;Load heat exchanger media side 4-12 first interfaces C-2 respectively by pipeline and side medium heat supply motor-driven valve 4-12.2, side medium melt haze motor-driven valve 4-12.3 into Mouth connection;Side medium melts haze motor-driven valve 4-12.3 outlets and is connect by pipeline with hot water accumulation of heat energy tank 4-10 second interfaces E;Medium Side heat supply check valve 4-12.1 is connect by pipeline with heat supply water return pipeline;Side medium heat supply motor-driven valve 4-12.2 by pipeline with Heat supply outlet pipeline connects.

Refrigeration, heating, defrosting haze function can be achieved by converting in the working medium four-way reversing valve 4-3.

The above description is merely a specific embodiment, but protection scope of the present invention is not limited thereto, any Those skilled in the art disclosed herein technical scope in, can without the variation that creative work is expected or It replaces, should be covered by the protection scope of the present invention.Therefore, protection scope of the present invention should be limited with claims Subject to fixed protection domain.

Claims (1)

1. electrostatic controls haze freezing demisting purification heat supply all-in-one machine, including purifying heat supply one machine frame enclosure board, which is characterized in that It is additionally provided with electrostatic and controls haze freezing demisting processing system, haze processing equipment liquid gas cleaning system, haze, which absorbs, promotes heating and refrigerating System;
The purification heat supply one machine frame enclosure board includes all-in-one machine metal formed steel base, four side shaped steel column group of rack, machine Lower shaped steel cross-arm group in the middle part of frame, shaped steel cross-arm group on central rack, frame top shaped steel cross-arm group, wind turbine structural steel frame group, metal plate Golden enclosure board group;The all-in-one machine metal formed steel base is integrated machine support;Four side shaped steel column group lower margin of rack passes through bolt It is connect with four side of all-in-one machine metal formed steel base;In the middle part of four side shaped steel column group of rack respectively with shaped steel cross-arm under central rack Shaped steel cross-arm group connects in group, central rack;It is connect at the top of four side shaped steel column group of rack with frame top shaped steel cross-arm group;Wind Type steel frame group is installed on above frame top shaped steel cross-arm group;Metal plate enclosure board group is respectively arranged in four side shaped steel of rack and stands Shaped steel cross-arm group under column group, central rack, on central rack between shaped steel cross-arm group, frame top shaped steel cross-arm group;
The electrostatic controls haze freezing demisting processing system and includes air primary filter, and the air primary filter is arranged in Electrostatic field absorption is except haze device surrounding;Electrostatic field absorption is arranged in except haze device below fin freezing one level segment of demisting;Fin cold Freeze two level segment of demisting to be arranged in above fin freezing one level segment of demisting;Amplifier case is arranged in fin freezing two level segment of demisting Face;Solution spraying pipe is arranged in above amplifier case;Air water refraction separating plate is arranged in above solution spraying pipe;Haze recycles Wind turbine layout is above air water refraction separating plate;
The haze processing equipment liquid gas cleaning system includes dilution pharmacy jar, and the dilution pharmacy jar is installed on cleaning Solution tank import, the water inlet pipe of dilution pharmacy jar connect with tap water water supply pipe;Cleaning solution slot is arranged in air primary mistake Filter, electrostatic field absorption are except below haze device;The outlet of cleaning solution slot is connect by pipeline with solution circulation pump entrance;Solution follows Ring pump discharge is connect by pipeline with sterilizing filter entrance;Sterilizing filter outlet is connect by pipeline with solution spraying pipe; Solution spraying pipe is arranged in above amplifier case;Two level segment of fin freezing demisting, one level segment of fin freezing demisting, fin freezing Except haze finned tube is arranged in below amplifier case;Electrostatic field absorption is arranged in except haze device under fin freezing one level segment of demisting Face, above cleaning solution slot;
The haze absorbs promotion heating and refrigerating system and includes working medium circulation compressor, hot water accumulation of heat energy tank, and the working medium is followed Ring compressor is installed on all-in-one machine metal formed steel base, and working medium circulation compressor inhales steam ports and commutated by pipeline and working medium four-way Valve second interface connects;Working medium circulation exhaust outlet of compressor is connect by pipeline with working medium accumulation of heat energy coil pipe import;Working medium accumulation of heat Energy coil outlets are connect by pipeline with the 4th interface of working medium four-way reversing valve, and coil pipe bypass motor-driven valve is connected across working medium accumulation of heat energy Between coil pipe import and outlet;Working medium four-way reversing valve first interface is connected by pipeline and load heat exchanger working medium side first interface It connects;Load heat exchanger working medium side second interface is connect by pipeline with working medium liquid storage device first interface;Working medium liquid storage device second connects Mouth is connect by pipeline with working medium electric expansion valve first interface;Working medium electric expansion valve second interface is swollen with working medium by pipeline Swollen coil pipe first interface connection;Working medium expansion coil second interface is connect by pipeline with working medium current divider confluence interface;Working medium Current divider shunts interface and is freezed by isocon with fin except haze finned coil first interface is connect;Fin freezing is except haze fin disk Pipe second interface is connect by pipeline with working medium four-way reversing valve third interface;The hot water accumulation of heat energy tank is installed on all-in-one machine gold On genotype steel base;The 4th interface of hot water accumulation of heat energy tank is connect with hygienic cold water inlet pipeline, hot water accumulation of heat energy tank third interface It is connect with health hot water export pipeline;Hot water accumulation of heat energy tank first interface is connect by pipeline with medium circulation pump intake;Medium Circulating-pump outlet is connect by pipeline with load heat exchanger media side first interface respectively, the connection of side medium heat supply check valve;It is negative Lotus heat exchanger media side second interface is melted the import of haze motor-driven valve by pipeline and side medium heat supply motor-driven valve, side medium respectively and is connected It connects;Side medium melts the electronic valve outlet of haze and is connect by pipeline with hot water accumulation of heat energy tank second interface;Side medium heat supply check valve leads to Pipeline is crossed to connect with heat supply water return pipeline;Side medium heat supply motor-driven valve is connect by pipeline with heat supply outlet pipeline.
CN201410311387.2A 2014-07-02 2014-07-02 Electrostatic controls haze freezing demisting purification heat supply all-in-one machine CN105318462B (en)

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Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2000337790A (en) * 1999-05-24 2000-12-08 Ishikawajima Harima Heavy Ind Co Ltd Snow-melting system for cooling tower
CN201327309Y (en) * 2008-10-15 2009-10-14 上海汽车资产经营有限公司 Open and close combined type multi-source double-effect energy tower
JP4445105B2 (en) * 2000-07-06 2010-04-07 エスペック株式会社 Low frost type environmental test equipment
CN102003895A (en) * 2010-11-24 2011-04-06 刘秋克 Closed and integrated frostproof heat source tower
CN103499164A (en) * 2013-08-12 2014-01-08 刘秋克 Haze wet heat source heat pump water-cooling all-in-one machine
CN203595215U (en) * 2013-11-26 2014-05-14 屹创能源工程(上海)有限公司 Air-conditioner energy supply device

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2000337790A (en) * 1999-05-24 2000-12-08 Ishikawajima Harima Heavy Ind Co Ltd Snow-melting system for cooling tower
JP4445105B2 (en) * 2000-07-06 2010-04-07 エスペック株式会社 Low frost type environmental test equipment
CN201327309Y (en) * 2008-10-15 2009-10-14 上海汽车资产经营有限公司 Open and close combined type multi-source double-effect energy tower
CN102003895A (en) * 2010-11-24 2011-04-06 刘秋克 Closed and integrated frostproof heat source tower
CN103499164A (en) * 2013-08-12 2014-01-08 刘秋克 Haze wet heat source heat pump water-cooling all-in-one machine
CN203595215U (en) * 2013-11-26 2014-05-14 屹创能源工程(上海)有限公司 Air-conditioner energy supply device

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