CN106323034A - Rotating heat accumulating type cooling tower - Google Patents
Rotating heat accumulating type cooling tower Download PDFInfo
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- CN106323034A CN106323034A CN201510396162.6A CN201510396162A CN106323034A CN 106323034 A CN106323034 A CN 106323034A CN 201510396162 A CN201510396162 A CN 201510396162A CN 106323034 A CN106323034 A CN 106323034A
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Abstract
The invention relates to a rotating heat accumulating type cooling tower. Heat accumulating type direct-heat-transmission heat exchange is adopted, water atomization, volatilization and vaporization are avoided, and water evaporation loss is reduced; a circulating water system can be sealed, filtering can be achieved at cooling air inlets, invasion of sand dust in air is reduced, the cooling efficiency of circulating water can be improved effectively, and equipment wear and pollutant quantity are reduced; breeding of bacteria and algae in the circulating water can be reduced effectively, chemical reagents for processing the bacteria and algae are saved, consumption is reduced, and pollution is eliminated; and water consumption of water surface evaporation of a circulating water pool (tank) can be reduced effectively, and transverse evaporation water consumption from an air duct of a water cooling tower due to atmospheric flow is eliminated effectively.
Description
Technical field
The present invention relates to a kind of rotary regenerative cooling tower, be especially the direct heat-exchanging type cooling tower of a kind of non-volatile latent heat of vaporization formula, general be applied to electric power, oil, chemical industry, iron and steel, the industry-by-industry such as civilian, belong to water-saving technology field.
Background technology
nullCooling tower is substantially open type，Cooling tower (also referred to as cooling tower) is to atomize water into the contact of minute water drop and air as principle，The area also needing to increase filler with increase with air contact having，The used heat in recirculated water is dispersed by water evaporation，It is dried the air of low enthalpy after the twitch of blower fan，The form of high tower can also be used，Utilize stack effect，Enter in cooling tower from air inlet，The water natural seeding water system of damp and hot high enthalpy is spilled in tower，When water droplet and air contact，On the one hand relatively low due to air ratio of heat transfer coefficient，On the other hand owing to there is pressure differential between water vapour surface and air，The high-temperature water molecule that saturated vapor partial pressure is big flows to the air that pressure is low，Produce Evaporation Phenomenon under the effect of the pressure，By blower fan or the stack effect of cooling tower，The steam of air and atomization is got rid of from top，Take away evaporation latent heat，Heat in water is taken away i.e. evaporation heat transfer，Also evaporation water has been taken away，Thus reach the purpose of cooling，Also have lost evaporation water.The device reaching this function is cooling tower, the kind of cooling tower is a lot, structure and air mobility status according to tower are distinguished, there are cooling stack and the big class of mechanical-draft cooling tower two, according to air and the water relative mobility status in tower, can be divided into again reverse-flow and cross-flow type, mechanical-draft cooling tower cooling effect is best, and recycle ratio is typically at 3～5 times.The effect of cooling tower is by atomization at tower for the cooling water of used heat of carrying under one's arms, atomized water fine drop filling surface in cooling tower carries out mass-and heat-transfer, owing to there is pressure differential between water vapour surface and air, produce Evaporation Phenomenon under the effect of the pressure, flow out with air and take away evaporation latent heat, heat in water is taken away i.e. evaporation heat transfer, also has the droplet water of partial materialization and air to carry out heat exchange, make used heat be transferred to air and spill in air together with the steam of evaporation.The water evaporating 1KG under normal pressure needs the evaporation latent heat of 600Kcal, namely evaporates centesimal water, makes the water temperature that remaining water reduces by 6 DEG C, general industry design standard-required recirculated water circulating ratio 3～5, visible, circulating water needs to expend substantial amounts of water, causes water resource waste serious.
Additionally, open pond and cooling tower, be exposed in atmospheric environment, when in air containing sand and dust, at this moment, open cooling tower system will wash or perhaps absorb in dissolving air containing sand and dust, causes the pollution of circulation, and the immersion of sand and dust brings fouling in water circulation system problem, fouling causes thermal resistance to strengthen, destroy original heat-exchange system, need antiscale and Periodic scale removal, cause antiscale, scale removal consumption.
Open pond and cooling tower are recirculated water easy breed bacteria and algae at low ambient temperatures, need to add chemical reagent sterilization, algae removal, have had the consumption of chemical addition agent.
Serious along with atmospheric pollution, the deleterious acidic material in air, also in the atomization diabatic process of water, has carried out mass transfer, makes the sour gas in air dissolve in water, adds the corrosivity of recirculated water, causes the corrosion of pipe-line system and cooling device.
In a word, the method for current latent heat of vaporization evaporation cooling circulating water and cooling tower, while causing waste water resource, also result in the problems of the structure of recirculated water, corrosivity, breed bacteria and algae.
On 05 27th, 2015 intellectual property newspapers, Duan Xiaoning carries out statistics with regard to IPC code belonging to the cooling tower technical patent of the whole world and finds, the patent in cooling tower field, the whole world focuses primarily upon the improvement of cooling tower structure or parts, relates in the improvement of countercurrent flow, trickle cooler structure for strengthening the aspects such as the improvement of the improvement of heat exchange, liquid distribution, the improvement circulating and collecting, heat exchange or heat-transfer equipment control.This also illustrates whole world cooling tower and still use the device of latent heat of vaporization method.
A kind of method (application number: 201510200644.X) of heat accumulating type cooling circulating water, propose method and a kind of heat pipe heat accumulation combination type cold water method and the device (application number: 2015102547489) thereof of heat accumulating type cooling circulating water, propose accumulation of heat and the method for heat-pipe combined cooling circulating water and device thereof, give the general idea of device, await providing concrete structure, a kind of heat accumulating type cooling tower and progress control method (application number: 2015103106924) thereof, give many group heat accumulating type cooling tower structures and can not contain swinging technical scheme.
Summary of the invention
Present invention aim at solving the problems referred to above, on the basis of a kind of method (application number: 201510200644.X) of heat accumulating type cooling circulating water, according to a kind of heat pipe heat accumulation combination type cold water method and device thereof, (application number: 2015102547489), the technical thought of the device that embodiment three is given, provide concrete structure and the progress control method thereof of heat accumulating type cooling, propose following rotary regenerative technical scheme on this basis:
nullA kind of rotary regenerative cooling tower device，Including pond 1、Pond capping apparatus 2、Water flow passage 3、Revolution heat storage device 4、Water uniform device device 5、Water section closedtop lid 6、Centre of cooling column supports rotary apparatus 7、Cooling tower tower 8、Cooling blower 9、Driving means 10、Perimeter support bascule 11、Wind passage 12、Cooling wind defecator 13、Circulating water pipeline 14 and multiple-way valve 15，Described rotary regenerative cooling tower device supports rotary apparatus 7 by centre of cooling column and perimeter support bascule 11 is supported in pond 1，Between pond 1 and rotary regenerative cooling tower device above, millpond capping apparatus 2 is closed，Revolution heat storage device 4 is installed on centre of cooling column and supports on rotary apparatus 7，Revolution heat storage device 4 is under the driving of driving means 10，Rotary apparatus 7 rotary motion can be supported around centre of cooling column；Described revolution heat storage device 4, it is characterised in that the heat storage in revolution heat storage device 4 is the most penetrating；Described water uniform device device 5, it is characterized in that embodiment one, water uniform device device 5 half standard is arranged, one side of something on the upper periphery of whole revolution heat storage device 4 arranges formula water uniform device device 5, water uniform device device 5 be provided above with water section closedtop lid arrangement 6, water flow passage 3 is arranged below, another half of is provided above with cooling tower air duct 8, it is provided with cooling blower 9 in cooling tower tower 8, cooling wind passage 12 is presented herein below；Embodiment two, water uniform device device 5 multi-disc standard is arranged, the upper periphery of whole revolution heat storage device 4 arranges multi-disc water uniform device device 5, the cooling wind passage arranged between adjacent two panels water uniform device device 5, water uniform device device 5 be provided above with water section closedtop lid arrangement 6, water flow passage 3 is arranged below at its correspondence position, whole revolution heat storage device 4 be provided above with cooling tower air duct 8, being provided with cooling blower 9 in cooling tower tower 8, the part of non-aquaporin is cooling wind passage；Embodiment three, water uniform device device 5 multi-disc standard is arranged, and driving means 10 is placed in the center of water uniform device device 5, and revolution heat storage device 4 is motionless, driving means 10 is put driving water uniform device device 5 rotation and is produced relative motion with revolution heat storage device 4, forms gyration；Circulating water pipeline 14 supports rotary apparatus 7 inside by centre of cooling column and passes, and is above connected to water uniform device device 5, and water can be sowed above the revolution heat storage turned over by water uniform device device 5 equably；Described rotary regenerative cooling tower device, it is characterised in that driving means 10 may be mounted at centre of cooling column and supports on rotary apparatus 7, it is also possible to be installed on perimeter support bascule 11；Described rotary regenerative cooling tower device, it is characterised in that the cooling air inlet of each group wind passage 12 is provided with defecator 13；Described heat accumulating type cooling tower device, it is characterised in that arrange between water flow passage 3 and cooling wind passage 12 and be not communicated with interval isolation, forms independent water stream channel and cooling wind passage；Described heat accumulating type cooling tower device, it is characterised in that between water flow passage 3 and cooling wind passage 12, one section of quiet reach is set, neither intakes in this section, the most stuffy；Described heat accumulating type cooling tower device, it is characterized in that circulating water pipeline 14 is through central supported rotary apparatus 7, it is disposed with water uniform device device 5 corresponding to revolution heat storage device 4, it is provided with multiple-way valve 15 between circulating water pipeline 14 and water uniform device device 5, water uniform device device 5 is not provided with water section closedtop lid 6, each water uniform device device 5 correspondence be adjacent between water or passage be not communicated with, by between multiple-way valve 15 or cut off or conducting recirculated water, heat storage corresponding to each section of water uniform device device 5 is that current are logical or cooling air circulation lower channel.
Beneficial effects of the present invention:
1, water saving: be not the heat cooling circulating water taking away recirculated water with the latent heat of vaporization, but use direct heat transfer formula heat exchange, there is no the vaporization of water, decrease the latent heat evaporation loss of water；
2, eliminate environment sand and dust to invade: circulation can be closed, cooling air may filter that, reduce the intrusion of sand and dust in air, decrease the fouling of heat transmission equipment, the cooling heat transferring efficiency of recirculated water can be effectively improved, reduce the equipment attrition use with antisludging agent；
3, reduce growing of antibacterial and algae in water: circulation is closed, and has cut off sunlight irradiation, can effectively reduce growing of antibacterial and algae in recirculated water, save process antibacterial and the chemical reagent of algae, reduced consumption and eliminate pollution；
4, reducing water surface volatilization: circulation is closed, can effectively reduce circulating water pool (tank) evaporation from water surface water consumption, circulation is closed, and effectively eliminates the evaporation water consumption that the horizontal air channel of the cooling tower that Atmospheric Flow is brought is come；
5, energy-conservation: water resistance is low, electric power, mechanical consumption are little, energy-saving and emission-reduction；
6, technological transformation easily realizes reducing investment: make full use of the advantage that existing circulation pipe network is longer, heat pipe is used to carry out the step type of cooling in the space of cooling circulating water pipeline, especially for western part, the feature that shady and cool underground air temperature is relatively low, without power consumption, it is also possible to be easily achieved the transformation of the docking to existing cooling tower device.
Accompanying drawing explanation
Fig. 1 is that cooling tower device one side of something formula arranges centre-driven structural representation master, top view.
Fig. 2 is that cooling tower device one side of something formula arranges non-central driving structural representation master, top view.
Fig. 3 is that cooling tower device multiple-piece arranges centre-driven structural representation master, top view.
Fig. 4 is that cooling tower device multiple-piece arranges non-central driving structural representation master, top view.
Fig. 5 is the structural representation master of cooling tower device water uniform device revolution, top view.
Fig. 6 is that cooling tower device multiple-way valve 15 controls the structural representation master of water revolution, top view.
In figure: 1, pond, 2, pond capping apparatus, 3, water flow passage, 4, revolution heat storage device, 5, water uniform device device, 6, water section closedtop lid, 7, centre of cooling column supports rotary apparatus, and 8, cooling tower tower, 9, cooling blower, 10, driving means, 11, perimeter support bascule, 12, wind passage, 13, cooling wind defecator, 14, circulating water pipeline, 15, multiple-way valve.
It is embodied as
nullAs shown in Fig. 1 to Fig. 5，A kind of rotary regenerative cooling tower device，Including pond 1、Pond capping apparatus 2、Water flow passage 3、Revolution heat storage device 4、Water uniform device device 5、Water section closedtop lid 6、Centre of cooling column supports rotary apparatus 7、Cooling tower tower 8、Cooling blower 9、Driving means 10、Perimeter support bascule 11、Wind passage 12、Cooling wind defecator 13 and circulating water pipeline 14，Cooling tower supports rotary apparatus 7 entirely through centre of cooling column and perimeter support bascule 11 is supported in pond 1，It is followed by water from flowing down realizing water，From streaming water to circulating water pool，The flowing water cooled down is collected in pond 1，Can also directly use as circulating water pool，Realize saving and take up an area，Between pond 1 and rotary regenerative cooling tower device above, millpond capping apparatus 2 is closed，Can prevent the intrusion of dust and dust storm in air from causing recirculated water to pollute，Reduce crossing current volatilization；Revolution heat storage device 4 is installed on centre of cooling column and supports on rotary apparatus 7, revolution heat storage device 4 is under the driving of driving means 10, rotary apparatus 7 rotary motion can be supported around centre of cooling column, heat storage in revolution heat storage device 4 is the most penetrating, and the water making water uniform device device 5 flow down can conduct heat with the heat storage in revolution heat storage device 4 and gravity flow flows downwardly into pond 1 under gravity；For realizing heat transfer and the cooling procedure of turning course, need at least to be divided into two panels by water uniform device device 5, two panels embodiment one technical scheme of the formation present invention and embodiment two, three technical scheme of multi-disc:
nullSuch as Fig. 1、Shown in 2，Embodiment one，Water uniform device device 5 half standard is arranged，On the upper periphery of whole revolution heat storage device 4，One side of something is water uniform device device 5，The half of water uniform device device 5 arranged be provided above with water section closedtop lid arrangement 6，Water flow passage 3 is arranged below，Make cooling wind can not pass through water stream channel，Minimizing water yield volatilization carries loss with water，The most half of is provided above with cooling tower air duct 8，Cooling blower 9 it is provided with in cooling tower tower 8，Cooling wind passage 12 is presented herein below，Upper and lower penetrating of heat storage，Water and cooling wind is made to pass through heat storage，Heat storage specific surface area is bigger，Water and cooling wind are when being circulated through the heat storage of revolution heat storage device 4，With carry out heat exchange with heat storage，Realize heat storage and the heat transfer accumulation of heat of water and cool down with air cooling heat transfer，Process turns round the cooling back and forth realizing recirculated water successively；
nullSuch as Fig. 3、Shown in 4，Embodiment two，Water uniform device device 5 multi-disc standard is arranged，Many panel region it are divided into accordingly on the upper periphery of whole revolution heat storage device 4，It it is cooling wind passage 12 between the adjacent two panels of multi-disc standard water uniform device device 5，Water uniform device device 5 be provided above with water section closedtop lid arrangement 6，Below its correspondence position for water flow passage 3 whole revolution heat storage device 4 be arranged above with cooling tower air duct 8，Cooling blower 9 it is provided with in cooling tower tower 8，Cooling wind passage 12 is presented herein below，During operation, the water uniform device device 5 ground water that is evenly distributed flow to its heat storage of correspondence of rotating through，Current fall into water flow passage 3 along heat storage uniform whereabouts cross flow，Fall into following pond 1，Current and heat storage since then during be fully contacted，And its heat is exchanged to heat storage，Revolution heat storage device 4 turns to cool down on wind passage 12 correspondence position，Blower fan and the common effect of tower 8，Make cooling wind by cooling down wind passage 12 adverse current through correspondence position heat storage，And carry out being fully contacted pre-heat exchange with the heat storage of its process，The heat that heat storage is stored passes to wind，The air above tower 8 is spilt into through blower fan 9 and tower 8，Heat storage enters next one circulation after obtaining a cooling，Revolution is reciprocal successively.
As shown in Figure 5, embodiment three, it is by dynamic and quiet location swap, revolution heat storage device 4 maintains static, but driving means 10 is set between water uniform device device 5 and the circulating water pipeline 14 of recirculated water pipe network system, driving means 10 drives water uniform device device 5 to rotate, and forms correspondence water flow passage 3 alternately and cooling wind passage 12, and diabatic process is ibid.
Circulating water pipeline 14 is designed as passing from central supported rotary apparatus 7 inside being connected to water uniform device device 5, the position of central supported rotary apparatus 7 can be made full use of, it is that the rationally distributed stress of compact conformation is the most unreasonable, the feature of revolving body is that regional cross section is fan-shaped, water uniform device device 5 can carry out water-flow equation device design with the construction features that region is fan-shaped exactly, reach radially to be uniformly distributed with circumference, it is also contemplated that the water in gyration is uniformly distributed to be sowed above the revolution heat storage turned over；Engineering design is relatively large in diameter in view of circulating water pipeline 14, when being not suitable for utilizing central supported rotary apparatus 7, can also arrange in the appropriate location, outside of cooling tower, also can realize as arranged mechanism's design of water receiving uniform device device 5 in circulating line, but its essential function is identical.
Consider the stress balance in rotary regenerative cooling tower device running, when cooling tower device is relatively large in diameter, beam wind load can cause centre of cooling column to support the unreasonable situation of stress of rotary apparatus 7, need periphery that Equipoising support apparatus 11 is set, driving means 10 may be mounted at centre of cooling column and supports on rotary apparatus 7, such as Fig. 1, shown in 4, it is also possible to be installed on perimeter support bascule 11, as shown in Figure 2,3.
If Fig. 1 is to shown in 6, in order to ensure water quality, eliminate cooling air and pass through heat storage Pollution Cycle water, be that the cooling air inlet of each group of wind passage 12 is provided with defecator 13, it is achieved recirculated cooling water process is totally-enclosed, eliminate or less air sand and dust invade.
The air of cooling circulating water process is surveyed and can be need not the most powerful sealing with water side, water side inlet air, the flow velocity of water can be reduced, also a small amount of water can be taken away, between water flow passage 3 and cooling wind passage 12, the isolation being not communicated with is set, it is possible to reduce the water yield is carried, reduces the loss of water, when design conditions are not for the purpose of the loss reducing water, then can be not provided with being not communicated with isolation.
As it is shown in figure 1, in the more valuable area of water, it is also possible to arrange one section of quiet reach between water flow passage 3 and cooling wind passage 12, neither intake in this section, the most stuffy, make water have longer with the heat storage separation time, reduce scattering and disappearing of water.
As shown in Figure 6, heat accumulating type cooling tower device is provided with multiple-way valve 15 between circulating water pipeline 14 and water uniform device device 5, revolution heat storage device 4 and water uniform device device 5 are motionless, and it is equipped with water uniform device device 5 between 5 each sections of water uniform device device corresponding on revolution heat storage device 4, the each section of rotation formation revolution being formed current by the switch of multiple-way valve 15, the heat storage flowing water of water uniform device device 5 correspondence of flowing water, water and heat storage heat exchange, after multiple-way valve 15 switching, the not heat storage ventilating and cooling of water uniform device device 5 correspondence of flowing water, circulation forms heat exchange successively；Multiple-way valve 15 can not also be used to use single valve to be set in turn in each import department of water uniform device device 5, " turned round " by the switch formation current of single valve and realize above-mentioned diabatic process.
Claims (6)
- null1. a rotary regenerative cooling tower device，Including pond (1)、Pond capping apparatus (2)、Water flow passage (3)、Revolution heat storage device (4)、Water uniform device device (5)、Water section closedtop lid (6)、Centre of cooling column supports rotary apparatus (7)、Cooling tower tower (8)、Cooling blower (9)、Driving means (10)、Perimeter support bascule (11)、Wind passage (12)、Cooling wind defecator (13)、Circulating water pipeline (14) and multiple-way valve (15)，Described rotary regenerative cooling tower device supports rotary apparatus (7) by centre of cooling column and perimeter support bascule (11) is supported in pond (1)，Between pond (1) and rotary regenerative cooling tower device above, millpond capping apparatus (2) is closed，Revolution heat storage device (4) is installed on centre of cooling column and supports on rotary apparatus (7)，Revolution heat storage device (4) is under the driving of driving means (10)，Rotary apparatus (7) rotary motion can be supported around centre of cooling column；Described revolution heat storage device (4), it is characterised in that the heat storage in revolution heat storage device (4) is the most penetrating；Described water uniform device device (5), it is characterized in that embodiment one, water uniform device device (5) half standard is arranged, one side of something on the upper periphery of whole revolution heat storage device (4) arranges formula water uniform device device (5), water uniform device device (5) be provided above with water section closedtop lid arrangement (6), water flow passage (3) is arranged below, another half of is provided above with cooling tower air duct (8), it is provided with cooling blower (9) in cooling tower tower (8), cooling wind passage (12) is presented herein below；Embodiment two, water uniform device device (5) multi-disc standard is arranged, the upper periphery of whole revolution heat storage device (4) arranges multi-disc water uniform device device (5), the cooling wind passage arranged between adjacent two panels water uniform device device (5), water uniform device device (5) be provided above with water section closedtop lid arrangement (6), water flow passage (3) is arranged below at its correspondence position, whole revolution heat storage device (4) be provided above with cooling tower air duct (8), being provided with cooling blower (9) in cooling tower tower (8), the part of non-aquaporin is cooling wind passage；Embodiment three, water uniform device device (5) multi-disc standard is arranged, driving means (10) is placed in the center of water uniform device device (5), revolution heat storage device (4) is motionless, driving means (10) is put driving water uniform device device (5) and is rotated and revolution heat storage device (4) generation relative motion, forms gyration；Circulating water pipeline (14) supports rotary apparatus (7) inside by centre of cooling column and passes, and is above connected to water uniform device device (5), and water can be sowed above the revolution heat storage turned over by water uniform device device (5) equably.
- Rotary regenerative cooling tower device the most according to claim 1, it is characterised in that driving means (10) may be mounted at centre of cooling column and supports on rotary apparatus (7), it is also possible to be installed on perimeter support bascule (11).
- Rotary regenerative cooling tower device the most according to claim 1, it is characterised in that the cooling air inlet of each group wind passage (12) is provided with defecator (13).
- Heat accumulating type cooling tower device the most according to claim 1, it is characterised in that arrange between water flow passage (3) and cooling wind passage (12) and be not communicated with interval isolation, forms independent water stream channel and cooling wind passage.
- Heat accumulating type cooling tower device the most according to claim 1, it is characterised in that between water flow passage (3) and cooling wind passage (12), one section of quiet reach is set, neither intakes in this section, the most stuffy.
- Heat accumulating type cooling tower device the most according to claim 1, it is characterized in that circulating water pipeline (14) is through central supported rotary apparatus (7), it is disposed with water uniform device device (5) corresponding to revolution heat storage device (4), multiple-way valve (15) it is provided with between circulating water pipeline (14) and water uniform device device (5), water uniform device device (5) is not provided with water section closedtop lid (6), what each water uniform device device (5) was corresponding is adjacent between water or passage be not communicated with, by between multiple-way valve (15) cut off or conducting recirculated water, the heat storage of each section of water uniform device device (5) correspondence below is that current lead to or cooling air circulation lower channel.
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| CN201510396162.6A CN106323034A (en) | 2015-07-08 | 2015-07-08 | Rotating heat accumulating type cooling tower |
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE29903863U1 (en) * | 1999-03-03 | 1999-11-11 | Att Automationstechnik Gmbh Lu | Open cooling tower with cooling energy storage |
| CN201715880U (en) * | 2010-03-19 | 2011-01-19 | 王高元 | Secondary refrigerant heat exchange tower |
| CN201844708U (en) * | 2010-06-01 | 2011-05-25 | 张育仁 | Novel cooling tower |
| CN102607296A (en) * | 2012-03-20 | 2012-07-25 | 双良节能系统股份有限公司 | Dry-wet combined industrial circulating water cooling system |
| CN202522098U (en) * | 2012-04-28 | 2012-11-07 | 上虞市奥帅制冷工业有限公司 | Low-noise light-weight cooling tower |
| CN103017553A (en) * | 2011-09-22 | 2013-04-03 | 无锡市东优环保科技有限公司 | Regenerative submerged arc furnace flue gas waste heat power generation method |
-
2015
- 2015-07-08 CN CN201510396162.6A patent/CN106323034A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE29903863U1 (en) * | 1999-03-03 | 1999-11-11 | Att Automationstechnik Gmbh Lu | Open cooling tower with cooling energy storage |
| CN201715880U (en) * | 2010-03-19 | 2011-01-19 | 王高元 | Secondary refrigerant heat exchange tower |
| CN201844708U (en) * | 2010-06-01 | 2011-05-25 | 张育仁 | Novel cooling tower |
| CN103017553A (en) * | 2011-09-22 | 2013-04-03 | 无锡市东优环保科技有限公司 | Regenerative submerged arc furnace flue gas waste heat power generation method |
| CN102607296A (en) * | 2012-03-20 | 2012-07-25 | 双良节能系统股份有限公司 | Dry-wet combined industrial circulating water cooling system |
| CN202522098U (en) * | 2012-04-28 | 2012-11-07 | 上虞市奥帅制冷工业有限公司 | Low-noise light-weight cooling tower |
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