CN104596009B - Fully-water-washing-type atmospheric pollution symptom and root cause treatment system - Google Patents

Fully-water-washing-type atmospheric pollution symptom and root cause treatment system Download PDF

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Publication number
CN104596009B
CN104596009B CN201510065120.4A CN201510065120A CN104596009B CN 104596009 B CN104596009 B CN 104596009B CN 201510065120 A CN201510065120 A CN 201510065120A CN 104596009 B CN104596009 B CN 104596009B
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CN
China
Prior art keywords
cleaning mixture
pump
cooling
valve
heat
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CN201510065120.4A
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Chinese (zh)
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CN104596009A (en
Inventor
王全龄
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王全龄
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Publication of CN104596009A publication Critical patent/CN104596009A/en
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Publication of CN104596009B publication Critical patent/CN104596009B/en

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Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F5/00Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater
    • F24F5/0096Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater combined with domestic apparatus
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B01PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01DSEPARATION
    • B01D47/00Separating dispersed particles from gases, air or vapours by liquid as separating agent
    • B01D47/06Spray cleaning
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/28Arrangement or mounting of filters
    • F24F8/10
    • F24F8/117
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B01PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01DSEPARATION
    • B01D2247/00Details relating to the separation of dispersed particles from gases, air or vapours by liquid as separating agent
    • B01D2247/04Regenerating the washing fluid

Abstract

The invention discloses a fully-water-washing-type atmospheric pollution symptom and root cause treatment system and relates to the technical field of dust-haze treatment systems. The fully-water-washing-type atmospheric pollution symptom and root cause treatment system comprises a spray washing transduction tower, a first aeration washing device, a second aeration washing device, a zero-emission heating and heat supply device, a washing liquid circulating filter device, a diluted washing liquid treatment system and a sterilization and disinfection device, wherein the spray washing transduction tower is connected with the second aeration washing device through an air duct, a spray liquid return liquid output end of the spray washing transduction tower is connected with a spray liquid return liquid input end of the washing liquid circulating filter device, an output end of the washing liquid circulating filter device is connected with a spray liquid input end of the spray washing transduction tower through a pipe, and the spray washing transduction tower is connected with an input end of the zero-emission heating and heat supply device for coupled heat exchange. The fully-water-washing-type atmospheric pollution symptom and root cause treatment system solves the problems that the cost of the existing air pollutant treatment system is high and secondary pollution is caused.

Description

A kind of full rinsing type atmospheric pollution treating both the principal and secondary aspects of a disease system

Technical field

The present invention relates to gray haze governing system technical field, more particularly to a kind of full rinsing type atmospheric pollution treating both the principal and secondary aspects of a disease system System.

Background technology

With industrial expansion, living standards of the people are greatly improved, and thing followed air pollutants become one There is northerly winter mostly in the problem of individual urgent need to resolve, air pollutants, and its main cause is exactly that winter north fire coal is adopted The warm exhaust emission for causing.

An effective method for solving the problem is exactly that, using atmospheric pollution treating both the principal and secondary aspects of a disease processing system, it passes through spray Formula wind energy heat pump air-conditioning zero-emission heating system carries out heat supply in winter, and from heating procephalon zero-emission is realized, instead of fire coal The severe contamination that heating is caused to air, and the spray cooling system using fountain wind energy heat pump air conditioner spraying tower carries out dirt The washing, purifying of dye thing, eliminates by the pollutant in power plant, various commercial production and vehicular emission to air, for air Pollutant treating both the principal and secondary aspects of a disease.

The pollutant Filtration Adsorption system for adopting in existing air pollutants processing system at present be by just effect, in Effect, high efficiency particulate air filter absorption pollutant, in use, this filter needs the fine paper mistake for being replaced as frequently as inside Filter consumptive material, had not only been unfavorable for environmental protection but also cost intensive, and processed the process of these discarded filter consumptive materials environment can be made Into secondary pollution, so as to be unfavorable for promoting the use of on a large scale.

The content of the invention

It is an object of the invention to propose a kind of full rinsing type atmospheric pollution treating both the principal and secondary aspects of a disease system, it is using full rinsing type System carries out air pollutants purification, with low cost and beneficial to environmental protection, so as to be conducive to promoting the use of on a large scale.

It is that, up to this purpose, the present invention is employed the following technical solutions:

A kind of full rinsing type atmospheric pollution treating both the principal and secondary aspects of a disease system, including spray washing transducing tower, the first aeration wash mill, Second aeration wash mill, zero-emission heating device, cleaning mixture circulation filter, dilution are washed liquid treating system and are killed Bacterium decontaminating apparatuss, described spray washing transducing tower is connected by airduct with the second aeration wash mill, the first described exposure Gas washing device is connected by airduct with the second aeration wash mill, and the spray liquid time liquid of described spray washing transducing tower is defeated Go out to hold Jing pipelines to return liquid input with the spray liquid of the cleaning mixture circulation filter to be connected, the cleaning mixture circulating filtration dress The outfan put is connected by pipeline with the spray liquid input of spray washing transducing tower, and the spray washing transducing tower passes through Heat exchanger and pipeline are connected and carry out coupled and heat-exchange, zero-emission heating with the input of the zero-emission heating device The outfan of device is connected by pipeline with the fan coil and radiator of heating terminal system, and the sterilization and disinfection device leads to Piping respectively with the cleaning mixture circulation filter, the first aeration wash mill, the second aeration wash mill It is connected, at the first aeration wash mill, the second aeration wash mill, cleaning mixture circulation filter and dilution cleaning mixture Cleaning mixture in reason system is alkalescence salt or alcohols anti-freezing solution.

The present invention also provides another kind of full rinsing type atmospheric pollution treating both the principal and secondary aspects of a disease system, including spray washing transducing tower, the Three aeration wash mills, zero-emission heating device, cleaning mixture circulation filter, dilution washing liquid treating system and sterilization Decontaminating apparatuss, the spray washing transducing tower is connected by airduct with the 3rd aeration wash mill, and described spray is washed The spray liquid for washing transducing tower goes back to the spray liquid go back to liquid input company of liquid outfan Jing pipelines and the cleaning mixture circulation filter Connect, the outfan of the cleaning mixture circulation filter is connected by pipeline with the spray liquid input of spray washing transducing tower Connect, the spray washing transducing tower is connected by heat exchanger and pipeline with the input of the zero-emission heating device goes forward side by side Row coupled and heat-exchange, the outfan of zero-emission heating device is by pipeline and the fan coil and radiator of heating terminal system Be connected, the sterilization and disinfection device by pipeline respectively with cleaning mixture circulation filter, the 3rd aeration wash mill It is connected, the 3rd aeration wash mill includes the 3rd housing, the 3rd cleaning mixture in the 3rd housing, located at the 3rd In cleaning mixture and immersible pump, venturi diffusion tubular type ejector, pore type aeration generator are sequentially connected, located at described the The 3rd collection chamber above three cleaning mixture, the 3rd housing is connected with contaminated air winding pipe, the 3rd housing and institute The junction for stating contaminated air winding pipe is provided with purify air filter screen, the 3rd in the purify air filter screen and the 3rd housing One end of air inlet pipe is connected, and the other end of the 3rd air inlet pipe is connected with venturi diffusion tubular type ejector, the 3rd collection Air chamber is connected by pipeline with the spray washing transducing tower, and the sterilization and disinfection device includes sterilizing generator, described Sterilizing generator is filled respectively by sterilizing air shooter with the 3rd aeration wash mill and cleaning mixture circulating filtration Put connected, the generation of sterilizing micro-pore aeration is equipped with the 3rd aeration wash mill and cleaning mixture circulation filter Device, the 3rd cleaning mixture is connected by the first blowoff valve with blowdown interface;3rd cleaning mixture adds valve by tap water It is connected with tap water interface.

Further, the first aeration wash mill includes the first housing, the first cleaning mixture in first shell body, sets The first aeration generator in the first cleaning mixture, also includes being located at the first collection chamber above first cleaning mixture and institute The first air inlet pipe of the first aeration generator connection is stated, dustproof and rainproof air inlet is connected by pipeline with first air inlet pipe, Purify air filter screen is provided with junction, the dustproof and rainproof air inlet configures anti-dust filter mesh;

By being sequentially connected, the first cleaning mixture, washing strengthen pump to the first aeration wash mill and cleaning mixture processes conversion The cleaning mixture of loop forced circulation first of valve to the first cleaning mixture;The first aeration wash mill is by the first blowoff valve and row Dirty interface is connected;The first cleaning mixture in the first aeration wash mill by washing strengthen pump, cleaning mixture process switching valve, Tap water and washing hydraulic control valve, tap water is connected with cleaning mixture switching valve with tap water interface;The first aeration washing dress The first cleaning mixture in putting adds valve to be connected with tap water interface by tap water;

First cleaning mixture of the first aeration wash mill is by the first washing stock solution fill valve and dilutes at cleaning mixture The cleaning mixture stock solution rear pump of reason system is connected.

Further, the second aeration wash mill includes the second housing, the second cleaning mixture in second shell body, sets The second aeration generator in the second cleaning mixture and the second air inlet pipe of the second aeration generator connection, also include with Appendix, the second collection chamber above second cleaning mixture, the appendix and the institute of the first collection chamber connection State the second air inlet pipe to be connected, in junction purify air filter screen is provided with, second collection chamber is turned by the first purification and cooling Change air-valve, purification to be connected with the first air inlet of the spray washing transducing tower with cooling air inlet main pipe, the first air intake branch;

By being sequentially connected, the second cleaning mixture, washing strengthen pump to the second aeration wash mill and cleaning mixture processes conversion The cleaning mixture of loop forced circulation second of valve to the second cleaning mixture;The second aeration wash mill is by the second blowoff valve and row Dirty interface is connected;The second cleaning mixture in the second aeration wash mill by washing strengthen pump, cleaning mixture process switching valve, Tap water and washing hydraulic control valve, tap water is connected with cleaning mixture switching valve with tap water interface;The second aeration washing dress The second cleaning mixture in putting adds valve to be connected with tap water interface by tap water;

Second cleaning mixture of the second aeration wash mill is by the second washing stock solution fill valve and dilutes at cleaning mixture The cleaning mixture stock solution rear pump of reason system is connected.

Further, the spray washing transducing tower includes that spray column and the cleaning mixture located at spray tower bottom collect disk, sprays Drench and be disposed with blower fan, cleaning mixture spray equipment, Zigzag type washing filler, the first air inlet, the spray in tower from top to bottom Transducing tower is washed in drip washing also includes that purification turns with cooling air inlet main pipe, the first purification and cooling conversion air-valve, the second purification with cooling Air-valve is changed, the purification is connected cooling tower rain-proof air inlet and the second purification with cooling air inlet main pipe one end with cooling conversion wind Valve, the other end is provided with the first purification and is connected with spray column by the first air intake branch with cooling conversion air-valve, and the cooling tower is prevented Rain air inlet is provided with anti-dust filter mesh, and first purification and cooling conversion air-valve are located between aeration washing system and spray column Purification with cooling air inlet main pipe on.

Further, the cleaning mixture circulation filter includes that the first cleaning mixture returns liquid filtration cycle pond, the second cleaning mixture Liquid filtration cycle pond is gone back to, first cleaning mixture goes back to liquid filtration cycle pond and returns liquid filtration cycle pond difference with second cleaning mixture It is provided with the first cleaning mixture liquid return tank sieves and the second cleaning mixture liquid return tank sieves, the first cleaning mixture liquid return tank sieves The cleaning mixture that first cleaning mixture goes back to liquid filtration cycle pond is divided into before the first filtration and is followed after circulating cleaning solution and the first filtration Ring cleaning mixture, the second cleaning mixture liquid return tank sieves is divided into the cleaning mixture that second cleaning mixture goes back to liquid filtration cycle pond Second filters front circulating cleaning solution and second filters Posterior circle cleaning mixture;First cleaning mixture return liquid filtration cycle pond, second Cleaning mixture is gone back to liquid filtration cycle pond and is connected with zero-emission heating device by spray washing liquid circulating pump respectively.

Further, the dilution washing liquid treating system includes that dilution cleaning mixture purifying plant and cleaning mixture stock solution provide dress Put:

The dilution spray liquid purifying plant includes cleaning mixture purification processes tank and dilution cleaning mixture heating heat exchanger, described First filters Posterior circle cleaning mixture and second filters Posterior circle cleaning mixture respectively by the first cleaning mixture purification control valve and second Cleaning mixture purification control valve is connected with the cleaning mixture purification processes tank, in the dilution cleaning mixture in cleaning mixture purification processes tank Heating electrothermal tube is provided with, the heating electrothermal tube is connected with power supply;One end of the dilution cleaning mixture heating heat exchanger primary side leads to Piping is connected with the cleaning mixture purification processes tank, and the other end of the dilution cleaning mixture heating heat exchanger primary side is by dilute Release cleaning mixture heating secondary pump to be connected with the cleaning mixture purification processes tank;The dilution cleaning mixture heating heat exchanger secondary side One end is connected with one end of dilution cleaning mixture heat control valve, and the other end for diluting cleaning mixture heat control valve connects respectively described One end, fan coil, the radiator of the secondary side of the second refrigeration compression cycle circuit condenser of zero-emission heating device With one end of the 4th cooling and warming switching valve, the other end and the dilution cleaning mixture of the dilution cleaning mixture heating heat exchanger secondary side One end of pump of heating is connected, and the other end that the dilution cleaning mixture heats a pump is connected with one end of check-valves, non-return The other end of valve connects respectively the second refrigeration compression cycle circuit condenser secondary side of the zero-emission heating device One end of the other end and the first cooling and warming switching valve;The cleaning mixture purification processes tank is also connected with blowoff valve and blowdown interface; The cleaning mixture purification processes tank is also connected with tap water supply valve and tap water interface;

The cleaning mixture stock solution offer device includes cleaning mixture concentration proportioning tank, washes in the cleaning mixture concentration proportioning tank Liquid stock solution is washed, first output branch road of the cleaning mixture concentration proportioning tank is sequentially connected cleaning mixture stock solution rear pump, cleaning mixture Stock solution feeds valve and filters Posterior circle cleaning mixture to first, and Article 2 output branch road is sequentially connected cleaning mixture stock solution rear pump, washing Liquid stock solution feeds valve and filters Posterior circle cleaning mixture to second;First input branch road of the cleaning mixture concentration proportioning tank connects successively Tap water supply valve and tap water interface are connect, the Article 2 input branch road of the cleaning mixture concentration proportioning tank is sequentially connected non-return Valve, dilution cleaning mixture purification rear pump are into dilution cleaning mixture;It is former that the cleaning mixture concentration proportioning tank is also sequentially connected cleaning mixture Liquid mixing pump, check-valves are to cleaning mixture concentration proportioning tank.

Further, the zero-emission heating device includes following loop:

First refrigeration compression cycle loop evaporator, the first refrigeration compression cycle circuit refrigeration compressor, the first refrigeration pressure Contracting closed circuit condenser, the first refrigeration compression cycle circuit expansion valve are sequentially connected composition first order heat pump;

Second refrigeration compression cycle loop evaporator, the second refrigeration compression cycle circuit refrigeration compressor, the second refrigeration pressure Contracting closed circuit condenser, the second refrigeration compression cycle circuit expansion valve are sequentially connected composition second level heat pump;

The first order heat pump and the second level heat pump constitute double loop heat pump assembly;

The first order heat pump and the first double loops of second level heat pump Jing coupling cycle pump, the conversion of the second cooling and warming Valve, the 3rd cooling and warming switching valve, coupling buffering water pot connect and compose double loop coupled and heat-exchange loop, and the coupling buffers water pot In be provided with damping baffle;

Air-conditioning output circulating pump Jing check-valves, the first cooling and warming switching valve, the second refrigeration compression cycle circuit condenser Secondary side, fan coil and radiator be sequentially connected composition air-conditioning heating output system;Circulating pump Jing non-returns are exported by air-conditioning Valve, the 5th cooling and warming switching valve, the primary side of the first refrigeration compression cycle loop evaporator, the 4th cooling and warming switching valve and Fan coil is sequentially connected composition air conditioner refrigerating output system;

By spray washing liquid circulating pump, the first isolation switching valve, the primary side of input isolation heat exchanger and cleaning mixture spray Device is sequentially connected composition winter spray liquid isolation coupling heat exchange input circulation primary loop;By the first refrigeration compression cycle loop The primary side of vaporizer, the 9th cooling and warming switching valve, isolation recuperated cycle pump, input isolation heat exchanger secondary side, the 8th Cooling and warming switching valve is sequentially connected composition winter spray liquid isolation coupling heat exchange input circulation secondary loop;By spray washing liquid Circulating pump, the 3rd isolation switching valve, the primary side of the first refrigeration compression cycle loop evaporator, the second isolation switching valve Jing pipelines It is sequentially connected composition winter spray liquid and directly inputs closed circuit;

By spray washing liquid circulating pump, by the 6th cooling and warming switching valve and the first refrigeration compression cycle circuit condenser The connection of secondary side one end, the secondary side other end of the first refrigeration compression cycle circuit condenser is by the conversion of the 7th cooling and warming Valve connects and composes refrigeration cooling water circulation loop with cleaning mixture spray equipment;By the 4th cooling and warming switching valve, the second refrigerated medium Hot-cast socket valve, the 3rd cooling and warming switching valve, the 5th cooling and warming switching valve Jing pipelines connect and compose double loop heat pump assembly Freeze and heat conversing circuits.

Used as a kind of alternative of such scheme, the zero-emission heating device includes following loop:

First refrigeration compression cycle loop evaporator, the first refrigeration compression cycle circuit refrigeration compressor, the first refrigeration pressure Contracting closed circuit condenser, the first refrigeration compression cycle circuit expansion valve are sequentially connected composition first order heat pump;

Second refrigeration compression cycle loop evaporator, the second refrigeration compression cycle circuit refrigeration compressor, the second refrigeration pressure Contracting closed circuit condenser, the second refrigeration compression cycle circuit expansion valve are sequentially connected composition second level heat pump;

The first order heat pump and the second level heat pump constitute double loop heat pump assembly;

Air-conditioning output system includes fan coil and radiator;

Second refrigeration compression cycle loop of the first refrigeration compression cycle circuit condenser and the second level heat pump Double loop coupled water tank, the first double loop coupling cycle pump and the second double loop coupling cycle pump are configured between vaporizer;

Accumulation of energy guarantor is configured between the second refrigeration compression cycle circuit condenser and the fan coil and radiator Reservoir, storage pump, isolation and amplifier heat exchanger and exoergic water pump;

One end of the secondary side of the first refrigeration compression cycle circuit condenser is sequentially connected the conversion of the second cooling and warming Valve, double loop coupled water tank, the other end of the first refrigeration compression cycle circuit condenser secondary side is sequentially connected the 3rd system Cold to heat switching valve, the first double loop coupling cycle pump, double loop coupled water tank, the above constitutes first order pump coupled heat water tank type Coupled and heat-exchange exports closed circuit;

One end connection double loop coupled water tank of the second refrigeration compression cycle loop evaporator primary side, described second The other end of refrigeration compression cycle loop evaporator primary side is sequentially connected the second double loop coupling cycle pump and double loop coupling Water pot, the above constitutes second level pump coupled heat water tank type coupled and heat-exchange input closed circuit;

One end of the secondary side of the second refrigeration compression cycle circuit condenser connects respectively the conversion of the 4th cooling and warming Valve, dilution cleaning mixture heat control valve, the accumulation of energy attemperater, the second refrigeration compression cycle circuit condenser secondary side The other end connect one end of the first cooling and warming switching valve and check-valves respectively, the check-valves other end is sequentially connected accumulation of energy Pump, accumulation of energy attemperater, the above constitutes air-conditioner energy-accumulation loop;

One end of the isolation and amplifier heat exchanger primary side connects the accumulation of energy attemperater, the isolation and amplifier heat exchanger The other end of primary side is sequentially connected exoergic water pump and the accumulation of energy attemperater, and the above constitutes air-conditioning exoergic loop;

The accumulation of energy attemperater is sequentially connected storage pump, check-valves, the first cooling and warming switching valve, the second refrigerant compression The secondary side of closed circuit condenser to the accumulation of energy attemperater constitutes heating water accumulation of heat loop;

Primary side one end of the isolation and amplifier heat exchanger be sequentially connected the exoergic water pump, the accumulation of energy attemperater with And the other end connection accumulation of energy attemperater of the isolation and amplifier heat exchanger primary side, above composition heating hot water heat release loop;

The accumulation of energy attemperater be sequentially connected the storage pump, the check-valves, the 5th cooling and warming switching valve, The primary side of the first refrigeration compression cycle loop evaporator and the 4th cooling and warming switching valve are incubated to the accumulation of energy Water tank constitutes air conditioner cold accumulation loop;One end connection accumulation of energy attemperater of the isolation and amplifier heat exchanger primary side, output heat exchange The other end of device primary side connects accumulation of energy attemperater composition air-conditioning and lets cool loop by exoergic water pump;

One end of the isolation and amplifier heat exchanger secondary side is sequentially connected the fan coil and air-conditioning exports circulating pump extremely The other end of the isolation and amplifier heat exchanger secondary side constitutes air conditioner refrigerating output blood circulation;

By spray washing liquid circulating pump, by the 6th cooling and warming switching valve and the first refrigeration compression cycle circuit condenser The connection of secondary side one end, the secondary side other end of the first refrigeration compression cycle circuit condenser is by the conversion of the 7th cooling and warming Valve connects and composes refrigeration cooling water circulation loop with cleaning mixture spray equipment;By spray washing liquid circulating pump, first isolation conversion Valve, input isolation heat exchanger primary side and cleaning mixture spray equipment are sequentially connected the spray liquid isolation coupling heat exchange input of composition winter Circulation primary loop;By isolation heat exchanger secondary side one end by the 8th cooling and warming switching valve, with the first refrigeration compression cycle Primary side one end connection of loop evaporator, the other end of the first refrigeration compression cycle loop evaporator primary side is by the 9th system It is cold to heat switching valve and isolate one end connection of recuperated cycle pump, isolate the other end of recuperated cycle pump and to isolate heat exchanger secondary The other end of side connects and composes winter spray liquid isolation coupling heat exchange input circulation secondary loop;Changed by the 4th cooling and warming Valve, the second cooling and warming switching valve, the 3rd cooling and warming switching valve, the 5th cooling and warming switching valve Jing pipelines connect and compose double back The refrigeration of road heat pump assembly with heat conversing circuits.

Used as a kind of alternative of such scheme, the zero-emission heating device includes following loop:

One end of the first refrigeration compression cycle loop evaporator secondary side is sequentially connected the first refrigeration compression cycle and returns Road refrigeration compressor, the primary side of heat recovering heat exchanger, the primary side of the first refrigeration compression cycle circuit condenser, the first refrigeration The other end of compression closed circuit expansion valve to the first refrigeration compression cycle loop evaporator secondary side constitutes single-stage heat pump;

One end of the first refrigeration compression cycle circuit condenser secondary side is sequentially connected fan coil, radiator, sky Output circulating pump, check-valves, the first cooling and warming switching valve are adjusted to the first refrigeration compression cycle circuit condenser secondary side The other end constitute single-stage heat pump winter heating output loop;Air-conditioning output circulating pump one end is sequentially connected check-valves, the 5th system It is cold to heat switching valve, the primary side of the first refrigeration compression cycle loop evaporator, the 4th cooling and warming switching valve, fan coil extremely The other end of air-conditioning output circulating pump constitutes single-stage heat pump cooling in summer output loop;By spray washing liquid circulating pump, by Six cooling and warming switching valves are connected with secondary side one end of the first refrigeration compression cycle circuit condenser, the first refrigeration compression cycle The secondary side other end of circuit condenser connects and composes summer system by the 7th cooling and warming switching valve and cleaning mixture spray equipment Cold cooling water circulation loop;

By spray washing liquid circulating pump, the first isolation switching valve, input isolation heat exchanger primary side and cleaning mixture spray dress Put composition spray liquid isolation coupling heat exchange input circulation primary loop;By input isolation heat exchanger secondary side, the 8th cooling and warming Switching valve, the primary side of the first refrigeration compression cycle loop evaporator, the 9th cooling and warming switching valve and isolation recuperated cycle pump Constitute spray liquid isolation coupling recuperated cycle secondary circuit;By spray washing liquid circulating pump, the 3rd isolation switching valve, the first refrigeration The primary side of compression closed circuit vaporizer, the second isolation switching valve and cleaning mixture spray equipment constitute spray liquid and directly input back Road;

One end of the secondary side of the heat recovering heat exchanger connects respectively one end of domestic hot-water's accumulation of heat valve and the first dilution One end of cleaning mixture heat control valve, other end connection domestic hot-water's attemperater of domestic hot-water's accumulation of heat valve, described the The other end of one dilution cleaning mixture heat control valve connects respectively one end and second of dilution cleaning mixture heating heat exchanger secondary side One end of dilution cleaning mixture heat control valve;The other end of the secondary side of the heat recovering heat exchanger connects respectively the 3rd dilution and washes Wash one end of liquid heat control valve and one end of check-valves, the other end of the check-valves be sequentially connected domestic hot-water's accumulation of heat pump and Domestic hot-water's attemperater, the other end connection check-valves of the 3rd dilution cleaning mixture heat control valve and the 4th dilution washing One end of liquid heat control valve, the other end of the 4th dilution cleaning mixture heat control valve connects first refrigerant compression and follows One end of loop back path condenser secondary side, the first cooling and warming switching valve and the 6th cooling and warming switching valve.

One end of the primary side of the heat recovering heat exchanger and the first refrigeration compression cycle circuit refrigeration compressor Exhaust end connects;The other end of the heat recovering heat exchanger primary side and the one of the first refrigeration compression cycle circuit condenser Secondary side one end connection, the other end of the first refrigeration compression cycle circuit condenser primary side connects the first refrigeration compression cycle loop The secondary side of expansion valve and the first refrigeration compression cycle loop evaporator constitutes refrigeration compression cycle loop;

Described domestic hot-water's attemperater one end connects respectively one end of domestic hot-water's feed water valve and tap water supply valve One end, the other end of domestic hot-water's feed water valve is connected with domestic hot-water's water supply interface, the tap water supply valve it is another End is connected with tap water interface;

By the 4th cooling and warming switching valve, the 5th cooling and warming switching valve Jing pipelines connect and compose single-circuit heat pump device Freeze and heat conversing circuits.

Beneficial effects of the present invention have:

Full rinsing type atmospheric pollution treating both the principal and secondary aspects of a disease system proposed by the invention, is supplied using the heating of spray liquid formula wind energy heat pump Heat, the 80% of its energy is the regenerative resource obtained from air, only consumes 20% or so electric energy, is not only saved substantial amounts of Fossil energy, also achieves heating zero-emission, and atmospheric pollution is eliminated from source.And itself is solid while heating There is the function of washing, purifying air pollutants, therefore discharge except itself having reached zero-emission standard, and also freely having eliminated other people Pollutant into air;Combining multiple cyclic washing system with spray using the aeration of full rinsing type carries out atmospheric pollution elimination Formula is purified, and instead of conventional paper filter, with low cost, more conducively environmental protection, is easy to promote the use of on a large scale.

Description of the drawings

Fig. 1 is the structural representation of the full rinsing type atmospheric pollution treating both the principal and secondary aspects of a disease system that the embodiment of the present invention one is provided;

Fig. 2 is the structural representation of the full rinsing type atmospheric pollution treating both the principal and secondary aspects of a disease system that the embodiment of the present invention two is provided;

Fig. 3 is the structural representation of the full rinsing type atmospheric pollution treating both the principal and secondary aspects of a disease system that the embodiment of the present invention three is provided.

In figure, A, spray washing transducing tower;B, the first aeration wash mill;C, the second aeration wash mill;D, zero-emission Heating device;E, dilution washing liquid treating system;F, sterilization and disinfection device;G, the 3rd aeration wash mill;H, cleaning mixture Circulation filter;

1st, spray column;2nd, Zigzag type washing filler;3rd, cleaning mixture spray equipment;4th, blower fan;5th, the first air inlet;6th, wash Liquid collects disk;7th, the first air intake branch;8th, purification and cooling air inlet main pipe;9th, cooling tower rain-proof air inlet;10th, second purification with Cooling conversion air-valve;11st, the first purification and cooling conversion air-valve;12nd, the second collection chamber;13rd, appendix;14th, the first collection chamber; 15th, dustproof and rainproof air inlet;16th, contaminated air winding pipe;17th, purify air filter screen;18th, the second air inlet pipe;19th, second shell Body;20th, the second cleaning mixture;21st, the second aeration generator;22nd, sterilizing micro-pore aeration generator;23rd, purify air filter screen; 24th, the first air inlet pipe;25th, the first housing;26th, the first cleaning mixture;27th, the first aeration generator;28th, sterilizing micro-pore aeration Generator;29th, washing strengthens pump;30th, the first blowoff valve;31st, blowdown interface;32nd, washing strengthens pump;33rd, the second blowoff valve; 34th, blowdown interface;35th, contaminated air air inlet pipe;36th, booster fan;37th, 38, anti-dust filter mesh;39th, tap water interface;40、 41st, tap water adds valve, the 42, second washing stock solution fill valve;43rd, the first washing stock solution fill valve;44th, the 6th cooling and warming turns Change valve;45th, input isolation heat exchanger;46th, the first isolation switching valve;47th, the 7th cooling and warming switching valve;48th, the 4th refrigerated medium Hot-cast socket valve;49th, the 8th cooling and warming switching valve;50th, the second isolation switching valve;51st, the first refrigeration compression cycle loop evaporation Device;52nd, the 3rd isolation switching valve;53rd, recuperated cycle pump is isolated;54th, the 9th cooling and warming switching valve;55th, the first refrigerant compression Closed circuit refrigeration compressor;56th, the first refrigeration compression cycle circuit condenser;57th, the first refrigeration compression cycle circuit expansion Valve;58th, the second cooling and warming switching valve;59th, the first double loop coupling cycle pump;60th, the 3rd cooling and warming switching valve;61st, it is double Return circuit coupling water pot;62nd, the second refrigeration compression cycle loop evaporator;63rd, the second double loop coupling cycle pump;64th, the second system Cold compression closed circuit refrigeration compressor;65th, the second refrigeration compression cycle circuit condenser;66th, the second refrigeration compression cycle is returned Road expansion valve;67th, the first cooling and warming switching valve;68th, the 5th cooling and warming switching valve;69th, accumulation of energy attemperater;70th, accumulation of energy Pump;71st, check-valves;72nd, isolation and amplifier heat exchanger;73rd, exoergic water pump;74th, fan coil;75th, air-conditioning output circulating pump;76、 77th, spray washing hydraulic control valve door;78th, the first cleaning mixture goes back to liquid filtration cycle pond;79th, the second cleaning mixture returns liquid filtration cycle Pond;80th, first front circulating cleaning solution is filtered;81st, second front circulating cleaning solution is filtered;82nd, 83, liquid return tank sieves;84th, first Filter Posterior circle cleaning mixture;85th, second Posterior circle cleaning mixture is filtered;86th, 87, cleaning mixture stock solution supply valve;88th, 89, spray is washed Wash liquid circulating pump;90th, the first cleaning mixture purification control valve;91st, the second cleaning mixture purification control valve;92nd, cleaning mixture purification processes Tank;93rd, cleaning mixture is diluted;94th, cleaning mixture heating secondary pump is diluted;95th, cleaning mixture purification rear pump is diluted;96th, check-valves; 97th, blowoff valve;98th, the second dilution cleaning mixture heat control valve;99th, check-valves;100th, dilute cleaning mixture and heat a pump;101、 Dilution cleaning mixture heating heat exchanger;102nd, electrothermal tube is heated;103rd, power supply;104th, check-valves;105th, cleaning mixture stock solution mixing pump; 106th, cleaning mixture concentration proportioning tank;107th, cleaning mixture stock solution;108th, cleaning mixture stock solution rear pump;109th, blowoff valve;110th, originally Water supply valve;111st, tap water interface;112nd, 113,114,115, cleaning mixture processes switching valve;116th, sterilizing generator; 117th, sterilizing air shooter;118th, 119, tap water and washing hydraulic control valve;120th, tap water and cleaning mixture switching valve; 121st, tap water supply valve;122nd, immersible pump;123rd, venturi diffusion tubular type ejector;124th, pore type aeration generator; 125th, dilute cleaning mixture and pour out pump;126th, dilute cleaning mixture and pour out valve;127th, heat recovering heat exchanger;128th, the 3rd dilution cleaning mixture Heat control valve;129th, the 4th dilution cleaning mixture heat control valve;130th, the first dilution cleaning mixture heat control valve;131st, live Hot water thermal insulating water tank;132nd, domestic hot-water;133rd, domestic hot-water's accumulation of heat valve;134th, check-valves;135th, domestic hot-water's accumulation of heat pump; 136th, domestic hot-water's feed water valve;137th, domestic hot-water's water supply interface;138th, tap water supply valve;139th, tap water interface;140、 Blowdown interface;141st, blowdown interface;142nd, 143, sterilizing micro-pore aeration generator;144th, coupling buffering water pot;145th, hinder Buddhist nun's dividing plate;146th, the 3rd housing;147th, the 3rd cleaning mixture;148th, the 3rd collection chamber;149th, the 3rd air inlet pipe;150th, radiator.

Specific embodiment

Further illustrate technical scheme below in conjunction with the accompanying drawings and by specific embodiment.

Embodiment one:

As shown in figure 1, being the structural representation of a kind of full rinsing type atmospheric pollution treating both the principal and secondary aspects of a disease system that the present embodiment is provided Figure, including spray washing transducing tower A, the first aeration wash mill B, the second aeration wash mill C, zero-emission heating device D, cleaning mixture circulation filter H, dilution washing liquid treating system E and sterilization and disinfection device F, spray washing transducing tower A passes through Airduct is connected with the second aeration wash mill C, and the first aeration wash mill B is by airduct and the second aeration wash mill C phases Connection, the spray liquid of spray washing transducing tower A returns liquid outfan Jing pipelines and returns liquid with the spray liquid of cleaning mixture circulation filter H Input connects, and the outfan of cleaning mixture circulation filter H is by pipeline and the spray liquid input of spray washing transducing tower A It is connected, spray washing transducing tower A is connected and is carried out by heat exchanger and pipeline with the input of zero-emission heating device D Coupled and heat-exchange, the outfan of zero-emission heating device D is by pipeline and the fan coil 74 and heating installation of heating terminal system Piece 150 is connected, sterilization and disinfection device F by pipeline respectively with cleaning mixture circulation filter H, the first aeration wash mill B, Second aeration wash mill C is connected, the first aeration wash mill B, the second aeration wash mill C, cleaning mixture circulating filtration dress The cleaning mixture put in H and dilution washing liquid treating system E is alkalescence salt or alcohols anti-freezing solution.

Spray washing transducing tower A includes that spray column 1 and the cleaning mixture located at spray tower bottom collect disk 6, in spray column 1 certainly Blower fan 4, cleaning mixture spray equipment 3, Zigzag type washing filler 2 are disposed with above, the first air inlet 5, spray washing is changed Energy tower A also includes that purification is purified and cooling conversion air-valve 11, second purification and cooling conversion wind with cooling air inlet main pipe 8, first Valve 10, purifies and is connected the purification of cooling tower rain-proof air inlet 9 and second and cooling conversion air-valve 10 with cooling air inlet main pipe 8 one end, The other end is provided with the first purification and is connected with spray column 1 by the first air intake branch 7 with cooling conversion air-valve 11, and cooling tower rain-proof is entered QI KOU 9 is provided with anti-dust filter mesh 37, and the first purification and cooling conversion air-valve 11 are located between aeration washing system and spray column 1 In purification and cooling air inlet main pipe 8.

In the present embodiment, aeration washing system includes the first aeration wash mill B including the first housing 25, located at first The first cleaning mixture 26 in housing 25, the first aeration generator 27 in the first cleaning mixture 26, also include being washed positioned at first Wash the first collection chamber 14 of the top of liquid 26 and the first air inlet pipe 24 of the connection of the first aeration generator 27, dustproof and rainproof air inlet 15 are connected by pipeline with the first air inlet pipe 24, and in junction purify air filter screen 23 is provided with, and dustproof and rainproof air inlet 15 is configured Anti-dust filter mesh 38;

By being sequentially connected, the first cleaning mixture 26, washing strengthen pump 29 to first aeration wash mill B and cleaning mixture is processed and turned Change first cleaning mixture of loop forced circulation 26 of the cleaning mixture of valve 112 to the first 26;First aeration wash mill B passes through the first blowdown Valve 30 is connected with blowdown interface 31;The first cleaning mixture 26 in first aeration wash mill B strengthens pump 29, cleaning mixture by washing Switching valve 113, tap water is processed with washing hydraulic control valve 118,119, tap water and cleaning mixture switching valve 120 and tap water interface 111 are connected;The first cleaning mixture 26 in first aeration wash mill B adds valve 40 to be connected with tap water interface 39 by tap water Connect;

First cleaning mixture 26 of the first aeration wash mill B is by the first washing stock solution fill valve 43 and dilutes at cleaning mixture The cleaning mixture stock solution rear pump 108 of reason system E is connected;

Second aeration wash mill C includes the second housing 19, the second cleaning mixture 20 in the second housing 19, located at the The second aeration generator 21 in two cleaning mixture 20 and the second air inlet pipe 18 of the connection of the second aeration generator 21, also include with The appendix 13 of the connection of the first collection chamber 14, the second collection chamber 12 above the second cleaning mixture 20, appendix 13 and second Air inlet pipe 18 is connected, and in junction purify air filter screen 17 is provided with, and the second collection chamber 12 is by the first purification and cooling conversion wind Valve 11, purification are connected with cooling air inlet main pipe 8, the first air intake branch 7 with first air inlet 5 of spray washing transducing tower A;

By being sequentially connected, the second cleaning mixture 20, washing strengthen pump 32 to second aeration wash mill C and cleaning mixture is processed and turned Change second cleaning mixture of loop forced circulation 20 of the cleaning mixture of valve 114 to the second 20;Second aeration wash mill C passes through the second blowdown Valve 33 is connected with blowdown interface 34;The second cleaning mixture 20 in second aeration wash mill C strengthens pump 32, cleaning mixture by washing Switching valve 115, tap water is processed with washing hydraulic control valve 118,119, tap water and cleaning mixture switching valve 120 and tap water interface 111 are connected;The second cleaning mixture 20 in second aeration wash mill C adds valve 41 to be connected with tap water interface 39 by tap water Connect.

Second cleaning mixture 20 of the second aeration wash mill C is by the second washing stock solution fill valve 42 and dilutes at cleaning mixture The cleaning mixture stock solution rear pump 108 of reason system E is connected.

Spray washing transducing tower A, the first aeration wash mill B and the second aeration wash mill C constitute the big of the present embodiment Mark system is controlled in gas pollution, and its course of work is as follows:

During winter heating heat supply running, spray washing transducing tower A operations first, now, the second purification turns with cooling Change air-valve 10 to close, the first purification is opened with cooling conversion air-valve 11, and blower fan 4 starts running, and makes the first air intake branch 7, purification Negative pressure is respectively formed with cooling air inlet main pipe 8, the second collection chamber 12, appendix 13, the first collection chamber 14, outdoor malleation pollutes empty Gas passes sequentially through anti-dust filter mesh 38, dustproof and rainproof air inlet 15, the second air intake branch 16, purify air filter screen 23, first enters Trachea 24 is pressed into the first aeration generator 27, substantial amounts of pollution occurs to the first cleaning mixture 26 by the first aeration generator 27 empty The little aeration bubbles of feeble QI, the small aeration bubbles of these contaminated airs pour into the first collection chamber of negative pressuren zone by the first cleaning mixture 26 During 14, repeatedly by the washing, purifying of the first cleaning mixture 26, now, washing strengthens pump 29 and runs, and the first cleaning mixture 26 is washed Wash enhancing pump 29 and suck scrubbed liquid and process switching valve 112 and return in the first cleaning mixture 26 of the first aeration generator 27, realize Forced circulation cleaning mixture, strengthens the effect that small contaminated air bubble is washed with the phase mutual friction of the first cleaning mixture 26, completes The washing process of one aeration wash mill B;The air of the preliminary purification after Jing the first aeration wash mills B washings, collects in In first collection chamber 14, pass sequentially through appendix 13, purify air filter screen 17, the second air inlet pipe 18 and be pressed into the second aeration generator 21, there is the tiny air gas Jing after first order aeration washing, purifying to the second cleaning mixture 20 by the second aeration generator 21 Bubble, these tiny air bubbles Jing after first order aeration washing, purifying become the second level through the washing of the second cleaning mixture 20 The further air of cleaning after aeration purification, washing strengthens pump 32 and cleaning mixture process the effect of switching valve 114 respectively with washing Strengthen pump 29 identical with cleaning mixture process switching valve 112, will not be described here;

Collect in the second collection chamber 12 through the purify air of TSA washing, sequentially pass through the first purification with cooling Conversion air-valve 11, purification and cooling air inlet main pipe 8, the first air intake branch 7, the first air inlet 5 are inhaled in spray column 1, now Cleaning mixture spray equipment 3 filters the filtration Posterior circle of Posterior circle cleaning mixture 84 or second and washes to Zigzag type washing filler 2 sprinkling first Liquid 85 is washed, due to the operating of blower fan 4, the purify air after TSA washing is forced to be sucked through Zigzag type washing Filler 2 passes through with the first filtration Posterior circle cleaning mixture 84 or the second filtration Posterior circle cleaning mixture 85 in Zigzag type washing filler 2 Repeatedly adverse current is turned back to rub and is washed repeatedly, is finally completed the washing process of spray washing transducing tower A;Contaminated air exposes through two-stage Clean air after gas washing and one-level spray washing from the row of spray column blower fan 4 to air, so as to realize to already present air Pollutant carry out Processing for removing.

When cleaning mixture adopts alkalescence salt anti-freezing solution, the equipment of every contact circulating brine anti-icing fluid, device and Pipeline all should adopt the material fabrication and installation of salt tolerant aqueous corrosion.

Zero-emission heating device D constitutes the atmospheric pollution of the present embodiment and controls the system, zero-emission heating device D During operation, spray washing transducing tower A is as two functions:To zero-emission heating device D, it is to extract air heat energy to change Thermal, the water resource heat pump conversion for zero-emission heating device D provides Cryogenic air heat source water;For air pollutants are controlled Mark system, spray washing transducing tower A undertakes the effect of spray washing;Zero-emission heating device D includes following loop:

First refrigeration compression cycle loop evaporator 51, the first refrigeration compression cycle circuit refrigeration compressor 55, first are made Cold compression closed circuit condenser 56, the first refrigeration compression cycle circuit expansion valve 57 are sequentially connected composition first order heat pump;

Second refrigeration compression cycle loop evaporator 62, the second refrigeration compression cycle circuit refrigeration compressor 64, second are made Cold compression closed circuit condenser 65, the second refrigeration compression cycle circuit expansion valve 66 are sequentially connected composition second level heat pump;

First order heat pump and second level heat pump constitute double loop heat pump assembly;

First order heat pump and the second level the first double loops of heat pump Jing coupling cycle pump 59, the second cooling and warming switching valve 58, 3rd cooling and warming switching valve 60, coupling buffering water pot 144 connect and compose double loop coupled and heat-exchange loop, coupling buffering water pot Damping baffle 145 is provided with 144;

The air-conditioning output Jing check-valves 71 of circulating pump 75, the first cooling and warming switching valve 67, the second refrigeration compression cycle loop The secondary side of condenser 65, fan coil 74 and radiator 150 are sequentially connected composition air-conditioning heating output system;Exported by air-conditioning The Jing check-valves 71 of circulating pump 75, the 5th cooling and warming switching valve 68, the primary side of the first refrigeration compression cycle loop evaporator 51, 4th cooling and warming switching valve 48 and fan coil 74 are sequentially connected composition air conditioner refrigerating output system;

Isolated switching valve 46, the primary side of input isolation heat exchanger 45 by spray washing liquid circulating pump 88,89, first and washed Wash liquid spray equipment 3 and be sequentially connected composition winter spray liquid isolation coupling heat exchange input circulation primary loop;Pressed by the first refrigeration The primary side of contracting closed circuit vaporizer 51, the 9th cooling and warming switching valve 54, isolation recuperated cycle pump 53, input isolation heat exchange The secondary side of device 45, the 8th cooling and warming switching valve 49 are sequentially connected the spray liquid isolation coupling heat exchange input of composition winter and circulate two Minor loop;By the isolation switching valve 52 of spray washing liquid circulating pump the 88,89, the 3rd, the first refrigeration compression cycle loop evaporator 51 Primary side, second isolation the Jing pipelines of switching valve 50 be sequentially connected composition winter spray liquid directly input closed circuit;

By spray washing liquid circulating pump 88,89 by the 6th cooling and warming switching valve 44 and the first refrigeration compression cycle loop Secondary side one end connection of condenser 56, the secondary side other end of the first refrigeration compression cycle circuit condenser 56 is by the 7th system The cold switching valve 47 that heats connects and composes refrigeration cooling water circulation loop with cleaning mixture spray equipment 3;Changed by the 4th cooling and warming Valve 48, the second cooling and warming switching valve 58, the 3rd cooling and warming switching valve 60, the connection of the Jing pipelines of the 5th cooling and warming switching valve 68 Constitute the refrigeration of double loop heat pump assembly and heat conversing circuits.

The running of zero-emission heating device D is as follows:

When winter heating runs, spray washing liquid circulating pump 88 or 89 operates, the using and the reserved;When cleaning mixture is alkalescence salt During water anti-icing fluid, because saline anti-icing fluid has corrosiveness to metal material, saline anti-icing fluid need to be avoided into the first refrigeration In compression closed circuit vaporizer 51;First filter Posterior circle cleaning mixture 84 or second filter the Jing first of Posterior circle cleaning mixture 85 every The primary side of input isolation heat exchanger 45 is delivered to from switching valve 46, the heat of saline anti-icing fluid is exchanged heat and is given input isolation heat exchanger 45 secondary side, supercool anti-icing fluid Jing pipelines input cleaning mixture spray equipment 3, scrubbed liquid spray equipment 3 is washed to Zigzag type The sprinkling saline anti-icing fluid of filler 2 is washed, due to the quilt of the first air intake branches of air Jing 7 that the effect of blower fan 4 is washed through TSA Suction spray column 1 washs the saline anti-icing fluid of filler 2 in Zigzag type air pollutants with adverse current by Zigzag type air pollutants Turn back friction heat exchange in washing filler 2, supercool saline anti-icing fluid heated, the supercool row of air Jing blower fans 4 to air, so as to Complete the heat transfer process that air heat energy is converted to anti-icing fluid heat energy;

By input isolation the primary side of heat exchanger 45 by the heat of saline anti-icing fluid exchange heat to flow through input isolation heat exchanger 45 Among the antifreeze circulatory mediator of secondary side, the antifreeze circulatory mediator is changed by isolating recuperated cycle pump 53 and force it to sequentially pass through isolation The secondary side of hot device 45, cooling and warming switching valve 49, the primary side of the first refrigeration compression cycle loop evaporator 51, cooling and warming conversion Valve 54, isolation recuperated cycle pump 53 cycle back to the isolation secondary side of heat exchanger 45, complete that the saline for representing air heat energy is antifreeze To antifreeze circulatory mediator, antifreeze circulatory mediator circulation flows through the steaming of the first refrigeration compression cycle loop to the heat recuperated cycle of liquid Send out the primary side of device 51, then antifreeze circulatory mediator heat is exchanged heat to flowing through the first refrigeration compression cycle loop evaporator 51 2 times The cold-producing medium of side, completes that atmospheric heat is passed to into the first refrigeration compression cycle loop evaporator 51 by antifreeze circulatory mediator Isolation heat exchange running, the equipment of every contact circulating brine anti-icing fluid, device and pipeline all should adopt salt tolerant aqueous corrosion Material fabrication and installation;Antifreeze circulatory mediator is common anti-icing fluid.

When cleaning mixture is the alcohols anti-freezing solution such as weakly alkaline Propylene Glycol or glycerol, due to the no corruption of metal material Erosion is acted on, therefore the first filtration Posterior circle cleaning mixture 84 or the isolation switching valves 52 of the second 85 Jing of filtration Posterior circle cleaning mixture the 3rd are straight The input primary side of the first refrigeration compression cycle loop evaporator 51 is connect, from the primary side of the first refrigeration compression cycle loop evaporator 51 The isolation switching valves 50 of alcohols anti-icing fluid Jing second out send into cleaning mixture spray equipment 3, complete spray washing and atmospheric heat The process of the first refrigeration compression cycle loop evaporator 51 is directly passed to by alcohols anti-icing fluid;First refrigeration compression cycle is returned The alcohols anti-icing fluid of the primary side of road vaporizer 51 exchanges heat heat into the cold-producing medium of its secondary side, overheated refrigerant gas The first refrigeration compression cycle circuit refrigeration compressor 55 is inhaled into, high temperature refrigerant gas the first refrigerant compressions of Jing after compression The coupling cycle medium condensation heat release for once laterally flowing through its secondary side of closed circuit condenser 56, obtains the coupling of condensation heat Secondary side and second refrigeration compression cycle loop evaporator 62 of the circulatory mediator in the first refrigeration compression cycle circuit condenser 56 Circuit cycle between primary side, due to loop in the first double loop coupling cycle pump 59 effect, coupling cycle medium enters Enter in coupling buffering water pot 144, due to configuration damping baffle 145 in coupling buffering water pot 144, coupling cycle media flow is subject to The obstruction of damping baffle 145, it is necessary to cross damping baffle 145 can reach coupling buffering water pot 144 export, improve coupling cycle The first double loop of medium coupling cycle pump 59 completes the first refrigeration compression cycle loop and exports heat to follow to the second refrigerant compression The process of loop back path, the effect of coupling buffering water pot 144 is to increase the first refrigeration compression cycle circuit condenser 56 and the second system The capacity of coupling cycle medium between cold compression closed circuit vaporizer 62, first refrigerant compression when winter, outside air temperature was relatively low The water temperature of the secondary side output of closed circuit condenser 56 needs the operation regular hour to can be only achieved expected temperature value, but The evaporation endothermic speed of second refrigeration compression cycle loop evaporator 62 is far above the first refrigeration compression cycle circuit condenser 56 2 The speed that secondary side water temperature is set up, if the first refrigeration compression cycle circuit condenser 56 and the evaporation of the second refrigeration compression cycle loop When the moisture storage capacity of device 62 is less, cause the first refrigeration compression cycle loop and the second refrigeration compression cycle loop fluctuation of service, So configuration coupling buffering water pot 144 can increase coupling buffer time, make operation more reliable and more stable;

Coupling cycle medium to the primary side of the second refrigeration compression cycle loop evaporator 62 is input into by the first refrigerant compression The heat of closed circuit exchanges heat into the cold-producing medium of the secondary side of the second refrigeration compression cycle loop evaporator 62, is heated gasification The suction compression of refrigerant gas Jing the second refrigeration compression cycle circuit refrigerations compressor 64, the high temperature compressed cold-producing medium gas after compression The heating water condensation heat release that once lateral secondary side is flowed through of the second refrigeration compression cycles of body Jing circuit condenser 65, condensed system Cryogen liquid transports to the second refrigeration compression cycle loop evaporator 62 Jing after the throttling of the second refrigeration compression cycle circuit expansion valve 66 Secondary side continue evaporate absorb the first refrigeration compression cycle loop heat, the second refrigeration compression cycles of Jing circuit condenser 65 The heated heating water of secondary side sequentially passes through fan coil 74, radiator 150, air-conditioning output circulating pump 75, check-valves 71, system The cold switching valve 67 that heats loops back the secondary side of the second refrigeration compression cycle circuit condenser 65, from fan coil 74 to air-conditioning room in Blowing hot-air heating, the radiator 150 in parallel with fan coil also simultaneously to indoor convection heating heat supply, after release heat Heating water circulation returns the secondary side of the second refrigeration compression cycle circuit condenser 65 and repeats above-mentioned heating process.

Due to 80% of the heat needed for heating being exchanged heat using anti-icing fluid and air stream by spraying tower body 1, acquisition What the wind energy that the air flow temperature difference is formed was provided, the electric energy for only consuming 20% or so is completed with driving refrigeration compressor to rotate 100% heating is circulated, therefore has reached zero-emission heating, realizes the generation that atmospheric pollution is cut off from source.

Cleaning mixture circulation filter H includes that the first cleaning mixture goes back to liquid filtration cycle pond 78, the second cleaning mixture and returns liquid and filter Circulatory pool 79, the first cleaning mixture time liquid filtration cycle pond 78 is respectively equipped with first and washes with the second cleaning mixture time liquid filtration cycle pond 79 Liquid liquid return tank sieves 82 and the second cleaning mixture liquid return tank sieves 83 are washed, the first cleaning mixture liquid return tank sieves 82 is washed first The cleaning mixture for washing liquid go back to liquid filtration cycle pond 78 is divided into the filtration of circulating cleaning solution 80 and first Posterior circle cleaning mixture before the first filtration 84, the second cleaning mixture liquid return tank sieves 83 is divided into the cleaning mixture that the second cleaning mixture goes back to liquid filtration cycle pond 79 before second filtration Circulating cleaning solution 81 and second filters Posterior circle cleaning mixture 85;First cleaning mixture goes back to liquid filtration cycle pond 78, the second cleaning mixture and returns Liquid filtration cycle pond 79 is connected respectively by spray washing liquid circulating pump 88,89 with zero-emission heating device D.

Dilution washing liquid processing device E includes dilution cleaning mixture purifying plant and cleaning mixture stock solution offer device:

Dilution spray liquid purifying plant includes cleaning mixture purification processes tank 92 and dilution cleaning mixture heating heat exchanger 101, the One filters Posterior circle cleaning mixture 84 and second filters Posterior circle cleaning mixture 85 respectively by the first cleaning mixture purification control He of valve 90 Second cleaning mixture purification control valve 91 is connected with cleaning mixture purification processes tank 92, and the dilution in cleaning mixture purification processes tank 92 is washed Wash and heating electrothermal tube 102 is provided with liquid 93, heating electrothermal tube 102 is connected with power supply 103;Dilution cleaning mixture heating heat exchanger 101 1 One end of secondary side is connected by pipeline with cleaning mixture purification processes tank 92, dilutes the another of the primary side of cleaning mixture heating heat exchanger 101 Secondary pump 94 is heated by dilution cleaning mixture and is connected with cleaning mixture purification processes tank 92 in one end;Dilution cleaning mixture heating heat exchanger One end of 101 secondary sides is connected with one end of dilution cleaning mixture heat control valve 98, dilutes the another of cleaning mixture heat control valve 98 One end connect respectively the secondary side of the second refrigeration compression cycle circuit condenser 65 of zero-emission heating device D one end, One end of fan coil 74, the cooling and warming switching valve 48 of radiator 150 and the 4th, dilution cleaning mixture heating heat exchanger 101 2 times One end that the other end of side heats a pump 100 with dilution cleaning mixture is connected, and dilutes the other end that cleaning mixture heats a pump 100 It is connected with one end of check-valves 99, the other end of check-valves 99 connects respectively the second refrigerant compression of zero-emission heating device One end of the other end of the secondary side of closed circuit condenser 65 and the first cooling and warming switching valve 67;Cleaning mixture purification processes tank is also It is connected with blowoff valve 97 and blowdown interface 140;Cleaning mixture purification processes tank is also connected with tap water supply valve 121 and tap water interface 111;

Cleaning mixture stock solution offer device includes there is washing in cleaning mixture concentration proportioning tank 106, cleaning mixture concentration proportioning tank 106 Liquid stock solution 107, first output branch road of cleaning mixture concentration proportioning tank 106 is sequentially connected cleaning mixture stock solution rear pump 108, washing Liquid stock solution supply valve 86 to the first filters Posterior circle cleaning mixture 84, and Article 2 output branch road is sequentially connected cleaning mixture stock solution rear pump 108th, cleaning mixture stock solution supply valve 87 to the second filters Posterior circle cleaning mixture 85;First of cleaning mixture concentration proportioning tank 106 is defeated Enter branch road and be sequentially connected tap water supply valve 110 and tap water interface 111, the Article 2 input of cleaning mixture concentration proportioning tank 106 Branch road is sequentially connected check-valves 96, dilution cleaning mixture purification rear pump 95 into dilution cleaning mixture 93;Cleaning mixture concentration proportioning tank 106 are also sequentially connected cleaning mixture stock solution mixing pump 105, check-valves 104 to cleaning mixture concentration proportioning tank 106.

The course of work of cleaning mixture circulation filter H and dilution washing liquid processing device E is as follows:

During contaminated air washing, purifying, air contains certain moisture content, and particularly spray washing liquid is due to first By after cold-producing medium evaporation endothermic in refrigeration compression cycle loop evaporator 51, its temperature than low 5 to 10 DEG C or so of ambient air temperature, So the moisture content in air forms afterwards to the cold ice crystal and is mixed among anti-icing fluid, it is directed at anti-icing fluid and is gradually diluted, has raised antifreeze The temperature of liquid freezing point.Solution:One is addition anti-icing fluid stock solution, increases the concentration of anti-icing fluid, reduces anti-icing fluid freezing point temperature; Two is that anti-icing fluid is heated, and water evaporates are fallen, and makes anti-icing fluid reply original content.

The anti-icing fluid being diluted collects disk 6 from cleaning mixture, and respectively Jing spray washings hydraulic control valve door 76,77 into first is washed Wash liquid and go back to liquid filtration cycle pond 78 or the second cleaning mixture go back to liquid filtration cycle pond 79, first filters front circulating cleaning solution 80 and second Before filtering circulating cleaning solution 81 respectively scrubbed liquid liquid return tank sieves 82,83 by the pollutant impurity in the anti-icing fluid being diluted It is removed by filtration, the first filtration Posterior circle cleaning mixture 84 and the second filtration Posterior circle cleaning mixture 85 after filtering are washed respectively by spray Wash liquid circulating pump 88,89 and the anti-icing fluid for representing air heat energy is provided to zero-emission heating device D.It is dilute Jing after filtration is processed The the first filtration Posterior circle cleaning mixture 84 and second released filters Posterior circle cleaning mixture 85 respectively by the first cleaning mixture purification control valve 90 and second cleaning mixture purification control valve 91 enter cleaning mixture purification processes tank 92, into dilute in cleaning mixture purification processes tank 92 Cleaning mixture 93 is released respectively by two-way thermal source heating, drying:The first via by dilute cleaning mixture heat the Jing check-valves 99 of pump 100 to The secondary side of second refrigeration compression cycle circuit condenser 65 simultaneously will by the secondary side of the second refrigeration compression cycle circuit condenser 65 Heating hot water Jing pipelines send into dilution cleaning mixture heating heat exchanger 101 once by cleaning mixture heat control valve 98 is diluted, and will adopt The heat of warm heat water exchanges heat to the secondary side for diluting cleaning mixture heating heat exchanger 101 and follows to diluting cleaning mixture heating secondary pump 94 The dilution cleaning mixture heating, drying of ring, the heating hot water backflow after the primary side heat exchange of dilution cleaning mixture heating heat exchanger 101 A pump 100 is heated to dilution cleaning mixture to continue to repeat above-mentioned heat cycles;Secondary route heats electrothermal tube 102 and power supply 103 The electric heater unit of composition is to diluting cleaning mixture heating, drying.Cleaning mixture after heated drying is exported by spray liquid purification is diluted The Jing check-valves 96 of pump 95 are input into cleaning mixture concentration proportioning tank 106 by pipeline, and the cleaning mixture in cleaning mixture concentration proportioning tank 106 is former Liquid 107 feeds valve 86,87 and filters Posterior circle cleaning mixture 84 and the to first by stock solution respectively from cleaning mixture stock solution rear pump 108 Two filter Posterior circle cleaning mixture 85 supplements cleaning mixture stock solution 107, and cleaning mixture stock solution 107 is distinguished by cleaning mixture stock solution rear pump 108 Cleaning mixture stock solution is supplemented by washing stock solution fill valve 42,43 to the first aeration wash mill B and the second aeration wash mill C 107.When adding cleaning mixture stock solution to cleaning mixture concentration proportioning tank 106, check-valves 104 are passed through by cleaning mixture stock solution mixing pump 105 Jing pipeline circulation stirring cleaning mixture stock solution 107, is fully fused by pipeline with the cleaning mixture after drying.In order to adjust cleaning mixture Concentration, by the Jing tap waters supply valve 110 of tap water interface 111 and tap water supply valve 121 respectively to cleaning mixture concentration proportioning Tank 106 and the injection tap water of cleaning mixture purification processes tank 92, respectively by tap water and cleaning mixture switching valve 120,118,119 to First filters the injection tap water of circulating cleaning solution 81 before front circulating cleaning solution 80 and second is filtered.Cleaning mixture purification processes tank 92 by Blowoff valve 97 accesses blowdown interface 140, and cleaning mixture concentration proportioning tank 106 accesses the blowdown of blowdown interface 141 by blowoff valve 109.

Valve 40 and tap water is added to add valve 41 to fill to the washing of the first aeration respectively by the Jing tap waters of tap water interface 39 Put B and the second aeration wash mill C injection tap waters.

Sterilization and disinfection device F includes sterilizing generator 116, and sterilizing generator 116 passes through sterilizing gas Delivery pipe 117 is connected respectively with cleaning mixture circulation filter H, the first aeration wash mill B, the second aeration wash mill C, by The spray washing transducing tower A of mark system, the first aeration wash mill B, the second aeration wash mill C are controlled in air pollutants to use After certain hour, under certain conditions can breed bacteria produce abnormal flavour, by the Jing sterilizing gases of sterilizing generator 116 There is the sterilizing gases such as ozone, chlorine dioxide in delivery pipe 117 to cleaning mixture, cleaning mixture and wash mill body are killed Abnormal flavour is removed in bacterium sterilization.The sterilizing generator 116 of the present embodiment is ozonator, and ozone Jing sterilizings gas is conveyed Pipe 117 is respectively fed to sterilizing micro-hole aerator 22,28,142,143, to the second cleaning mixture 20, the first cleaning mixture 26 and One filters the eruption ozone bubbles of circulating cleaning solution 81 before front circulating cleaning solution 80, second is filtered, and to air pollutants mark system is controlled Whole cleaning mixture and cavity or device and position all-directional disinfection.Although the cheap of ozone sterilization sterilization, speed and effect Fruit is that other are similar impayable, but ozone produces toxic and side effects to human body.Blower fan should be in good time opened during sterilizing, will Ozone discharge system, in case ozone produces harm to human body.Because ozone will not in atmosphere stop long-time, arrange to air Ozone can disappear quickly.

Zero-emission heating device D cooling in summer operation of air conditioner processes:

When cooling in summer runs, first filters Posterior circle cleaning mixture 84 and second filters the whole Jing of Posterior circle cleaning mixture 85 the One cleaning mixture purification control valve 90 and second cleaning mixture purification control valve 91 is entered and stored in the He of cleaning mixture purification processes tank 92 Among cleaning mixture concentration proportioning tank 106, cleaning mixture purification control valve 90 and 91 is closed, controlled by tap water and cleaning mixture respectively First cleaning mixture is returned valve 118,119 into liquid filtration cycle pond 78 and the second cleaning mixture goes back to liquid filtration cycle pond 79 and injects tap water, As the cooling water of cooling in summer air-conditioning.

Second purification is opened with cooling conversion air-valve 10, and the first purification is closed with cooling conversion air-valve 11.Respectively by spraying First cleaning mixture is returned detergent circulator 88,89 into liquid filtration cycle pond 78 and the second cleaning mixture returns the cold of liquid filtration cycle pond 79 But water Jing cooling and warmings switching valve 44 sends into the secondary side of the first refrigeration compression cycle circuit condenser 56, and condensation heat is by the first system The secondary side of cold compression closed circuit condenser 56 Jing after cooling and warming switching valve 47 transports to cleaning mixture spray equipment 3, by washing Liquid spray equipment 3 washs filler 2 to the Zigzag type air pollutants washing sprinkling cooling water of filler 2 in Zigzag type air pollutants Middle cooling water with by blower fan 4 successively Jing anti-dust filter meshes 37, cooling tower rain-proof air inlet 9, purification and cooling conversion air-valve 10, the The air heat-exchange cooling of the suction of one air intake branch 7, overheated air is from the row of blower fan 4 to air, supercool cooling water difference Jing sprays Drip washing is washed hydraulic control valve door 76,77 and flows into the first cleaning mixture go back to liquid filtration cycle pond 78, the second cleaning mixture go back to liquid filtration cycle pond 79, respectively scrubbed liquid liquid return tank sieves 82,83 contaminant filter in cooling water is removed, cooling water after filtering again by Spray washing liquid circulating pump 88,89 is repeatedly performed above-mentioned air conditioner water cooling procedure;First refrigeration compression cycle circuit refrigeration compresses The secondary side of high temperature refrigerant gas the first refrigeration compression cycles of Jing circuit condenser 56 that the operating of machine 55 is discharged exchanges heat with cooling water, Condensation heat is taken away by cooling water and cooled down.Condensed the first refrigeration compression cycles of refrigerant liquid Jing circuit expansion valve 57 is saved Into the secondary side of the first refrigeration compression cycle loop evaporator 51 after stream, evaporation absorbs the evaporation of the first refrigeration compression cycle loop Chilled water refrigeration is simultaneously become chilled water by the heat of the chilled water of the primary side of device 51, and chilled water exports circulating pump 75 successively by air-conditioning Through check-valves 71 by the primary side of 68 to the first refrigeration compression cycle loop evaporator of the 5th cooling and warming switching valve 51, pass through 4th cooling and warming switching valve 48 is blown a cold wind over refrigeration air-conditioner by fan coil 74 to fan coil 74 to room, overheated Chilled water Jing fan coils 74 are back to air-conditioning output circulating pump 75, complete cooling in summer operation of air conditioner process.

Embodiment two:

As shown in Fig. 2 being the structural representation of a kind of full rinsing type atmospheric pollution treating both the principal and secondary aspects of a disease system that the present embodiment is provided Scheme, the present embodiment is with the difference of embodiment one:

First aeration wash mill B:Contaminated air is provided between dustproof and rainproof air inlet 15 and purify air filter screen 23 Air inlet pipe 35, is provided with booster fan 36 in contaminated air air inlet pipe 35.

Zero-emission heating device D:Evaporate in the second cooling and warming switching valve 58 and the second refrigeration compression cycle loop The double loop coupling cycle pump 63 of double loop coupled water tank 61 and second is increased between device 62;In the second refrigeration compression cycle loop Accumulation of energy attemperater 69, accumulation of energy is increased between condenser 65 and check-valves 71 and fan coil 74 and air-conditioning output circulating pump 75 Pump 70, isolation and amplifier heat exchanger 72 and exoergic water pump 73, more than constitute paddy electricity energy storage equipment.

The full rinsing type atmospheric pollution treating both the principal and secondary aspects of a disease system and the difference of embodiment one of the present embodiment is that winter heating is supplied During heat operation, the booster fan 36 of the aeration wash mill B of blower fan 4 and first of spray washing transducing tower A simultaneously, run-in synchronism, So as to increase the blast of aeration washing system, the effect of aeration washing is improved;

The winter heating heat supply running starting stage, in the cold north because temperature is relatively low, the first and second refrigerant compressions The water temperature of closed circuit is difficult to be rapidly achieved balance, therefore it is unstable to cause the first and second refrigeration compression cycle loops to occur The concussion phase, due to increased the double loop coupling cycle of double loop coupled water tank 61 and second in zero-emission heating device D Water pump 63, serves the effect of buffering so that run highly stable reliability in the first and second refrigeration compression cycle loops.First He The circulation of second refrigeration compression cycle return circuit coupling is by the first double loop coupling cycle pump 59 successively cooling and warmings of Jing the 3rd conversion Valve 60, the secondary side of the first refrigeration compression cycle circuit condenser 56, the second cooling and warming switching valve 58 are recycled to double loop coupling Water pot 61, so as to by the first refrigeration compression cycle loop heat coupled and heat-exchange to the heat transferring medium in double loop coupled water tank 61 it In, then by the second double loop coupling cycle water pump 63 by the evaporation of the refrigeration compression cycle loop of double loop coupled water tank 61 to the second The primary side of device 62 is back to the second double loop coupling cycle water pump 63, completes the first and second refrigeration compression cycle return circuit coupling water pots Heat exchange running;

In order to save the operating cost of user heating heat supply, the economic benefit that electrical network is powered is balanced, supplied in zero-emission heating The paddy electricity accumulation of energy of accumulation of energy attemperater 69, storage pump 70, isolation and amplifier heat exchanger 72 and exoergic water pump 73 is increased in thermal D Device, using the electricity charge that the power department paddy electricity period is cheap, by the heat energy needed for winter heating heat supply with hot water form and summer Cold needed for season refrigeration air-conditioner is stored among accumulation of energy attemperater 69 in the form of chilled water, treats the peak electricity period of high electricity price The hot water heating heat supply that release is stored, discharges the cold water cooling air-conditioning for storing and inexpensively runs.Winter accumulation of heat is will by storage pump 70 Water in accumulation of energy attemperater 69 Jing check-valves 71, the first cooling and warming switching valve 67, the second refrigeration compression cycle loop successively The secondary side of condenser 65 is recycled to accumulation of energy attemperater 69, and heating hot water is stored among accumulation of energy attemperater 69, then by putting Energy water pump 73 is delivered to the once lateral secondary side heat exchange of isolation and amplifier heat exchanger 72 by the water of accumulation of energy attemperater 69, and release is stored Heat, complete winter heat-storage heating running;Summer is by storage pump 70 by the water of accumulation of energy attemperater 69 successively Jing non-returns Valve 71, the 5th cooling and warming switching valve 68, the primary side of the first refrigeration compression cycle loop evaporator 51, the conversion of the 4th cooling and warming Valve 48 is recycled in accumulation of energy attemperater 69, completes cool-storage in summer running.

Remaining is identical with the structure and process of embodiment one, repeats no more.

Embodiment three:

As shown in figure 3, being the structural representation of a kind of full rinsing type atmospheric pollution treating both the principal and secondary aspects of a disease system that the present embodiment is provided Scheme, the present embodiment is with the difference of embodiment one, embodiment two:

First aeration wash mill B and the second aeration wash mill C are replaced with into the 3rd aeration wash mill G:3rd exposes Gas washing device G includes the 3rd housing 146, the 3rd cleaning mixture 147 in the 3rd housing 146, located at the 3rd cleaning mixture In 147 and immersible pump 122, venturi diffusion tubular type ejector 123, pore type aeration generator 124 is sequentially connected, has been located at 3rd collection chamber 148 of the top of the 3rd cleaning mixture 147, the 3rd housing 146 is connected with contaminated air winding pipe 16, the 3rd housing 146 are provided with purify air filter screen 17, the housing 146 of purify air filter screen 17 and the 3rd with the junction of contaminated air winding pipe 16 One end of the 3rd interior air inlet pipe 149 is connected, the other end and the phase of venturi diffusion tubular type ejector 123 of the 3rd air inlet pipe 149 Even, the 3rd collection chamber 148 is connected by pipeline with spray washing transducing tower A, and sterilization and disinfection device F includes sterilizing generator 116, sterilizing generator 116 by sterilizing air shooter 117 respectively with the 3rd aeration wash mill G and cleaning mixture Circulation filter H is connected, and in the 3rd aeration wash mill G and cleaning mixture circulation filter H sterilizing micropore is equipped with Aeration generator 22,142,143, the 3rd cleaning mixture 147 is connected by the first blowoff valve 30 with blowdown interface 31;3rd cleaning mixture 147 add valve 40 to be connected with tap water interface 39 by tap water.

Zero-emission heating device D:Zero-emission heating device D is made up of single-stage heat pump and domestic hot-water's device, One end of the secondary side of first refrigeration compression cycle loop evaporator 51 is sequentially connected the compression of the first refrigeration compression cycle circuit refrigeration Machine 55, the primary side of heat recovering heat exchanger 127, the primary side of the first refrigeration compression cycle circuit condenser 56, the first refrigerant compression are followed The other end of the secondary side of 57 to the first refrigeration compression cycle loop evaporator of loop back path expansion valve 51 constitutes single-stage heat pump;First system One end of the secondary side of cold compression closed circuit condenser 56 is sequentially connected fan coil 74, radiator 150, air-conditioning output circulating pump 75th, check-valves 71, the other end of the secondary side of 67 to the first refrigeration compression cycle circuit condenser of the first cooling and warming switching valve 56 Constitute single-stage heat pump winter heating output loop;Air-conditioning output circulating pump 75 one end is sequentially connected check-valves 71, the 5th refrigerated medium Hot-cast socket valve 68, the primary side of the first refrigeration compression cycle loop evaporator 51, the 4th cooling and warming switching valve 48, fan coil The other end of 74 to air-conditioning output circulating pump 75 constitutes single-stage heat pump cooling in summer output loop;By spray washing liquid circulating pump 88th, 89 are connected by the 6th cooling and warming switching valve 44 with secondary side one end of the first refrigeration compression cycle circuit condenser 56, The secondary side other end of the first refrigeration compression cycle circuit condenser 56 is sprayed by the 7th cooling and warming switching valve 47 and cleaning mixture Shower device 3 connects and composes cooling in summer cooling water circulation loop;

By the isolation switching valve 46 of spray washing liquid circulating pump 88,89, first, the input isolation primary side of heat exchanger 45 and washing Liquid spray equipment 3 constitutes spray liquid isolation input circulation primary loop;By the input isolation secondary side of heat exchanger 45, the 8th refrigerated medium Hot-cast socket valve 49, the primary side of the first refrigeration compression cycle loop evaporator 51, the 9th cooling and warming switching valve 54 and isolation are changed Hot recycle pump 53 constitutes spray liquid isolation coupling circulation secondary loop;Changed by the isolation of spray washing liquid circulating pump the 88,89, the 3rd Valve 52, the primary side of the first refrigeration compression cycle loop evaporator 51, the second isolation switching valve 50 and the structure of cleaning mixture spray equipment 3 Loop is directly inputted into spray liquid;

One end of the secondary side of heat recovering heat exchanger 127 connects respectively one end of domestic hot-water's accumulation of heat valve 133 and first dilute One end of cleaning mixture heat control valve 130 is released, the other end of domestic hot-water's accumulation of heat valve 133 connects domestic hot-water's attemperater 131, The other end of the first dilution cleaning mixture heat control valve 130 connects respectively the one of the secondary side of dilution cleaning mixture heating heat exchanger 101 End and one end of the second dilution cleaning mixture heat control valve 98;The other end of the secondary side of heat recovering heat exchanger 127 connects respectively One end of 3rd dilution cleaning mixture heat control valve 128 and one end of check-valves 134, the other end of check-valves 134 is sequentially connected Domestic hot-water's accumulation of heat pump 135 and domestic hot-water's attemperater 131, the other end of the 3rd dilution cleaning mixture heat control valve 128 connects One end of the dilution cleaning mixture of check-valves 99 and the 4th heat control valve 129 is connect, the 4th dilutes the another of cleaning mixture heat control valve 129 One end of one end connection secondary side of the first refrigeration compression cycle circuit condenser 56, the first cooling and warming switching valve 67 and the 6th system It is cold to heat switching valve 44.

One end of the primary side of heat recovering heat exchanger 127 and the aerofluxuss of the first refrigeration compression cycle circuit refrigeration compressor 55 End connection;One end of the primary side of heat recovering heat exchanger 127 and primary side one end of the first refrigeration compression cycle circuit condenser 56 Connection, the other end of the primary side of the first refrigeration compression cycle circuit condenser 56 connects the first refrigeration compression cycle circuit expansion valve 57 and first the secondary side of refrigeration compression cycle loop evaporator 51 constitute refrigeration compression cycle loop;Domestic hot-water's attemperater 131 one end connect respectively one end of one end of domestic hot-water's feed water valve 136 and tap water supply valve 138, domestic hot-water's feed water valve 136 other end is connected with domestic hot-water's water supply interface 137, the other end and the phase of tap water interface 139 of tap water supply valve 138 Even;By the 4th cooling and warming switching valve 48, the Jing pipelines of the 5th cooling and warming switching valve 68 connect and compose single-circuit heat pump device Freeze and heat conversing circuits.

The full rinsing type atmospheric pollution treating both the principal and secondary aspects of a disease system and the difference of embodiment one of the present embodiment is that the 3rd aeration is washed Wash and immersible pump 122 and venturi diffusion tubular type ejector 123 and pore type aeration generator 124, winter heating are provided with device G During heat supply running, blower fan 4 and the immersible pump 122 of spray washing transducing tower A run simultaneously.Immersible pump 122 when winter heating runs Impeller rotate at a high speed under submersible motor drive, cleaning mixture is pushed into venturi diffusion tubular type ejector 123 and forms jet, Negative pressuren zone is produced around jet, contaminated air passes sequentially through anti-dust filter mesh 38, dustproof and rainproof air inlet 15, the second air intake branch 16th, purify air filter screen 17, the 3rd air inlet pipe 149 are inhaled into after jet nozzle negative pressuren zone, the cleaning mixture in the trunnion of ejector With the strong turbulent fluctuation of contaminated air, shearing, stirring.This turbulent fluctuation, shearing, stirring make cleaning mixture and contaminated air obtain gas and water to fill The mixing for dividing, substantially increases cleaning mixture to air-polluting clean result.Air after ejector washing, purifying is sent Enter pore type aeration generator 124, Jing micropores are sprayed among the 3rd cleaning mixture 147, then it is net after the washing of cleaning mixture aeration Change air by the purification of the 3rd collection chamber 148 successively Jing first and cooling conversion air-valve 11, purification and cooling air inlet main pipe 8, the One air intake branch 7 carries out final spray washing into spray washing transducing tower A;Need to pour out process after cleaning mixture is diluted When, tap water and cleaning mixture switching valve 120 are closed, opening dilution cleaning mixture pours out valve 126 and pours out the Jing of pump 125 by dilution cleaning mixture Dilution cleaning mixture is poured out valve 126 and is followed to the first cleaning mixture time liquid filtration by tap water and washing hydraulic control valve 118,119 respectively Cisterna ambiens 78, the second cleaning mixture go back to liquid filtration cycle pond 79 and enter dilution cleaning mixture and process, and discharge finishes closing dilution cleaning mixture Valve 126 is poured out, stopping dilution cleaning mixture is poured out pump 125 and operated, and with regard to processing procedure with described in embodiment one, here is no longer weighed It is multiple.When cleaning mixture goes back to liquid filtration cycle pond 78,79 needs to fill tap water, tap water is opened with cleaning mixture switching valve 120, because Dilution cleaning mixture is poured out valve 126 and is closed, and opens tap water and cleaning mixture switching valve 120, and tap water is turned by tap water and cleaning mixture Change the difference Jing tap waters of valve 120 and return the washing of liquid filtration cycle pond 78, second to the first cleaning mixture with washing hydraulic control valve 118,119 Liquid returns the filling of liquid filtration cycle pond 79 tap water, when needing addition washing stock solution, by the scrubbed original of cleaning mixture stock solution rear pump 108 Liquid fill valve 43 adds washing stock solution into the 3rd aeration wash mill G;

When winter heating runs, spray washing liquid circulating pump 88,89 operates, when cleaning mixture is saline anti-icing fluid, first Filter Posterior circle cleaning mixture 84 and second filter Posterior circle cleaning mixture 85 respectively by spray washing liquid circulating pump 88,89 Jing first every The primary side of input isolation heat exchanger 45 is delivered to from switching valve 46, the primary side of heat exchanger 45 is isolated by the heat of anti-icing fluid by input Exchange heat to the antifreeze circulatory mediator for flowing through the input isolation secondary side of heat exchanger 45, the antifreeze medium is by isolating recuperated cycle pump the last 53 Compel to isolate the secondary side of heat exchanger 45 by input and be input into after the anti-icing fluid for isolating the primary side of heat exchanger 45 heat exchange Jing refrigeration successively Heat switching valve 49, the primary side of the first refrigeration compression cycle loop evaporator 51, cooling and warming switching valve 54 to flow back to isolation and change Hot recycle pump 53 completes that the heat of the saline anti-icing fluid of atmospheric heat will be represented by the input isolation heat exchanger 45 of salt tolerant aqueous corrosion Exchange heat to antifreeze circulatory mediator, then atmospheric heat is passed to into the first refrigeration compression cycle loop evaporator by antifreeze circulatory mediator 51 isolation running.When cleaning mixture is the alcohols anti-icing fluid such as weakly alkaline Propylene Glycol or glycerol, due to metal material Material is washed respectively without corrosiveness, therefore the first filtration Posterior circle cleaning mixture 84 and the second filtration Posterior circle cleaning mixture 85 by spray Wash liquid circulating pump 88, the isolation switching valves 52 of 89 Jing the 3rd and be directly inputted into the first refrigeration compression cycle loop evaporator 51 once Again the isolation of Jing second switching valve 50 feeding cleaning mixture spray equipment 3 completes spray washing and atmospheric heat passes through alcohols anti-icing fluid for side It is directly passed to the process of the first refrigeration compression cycle loop evaporator 51.The one of first refrigeration compression cycle loop evaporator 51 The anti-icing fluid of secondary side exchanges heat heat into secondary cold-producing medium, and overheated refrigerant gas are by the first refrigeration compression cycle loop Refrigeration compressor 55 is sucked, and compresses the first refrigeration compression cycles of the refrigerant gas Jing circuit condenser 56 once lateral two discharged The heating water release condenser heat of secondary circulation and heating water, successively Jing air-conditionings export circulating pump to heated heating hot water 75th, check-valves 71, the first cooling and warming switching valve 67, the secondary side of the first refrigeration compression cycle circuit condenser 56 are to fan unit Pipe 74 and radiator 150, it is right to interior by radiator 150 by fan coil 74 to air-conditioned room blowing hot-air heating Stream heating, the heating hot water Jing after fan coil 74 and the release heat of radiator 150 is back to air-conditioning output and follows by pipeline Ring pump 75 completes heating operation.

The compression high temperature refrigerant gas of the first refrigeration compression cycle circuit refrigeration compressor 55 is in the refrigerant compressions of Jing first Before the primary side of closed circuit condenser 56, the primary side release partial condensation heat of first Jing heat recovering heat exchangers 127 is returned to heat The domestic hot-water 132 that the secondary side of receipts heat exchanger 127 is flowed through heats.Process is:The Jing domestic hot-waters accumulation of heat successively of domestic hot-water 132 After the secondary side heating of pump 135, check-valves 134 to heat recovering heat exchanger 127, by domestic hot-water's accumulation of heat valve 133 to life heat Water attemperater 131 stores the domestic hot-water 132 of heating among domestic hot-water's attemperater 131, is supplied water by domestic hot-water 136 Jing domestic hot-waters water supply interface of valve 137 supplies domestic hot-water.Tap water is by the Jing tap water supplies of 139, tap water interface 139 Valve 138 supplements tap water, completes domestic hot-water 132 and heats and water supply process.

The zero-emission heating device D of the present embodiment can utilize the secondary to diluting spray liquid of heat recovering heat exchanger 127 Heat, process is:Successively one end of the primary side of Jing dilution cleaning mixture heating heat exchanger 101, dilution cleaning mixture heat a pump 100th, after the secondary side heating of the dilution spray liquid of check-valves the 99, the 3rd heat control valve 128 to heat recovering heat exchanger 127, pass through The other end of the first dilution cleaning mixture heat control valve 130 to the primary side of dilution cleaning mixture heating heat exchanger 101 to secondary side by The dilution cleaning mixture 93 of the dilution cleaning mixture heating circulation of secondary pump 94 flows back to dilution cleaning mixture and heats a pump 100 after heating, complete The process of cleaning mixture is diluted into the post bake using heat recovering heat exchanger 127.

Obviously, the above embodiment of the present invention illustrates example of the present invention just for the sake of clear, and is not right The restriction of embodiments of the present invention.For those of ordinary skill in the field, may be used also on the basis of the above description To make other changes in different forms.There is no need to be exhaustive to all of embodiment.It is all this Any modification, equivalent and improvement made within the spirit and principle of invention etc., should be included in the claims in the present invention Protection domain within.

Claims (10)

1. a kind of full rinsing type atmospheric pollution system, it is characterised in that including spray washing transducing tower (A), the washing of the first aeration Device (B), the second aeration wash mill (C), zero-emission heating device (D), cleaning mixture circulation filter (H), dilution Washing liquid treating system (E) and sterilization and disinfection device (F), described spray washing transducing tower (A) is by airduct and the second aeration Wash mill (C) is connected, and the first described aeration wash mill (B) is connected by airduct with the second aeration wash mill (C) Connect, the spray liquid of described spray washing transducing tower (A) returns liquid outfan Jing pipelines and the cleaning mixture circulation filter (H) Spray liquid return the connection of liquid input, the outfan of the cleaning mixture circulation filter (H) changed by pipeline with spray washing The spray liquid input of energy tower (A) is connected, and the spray washing transducing tower (A) is by heat exchanger and pipeline and the zero-emission The input of heating device (D) connects and carries out coupled and heat-exchange, and the outfan of zero-emission heating device (D) is by pipe Road is connected with the fan coil (74) and radiator (150) of heating terminal system, and the sterilization and disinfection device (F) passes through pipeline Respectively with the cleaning mixture circulation filter (H), the first aeration wash mill (B), the second aeration wash mill (C) be connected, the first aeration wash mill (B), the second aeration wash mill (C), cleaning mixture circulation filter (H) and Cleaning mixture in dilution washing liquid treating system (E) is alkalescence salt or alcohols anti-freezing solution.
2. a kind of full rinsing type atmospheric pollution system, it is characterised in that including spray washing transducing tower (A), the washing of the 3rd aeration Device (G), zero-emission heating device (D), cleaning mixture circulation filter (H), dilution are washed liquid treating system (E) and are killed Bacterium decontaminating apparatuss (F), the spray washing transducing tower (A) is connected by airduct with the 3rd aeration wash mill (G), institute The spray liquid of spray washing transducing tower (A) stated returns the spray of liquid outfan Jing pipelines and the cleaning mixture circulation filter (H) Drench liquid and return the connection of liquid input, the outfan of the cleaning mixture circulation filter (H) is by pipeline and spray washing transducing tower (A) spray liquid input is connected, and the spray washing transducing tower (A) is by heat exchanger and pipeline and the zero-emission heating The input of heating plant (D) connects and carries out coupled and heat-exchange, the outfan of zero-emission heating device (D) by pipeline with The fan coil (74) of heating terminal system is connected with radiator (150), and the sterilization and disinfection device (F) is distinguished by pipeline It is connected with cleaning mixture circulation filter (H), the 3rd aeration wash mill (G), the 3rd aeration wash mill (G) Including the 3rd housing (146), the 3rd cleaning mixture (147) in the 3rd housing (146), located at the 3rd cleaning mixture (147) It is interior and be sequentially connected immersible pump (122), venturi diffusion tubular type ejector (123), pore type aeration generator (124), The 3rd collection chamber (148) above the 3rd cleaning mixture (147), the 3rd housing (146) and contaminated air air intake Arm (16) is connected, and the 3rd housing (146) is provided with purify air with the junction of the contaminated air winding pipe (16) Filter screen (17), the purify air filter screen (17) is connected with one end of the 3rd air inlet pipe (149) in the 3rd housing (146), institute The other end for stating the 3rd air inlet pipe (149) is connected with venturi diffusion tubular type ejector (123), the 3rd collection chamber (148) It is connected with the spray washing transducing tower (A) by pipeline, the sterilization and disinfection device (F) includes sterilizing generator (116), the sterilizing generator (116) is filled respectively by sterilizing air shooter (117) with the washing of the 3rd aeration Put (G) to be connected with cleaning mixture circulation filter (H), the 3rd aeration wash mill (G) and cleaning mixture circulation filter (H) sterilizing micro-pore aeration generator (22,142,143) is equipped with, the 3rd cleaning mixture (147) is by the first blowdown Valve (30) is connected with blowdown interface (31);3rd cleaning mixture (147) adds valve (40) and tap water interface by tap water (39) it is connected.
3. a kind of full rinsing type atmospheric pollution system as claimed in claim 1, it is characterised in that the first aeration washing dress (B) is put including the first housing (25), the first cleaning mixture (26) in the first housing (25), in the first cleaning mixture (26) The first aeration generator (27), also include being located at the first collection chamber (14) and described above first cleaning mixture (26) First air inlet pipe (24) of the first aeration generator (27) connection, dustproof and rainproof air inlet (15) is entered by pipeline with described first Trachea (24) is connected, and in junction purify air filter screen (23) is provided with, and the dustproof and rainproof air inlet (15) configures dustproof filter Net (38);
The first aeration wash mill (B) strengthens pump (29) and cleaning mixture by being sequentially connected the first cleaning mixture (26), washing Process the cleaning mixture of the loop forced circulation first (26) of switching valve (112) to the first cleaning mixture (26);The first aeration washing Device (B) is connected by the first blowoff valve (30) with blowdown interface (31);In the first aeration wash mill (B) first is washed Wash liquid (26) by washing strengthen pump (29), cleaning mixture process switching valve (113), tap water with washing hydraulic control valve (118, 119), tap water is connected with cleaning mixture switching valve (120) with tap water interface (111);In the first aeration wash mill (B) The first cleaning mixture (26) by tap water add valve (40) be connected with tap water interface (39);
First cleaning mixture (26) of the first aeration wash mill (B) is washed by the first washing stock solution fill valve (43) with dilution Cleaning mixture stock solution rear pump (108) for washing liquid treating system (E) is connected.
4. a kind of full rinsing type atmospheric pollution system as claimed in claim 1, it is characterised in that the second aeration washing dress (C) is put including the second housing (19), the second cleaning mixture (20) in the second housing (19), in the second cleaning mixture (20) The second aeration generator (21) and the second aeration generator (21) connection the second air inlet pipe (18), also include and the Appendix (13), second collection chamber (12) above the second cleaning mixture (20) of one collection chamber (14) connection, the gas transmission Pipe (13) is connected with second air inlet pipe (18), and in junction purify air filter screen (17), second collection chamber are provided with (12) by the first purification and cooling conversion air-valve (11), purification and cooling air inlet main pipe (8), the first air intake branch (7) and institute State the first air inlet (5) connection of spray washing transducing tower (A);
The second aeration wash mill (C) strengthens pump (32) and cleaning mixture by being sequentially connected the second cleaning mixture (20), washing Process the cleaning mixture of the loop forced circulation second (20) of switching valve (114) to the second cleaning mixture (20);The second aeration washing Device (C) is connected by the second blowoff valve (33) with blowdown interface (34);In the second aeration wash mill (C) second is washed Wash liquid (20) by washing strengthen pump (32), cleaning mixture process switching valve (115), tap water with washing hydraulic control valve (118, 119), tap water is connected with cleaning mixture switching valve (120) with tap water interface (111);In the second aeration wash mill (C) The second cleaning mixture (20) by tap water add valve (41) be connected with tap water interface (39);
Second cleaning mixture (20) of the second aeration wash mill (C) is washed by the second washing stock solution fill valve (42) with dilution Cleaning mixture stock solution rear pump (108) for washing liquid treating system (E) is connected.
5. a kind of full rinsing type atmospheric pollution system as claimed in claim 1 or 2, it is characterised in that the spray washing is changed Energy tower (A) includes that spray column (1) and the cleaning mixture located at spray tower bottom collect disk (6), in spray column (1) from top to bottom successively It is provided with blower fan (4), cleaning mixture spray equipment (3), Zigzag type washing filler (2), the first air inlet (5), the spray washing Transducing tower (A) also include purification with cooling air inlet main pipe (8), first purification with cooling change air-valve (11), second purify with it is cold But air-valve (10) is changed, the purification is connected cooling tower rain-proof air inlet (9) and the second purification with cooling air inlet main pipe (8) one end With cooling conversion air-valve (10), the other end be provided with the first purification with cooling conversion air-valve (11) by the first air intake branch (7) with Spray column (1) is connected, and the cooling tower rain-proof air inlet (9) is provided with anti-dust filter mesh (37), and first purification turns with cooling Change purification of the air-valve (11) between aeration washing system and spray column (1) and cool down in air inlet main pipe (8).
6. a kind of full rinsing type atmospheric pollution system as claimed in claim 1 or 2, it is characterised in that the cleaning mixture circulation Defecator (H) includes that the first cleaning mixture goes back to liquid filtration cycle pond (78), the second cleaning mixture and goes back to liquid filtration cycle pond (79), described First cleaning mixture time liquid filtration cycle pond (78) is respectively equipped with first and washes with second cleaning mixture time liquid filtration cycle pond (79) Wash liquid liquid return tank sieves (82) and the second cleaning mixture liquid return tank sieves (83), the first cleaning mixture liquid return tank sieves (82) by the cleaning mixture that first cleaning mixture goes back to liquid filtration cycle pond (78) be divided into before the first filtration circulating cleaning solution (80) and First filters Posterior circle cleaning mixture (84), and second cleaning mixture is returned liquid mistake by the second cleaning mixture liquid return tank sieves (83) The cleaning mixture of filter circulatory pool (79) is divided into circulating cleaning solution (81) and second before the second filtration and filters Posterior circle cleaning mixture (85);Institute State the first cleaning mixture and go back to liquid filtration cycle pond (78), the second cleaning mixture go back to liquid filtration cycle pond (79) respectively by spray washing liquid Circulating pump (88,89) is connected with zero-emission heating device (D).
7. a kind of full rinsing type atmospheric pollution system as claimed in claim 1 or 2, it is characterised in that the dilution cleaning mixture Processing system (E) includes dilution cleaning mixture purifying plant and cleaning mixture stock solution offer device:
The dilution spray liquid purifying plant includes cleaning mixture purification processes tank (92) and dilution cleaning mixture heating heat exchanger (101), the first filtration Posterior circle cleaning mixture (84) and the second filtration Posterior circle cleaning mixture (85) is carried respectively by the first cleaning mixture Pure control valve (90) and the second cleaning mixture purification control valve (91) are connected with cleaning mixture purification processes tank (92), in cleaning mixture purification Heating electrothermal tube (102) is provided with dilution cleaning mixture (93) in process tank (92), heating electrothermal tube (102) is connected with power supply (103);One end of dilution cleaning mixture heating heat exchanger (101) primary side is by pipeline and the cleaning mixture purification processes tank (92) connect, the other end of dilution cleaning mixture heating heat exchanger (101) primary side heats secondary pump by dilution cleaning mixture (94) it is connected with the cleaning mixture purification processes tank (92);One end of dilution cleaning mixture heating heat exchanger (101) secondary side It is connected with one end of dilution cleaning mixture heat control valve (98), the other end for diluting cleaning mixture heat control valve (98) connects respectively One end, the blower fan of the secondary side of the second refrigeration compression cycle circuit condenser (65) of the zero-emission heating device (D) One end of coil pipe (74), radiator (150) and the 4th cooling and warming switching valve (48), the dilution cleaning mixture heating heat exchanger (101) one end that the other end of secondary side heats a pump (100) with dilution cleaning mixture is connected, dilution cleaning mixture heating one The other end of secondary pump (100) is connected with one end of check-valves (99), and the other end of check-valves (99) connects respectively the zero-emission The other end of the second refrigeration compression cycle circuit condenser (65) secondary side of heating device and the first cooling and warming are changed One end of valve (67);The cleaning mixture purification processes tank is also connected with blowoff valve (97) and blowdown interface (140);The cleaning mixture is carried Pure process tank is also connected with tap water supply valve (121) and tap water interface (111);
The cleaning mixture stock solution offer device includes cleaning mixture concentration proportioning tank (106), the cleaning mixture concentration proportioning tank (106) First output branch road for inside having cleaning mixture stock solution (107), the cleaning mixture concentration proportioning tank (106) is sequentially connected cleaning mixture original Liquid rear pump (108), cleaning mixture stock solution supply valve (86) to first filter Posterior circle cleaning mixture (84), Article 2 export branch road according to Secondary connection cleaning mixture stock solution rear pump (108), cleaning mixture stock solution supply valve (87) to second filter Posterior circle cleaning mixture (85);Institute First input branch road for stating cleaning mixture concentration proportioning tank (106) is sequentially connected tap water supply valve (110) and tap water interface (111), the Article 2 input branch road of the cleaning mixture concentration proportioning tank (106) is sequentially connected check-valves (96), dilution cleaning mixture Purification rear pump (95) is into dilution cleaning mixture (93);It is former that the cleaning mixture concentration proportioning tank (106) is also sequentially connected cleaning mixture Liquid mixing pump (105), check-valves (104) are to cleaning mixture concentration proportioning tank (106).
8. a kind of full rinsing type atmospheric pollution system as claimed in claim 1 or 2, it is characterised in that the zero-emission heating Heating plant (D) includes following loop:
First refrigeration compression cycle loop evaporator (51), the first refrigeration compression cycle circuit refrigeration compressor (55), the first system Cold compression closed circuit condenser (56), the first refrigeration compression cycle circuit expansion valve (57) are sequentially connected composition first order heat Pump;
Second refrigeration compression cycle loop evaporator (62), the second refrigeration compression cycle circuit refrigeration compressor (64), the second system Cold compression closed circuit condenser (65), the second refrigeration compression cycle circuit expansion valve (66) are sequentially connected composition second level heat Pump;
The first order heat pump and the second level heat pump constitute double loop heat pump assembly;
The first order heat pump and first double loops of second level heat pump Jing coupling cycle pump (59), the conversion of the second cooling and warming Valve (58), the 3rd cooling and warming switching valve (60), coupling buffering water pot (144) connect and compose double loop coupled and heat-exchange loop, institute State in coupling buffering water pot (144) and be provided with damping baffle (145);
Air-conditioning output circulating pump (75) Jing check-valves (71), the first cooling and warming switching valve (67), the second refrigeration compression cycle are returned The secondary side of road condenser (65), fan coil (74) and radiator (150) are sequentially connected composition air-conditioning heating output system;By Air-conditioning output circulating pump (75) Jing check-valves (71), the 5th cooling and warming switching valve (68), the first refrigeration compression cycle loop are steamed Primary side, the 4th cooling and warming switching valve (48) and the fan coil (74) for sending out device (51) is sequentially connected composition air conditioner refrigerating output System;
The primary side of heat exchanger (45) is isolated by spray washing liquid circulating pump (88), (89), the first isolation switching valve (46), input Composition winter spray liquid isolation coupling heat exchange input circulation primary loop is sequentially connected with cleaning mixture spray equipment (3);By first The primary side of refrigeration compression cycle loop evaporator (51), the 9th cooling and warming switching valve (54), isolation recuperated cycle pump (53), The secondary side of input isolation heat exchanger (45), the 8th cooling and warming switching valve (49) are sequentially connected composition winter spray liquid isolation coupling Close heat exchange input circulation secondary loop;By spray washing liquid circulating pump (88,89), the 3rd isolation switching valve (52), the first refrigeration The primary side of compression closed circuit vaporizer (51), the second isolation switching valve (50) Jing pipelines are sequentially connected composition winter spray liquid Directly input closed circuit;
By spray washing liquid circulating pump (88,89) by the 6th cooling and warming switching valve (44) and the first refrigeration compression cycle loop Secondary side one end connection of condenser (56), the secondary side other end of the first refrigeration compression cycle circuit condenser (56) is by the Seven cooling and warming switching valves (47) connect and compose refrigeration cooling water circulation loop with cleaning mixture spray equipment (3);By the 4th refrigeration Heat switching valve (48), the second cooling and warming switching valve (58), the 3rd cooling and warming switching valve (60), the conversion of the 5th cooling and warming Valve (68) Jing pipelines connect and compose the refrigeration of double loop heat pump assembly and heat conversing circuits.
9. a kind of full rinsing type atmospheric pollution system as claimed in claim 1 or 2, it is characterised in that the zero-emission heating Heating plant (D) includes following loop:
First refrigeration compression cycle loop evaporator (51), the first refrigeration compression cycle circuit refrigeration compressor (55), the first system Cold compression closed circuit condenser (56), the first refrigeration compression cycle circuit expansion valve (57) are sequentially connected composition first order heat Pump;
Second refrigeration compression cycle loop evaporator (62), the second refrigeration compression cycle circuit refrigeration compressor (64), the second system Cold compression closed circuit condenser (65), the second refrigeration compression cycle circuit expansion valve (66) are sequentially connected composition second level heat Pump;
The first order heat pump and the second level heat pump constitute double loop heat pump assembly;
Air-conditioning output system includes fan coil (74) and radiator (150);
Second refrigeration compression cycle loop of the first refrigeration compression cycle circuit condenser (56) and the second level heat pump Double loop coupled water tank (61), the first double loop coupling cycle pump (59) and the second double loop coupling are configured between vaporizer (62) Close circulating pump (63);
The second refrigeration compression cycle circuit condenser (65) configures between the fan coil (74) and radiator (150) There are accumulation of energy attemperater (69), storage pump (70), isolation and amplifier heat exchanger (72) and exoergic water pump (73);
One end of the secondary side of the first refrigeration compression cycle circuit condenser (56) is sequentially connected the conversion of the second cooling and warming Valve (58), double loop coupled water tank (61), the other end of the first refrigeration compression cycle circuit condenser (56) secondary side according to The 3rd cooling and warming switching valve (60) of secondary connection, the first double loop coupling cycle pump (59), double loop coupled water tank (61), the above Constitute first order pump coupled heat water tank type coupled and heat-exchange output closed circuit;
One end connection double loop coupled water tank (61) of second refrigeration compression cycle loop evaporator (62) primary side, it is described The other end of the second refrigeration compression cycle loop evaporator (62) primary side is sequentially connected the second double loop coupling cycle pump (63) With double loop coupled water tank (61), above composition second level pump coupled heat water tank type coupled and heat-exchange input closed circuit;
One end of the secondary side of the second refrigeration compression cycle circuit condenser (65) connects respectively the conversion of the 4th cooling and warming Valve (48), dilution cleaning mixture heat control valve (98), the accumulation of energy attemperater (69), the second refrigeration compression cycle loop The other end of condenser (65) secondary side connects respectively one end of the first cooling and warming switching valve (67) and check-valves (71), described Check-valves (71) other end is sequentially connected storage pump (70), accumulation of energy attemperater (69), and the above constitutes air-conditioner energy-accumulation loop;
One end of isolation and amplifier heat exchanger (72) primary side connects the accumulation of energy attemperater (69), and the isolation and amplifier is changed The other end of hot device (72) primary side is sequentially connected exoergic water pump (73) and the accumulation of energy attemperater (69), and the above constitutes air-conditioning Exoergic loop;
The accumulation of energy attemperater (69) be sequentially connected storage pump (70), check-valves (71), the first cooling and warming switching valve (67), The secondary side of the second refrigeration compression cycle circuit condenser (65) to the accumulation of energy attemperater (69) constitutes heating water accumulation of heat and returns Road;
Primary side one end of the isolation and amplifier heat exchanger (72) is sequentially connected the exoergic water pump (73), accumulation of energy insulation water Other end connection accumulation of energy attemperater (69) of case (69) and the isolation and amplifier heat exchanger (72) primary side, the above is constituted and adopted Warm heat water heat release loop;
The accumulation of energy attemperater (69) is sequentially connected the storage pump (70), the check-valves (71), the 5th cooling and warming and turns Valve (68), the primary side of the first refrigeration compression cycle loop evaporator (51) and the 4th cooling and warming switching valve (48) are changed to accumulation of energy Attemperater (69) constitutes air conditioner cold accumulation loop;One end connection accumulation of energy insulation water of isolation and amplifier heat exchanger (72) primary side Case (69), the other end for exporting heat exchanger (72) primary side connects accumulation of energy attemperater (69) composition sky by exoergic water pump (73) Tune lets cool loop;
One end of isolation and amplifier heat exchanger (72) secondary side is sequentially connected the fan coil (74) and air-conditioning output circulation The other end of pump (75) to isolation and amplifier heat exchanger (72) secondary side constitutes air conditioner refrigerating output blood circulation;
By spray washing liquid circulating pump (88,89) by the 6th cooling and warming switching valve (44) and the first refrigeration compression cycle loop Secondary side one end connection of condenser (56), the secondary side other end of the first refrigeration compression cycle circuit condenser (56) is by the Seven cooling and warming switching valves (47) connect and compose refrigeration cooling water circulation loop with cleaning mixture spray equipment (3);By spray washing Liquid circulating pump (88,89), the first isolation switching valve (46), input isolation heat exchanger (45) primary side and cleaning mixture spray equipment (3) it is sequentially connected composition winter spray liquid isolation coupling heat exchange input circulation primary loop;By isolation heat exchanger (45) secondary side One end is connected by the 8th cooling and warming switching valve (49) with primary side one end of the first refrigeration compression cycle loop evaporator (51) Connect, the other end of the first refrigeration compression cycle loop evaporator (51) primary side by the 9th cooling and warming switching valve (54) with every Connect from one end of recuperated cycle pump (53), isolate the other end of recuperated cycle pump (53) and isolate heat exchanger (45) secondary side The other end connects and composes winter spray liquid isolation coupling heat exchange input circulation secondary loop;By the 4th cooling and warming switching valve (48), the second cooling and warming switching valve (58), the 3rd cooling and warming switching valve (60), the 5th cooling and warming switching valve (68) Jing pipes Road connects and composes the refrigeration of double loop heat pump assembly and heats conversing circuits.
10. a kind of full rinsing type atmospheric pollution system as claimed in claim 1 or 2, it is characterised in that the zero-emission heating Heating plant (D) includes following loop:
One end of first refrigeration compression cycle loop evaporator (51) secondary side is sequentially connected the first refrigeration compression cycle loop system Cold compressor (55), the primary side of heat recovering heat exchanger (127), the first refrigeration compression cycle circuit condenser (56) are once Side, the first refrigeration compression cycle circuit expansion valve (57) are another to the first refrigeration compression cycle loop evaporator (51) secondary side End constitutes single-stage heat pump;
One end of first refrigeration compression cycle circuit condenser (56) secondary side is sequentially connected fan coil (74), radiator (150), air-conditioning output circulating pump (75), check-valves (71), the first cooling and warming switching valve (67) are to first refrigerant compression The other end of closed circuit condenser (56) secondary side constitutes single-stage heat pump winter heating output loop;Air-conditioning exports circulating pump (75) one end is sequentially connected check-valves (71), the 5th cooling and warming switching valve (68), the first refrigeration compression cycle loop evaporator (51) primary side, the 4th cooling and warming switching valve (48), fan coil (74) to air-conditioning export the other end of circulating pump (75) Constitute single-stage heat pump cooling in summer output loop;By spray washing liquid circulating pump (88,89) by the 6th cooling and warming switching valve (44) it is connected with secondary side one end of the first refrigeration compression cycle circuit condenser (56), the condensation of the first refrigeration compression cycle loop The secondary side other end of device (56) connects and composes summer by the 7th cooling and warming switching valve (47) and cleaning mixture spray equipment (3) Refrigeration cooling water circulation loop;
Isolated heat exchanger (45) primary side by spray washing liquid circulating pump (88,89), the first isolation switching valve (46), input and washed Wash liquid spray equipment (3) and constitute spray liquid isolation coupling heat exchange input circulation primary loop;By input isolation heat exchanger (45) two Secondary side, the 8th cooling and warming switching valve (49), primary side, the 9th refrigerated medium of the first refrigeration compression cycle loop evaporator (51) Hot-cast socket valve (54) and isolation recuperated cycle pump (53) constitute spray liquid isolation coupling recuperated cycle secondary circuit;By spray washing Liquid circulating pump (88,89), the 3rd isolation switching valve (52), the primary side of the first refrigeration compression cycle loop evaporator (51), the Two isolation switching valve (50) and cleaning mixture spray equipment (3) constitute spray liquid and directly input loop;
One end of the secondary side of the heat recovering heat exchanger (127) connects respectively one end of domestic hot-water's accumulation of heat valve (133) and One end of one dilution cleaning mixture heat control valve (130), the other end connection domestic hot-water of domestic hot-water's accumulation of heat valve (133) Attemperater (131), the other end of first dilution cleaning mixture heat control valve (130) connects respectively dilution cleaning mixture heating One end of heat exchanger (101) secondary side and one end of the second dilution cleaning mixture heat control valve (98);The heat recovering heat exchanger (127) other end of secondary side connects respectively one end of the 3rd dilution cleaning mixture heat control valve (128) and check-valves (134) One end, the other end of the check-valves (134) is sequentially connected domestic hot-water's accumulation of heat pump (135) and domestic hot-water's attemperater (131), other end connection check-valves (99) of the 3rd dilution cleaning mixture heat control valve (128) and the 4th dilution cleaning mixture One end of heat control valve (129), other end connection first system of the 4th dilution cleaning mixture heat control valve (129) The conversion of one end of cold compression closed circuit condenser (56) secondary side, the first cooling and warming switching valve (67) and the 6th cooling and warming Valve (44);
One end of the primary side of the heat recovering heat exchanger (127) and the first refrigeration compression cycle circuit refrigeration compressor (55) exhaust end connection;The other end of heat recovering heat exchanger (127) primary side is returned with first refrigeration compression cycle Primary side one end connection of road condenser (56), the other end connection of the first refrigeration compression cycle circuit condenser (56) primary side The secondary side of the first refrigeration compression cycle circuit expansion valve (57) and the first refrigeration compression cycle loop evaporator (51) constitutes system Cold compression closed circuit;
Described domestic hot-water's attemperater (131) one end connects respectively one end of domestic hot-water's feed water valve (136) and tap water is supplied One end of water valve (138), the other end of domestic hot-water's feed water valve (136) is connected with domestic hot-water's water supply interface (137), institute The other end for stating tap water supply valve (138) is connected with tap water interface (139);
By the 4th cooling and warming switching valve (48), the 5th cooling and warming switching valve (68) Jing pipelines connect and compose single-circuit heat pump dress The refrigeration put with heat conversing circuits.
CN201510065120.4A 2015-02-06 2015-02-06 Fully-water-washing-type atmospheric pollution symptom and root cause treatment system CN104596009B (en)

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CN104801129B (en) * 2015-04-22 2016-02-24 福州汇智集佳电子技术有限公司 One goes haze system efficiently
CN106016642B (en) * 2016-05-11 2019-06-07 河北麦森钛白粉有限公司 A kind of indoor air cleaner
CN105972703B (en) * 2016-07-20 2020-03-27 王全龄 Rain-type haze removal tower and haze removal tower heat pump adopting same
TWI614057B (en) * 2017-06-20 2018-02-11 友達光電股份有限公司 Gas purifier

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