CN205419977U - Refrigerating unit is at cooling water treatment system of flood period - Google Patents
Refrigerating unit is at cooling water treatment system of flood period Download PDFInfo
- Publication number
- CN205419977U CN205419977U CN201520923368.5U CN201520923368U CN205419977U CN 205419977 U CN205419977 U CN 205419977U CN 201520923368 U CN201520923368 U CN 201520923368U CN 205419977 U CN205419977 U CN 205419977U
- Authority
- CN
- China
- Prior art keywords
- water
- cooling water
- refrigeration unit
- pond
- treatment system
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Separation Of Suspended Particles By Flocculating Agents (AREA)
Abstract
The utility model relates to a processing system of the energy -conserving field of weaving chemical industry, a concretely relates to cooling water, saying more specifically, the utility model relates to a refrigerating unit is at cooling water treatment system of flood period, its characterized in that includes: pumping station, grit chamber, machine add pond, siphon pond, clean water basin, clarified water pump, refrigerating unit, ion exchanger, soft water pipe network and old refrigeration station.
Description
Technical field
This utility model relates to energy saving of chemical industry field of weaving, and is specifically related to a kind of processing system cooling down water, and in particular, this utility model relates to a kind of refrigeration unit cooling water treatment system in flood period.
Background technology
Cooling water need to be lowered the temperature by cooling water circulation utilization, pressurized treatments Posterior circle uses, and process system is complicated, equipment is more and energy expenditure and waste big；Environment is caused certain impact during heat is dispersed into air during cooling water temperature by cooling water circulation utilization.
By changing refrigeration unit cooling water process, cool down water gained heat after deep exploitation refrigeration unit refrigeration, the utilization of the energy is reached maximum reasonable, to reach to save the purpose of energy reduction operating cost.
While carrying out water cooling, the impact of hot wet effect response environment is very big, and the noise pollution that the fan operation of cooling tower produces simultaneously is the most serious.
nullState Intellectual Property Office was on 07 9th, 2014，Disclose Publication No. CN203701200U，The patent of invention of entitled " a kind of blower fan and reductor cooling water water-saving system "，This patent of invention uses blower cooling water back with water inlet line、Blower cooling water water outlet pipeline、Deceleration unit cooling water inlet pipe line and deceleration unit cooling water outlet pipe line，One end of blower cooling water back with water inlet line is connected with running water pipe，The other end of blower cooling water back with water inlet line is connected with the cooling tube water inlet of each blower fan respectively，One end of blower cooling water water outlet pipeline is connected with the cooling tube outlet of each blower fan respectively，The other end of blower cooling water water outlet pipeline is connected with deceleration unit cooling water inlet pipe line，Deceleration unit cooling water inlet pipe line is connected with the cooling jacket water inlet of deceleration unit，One end of deceleration unit cooling water outlet pipe line is connected with the cooling jacket outlet of deceleration unit，The other end of deceleration unit cooling water outlet pipe line is connected with discharge trough.This invention takes the energy the most very much, and simultaneously its blower fan unit works when, noise is very big, and the health of workman is had serious impact.
Utility model content
For above-mentioned deficiency of the prior art, this utility model provides a kind of refrigeration unit cooling water treatment system in flood period.
A kind of refrigeration unit is at the cooling water treatment system of flood period, it is characterized in that including: pumping station, setting pot, machine adds pond, siphon pond, clear water reserviors, clarified water pump, refrigeration unit, ion exchanger, soft water pipe network and old refrigeration plant, described setting pot is connected with refrigeration unit, described refrigeration unit adds pond with machine and is connected, described machine adds pond and is connected with siphon pond, described siphon pond is connected with clear water reserviors, described clear water reserviors are connected with described old refrigeration plant, it is provided with clarified water pump between described clear water reserviors and described old refrigeration plant, described old refrigeration plant is connected with ion exchanger, described ion exchanger is connected with soft water pipe network.
The default temperature scope of the condenser in described refrigeration unit is 32 DEG C.
Described setting pot processes the water yield at 0-1000m3/h。
Flocculant adding apparatus is included in described sedimentation tank.
Described flocculant is aluminium polychlorid.
A kind of refrigeration unit is at the cooling water treatment system of flood period, it is characterised in that workflow includes:
A. pumping station is fetched water in river；
If b. in flood period, river turbidity is relatively big containing sand between 7000 °-20000 °, now the water obtained in step a is passed directly into setting pot, then by the flocculant adding apparatus in setting pot, the water of acquirement in a is put into aluminium polychlorid,
C. the silt content less cooling water obtained by precipitation in b is passed through refrigeration unit；
D., after treating that the cooling water in step c is heated up by refrigeration unit condenser heat exchange, cooling water is passed through machine and adds pond,
E. the cooling water obtained in step d is filtered in siphon pond, because cooling water now contains a certain amount of silt and float, so being now also noted that the operating load in siphon pond while filtering, at any time filtrate is cleared up, prevent siphon pond from blocking, afterwards the cooling water obtained is passed through clear water reserviors；
F. the clear water reserviors in step e are connected to clarified water pump, and the water in clear water reserviors is extracted out the refrigeration unit being passed through old refrigeration plant by clarified water pump, through carrying out heat exchange at unit, after temperature raises, are passed into ion exchanger, as the reaction water of ion exchanger.
G. the cooling water after being reacted by ion exchanger is passed through soft water pipe network, for soft water user.
The beneficial effects of the utility model:
By changing refrigeration unit cooling water process, cool down water gained heat after deep exploitation refrigeration unit refrigeration, the utilization of the energy is reached maximum reasonable, to reach to save the purpose of energy reduction operating cost.
1, technological process, simple in construction, equipment is less, and first cost is low, and the suitability is strong；
2, slewing is few, increases operation equipment, personnel safety；
3, eliminating cooling tower fan and circulation pressure pump, operating cost is low；
4, cooled water heat energy is fully used, it is to avoid energy waste and the harm causing environment.
Reference
1. pumping station, 2. setting pot, 3. machine add pond, 4. siphon pond, 5. clear water reserviors, 6. clarified water pump, 7. refrigeration unit, 8. ion exchanger, 9. soft water pipe network, the oldest refrigeration plant.
Accompanying drawing explanation
Fig. 1 is workflow diagram of the present utility model；
Detailed description of the invention:
Embodiment 1:
A kind of refrigeration unit is at the cooling water treatment system of flood period, it is characterized in that including: pumping station 1, setting pot 2, machine adds pond 3, siphon pond 4, clear water reserviors 5, clarified water pump 6, refrigeration unit 7, ion exchanger 8, soft water pipe network 9 and old refrigeration plant 10, described setting pot 2 is connected with refrigeration unit 7, described refrigeration unit 7 adds pond 3 and is connected with machine, described machine adds pond 3 and is connected with siphon pond 4, described siphon 4 pond is connected with clear water reserviors 5, described clear water reserviors 5 are connected with described old refrigeration plant 10, it is provided with clarified water pump 6 between described clear water reserviors 5 and described old refrigeration plant 10, described old refrigeration plant 10 is connected with ion exchanger 8, described ion exchanger 8 is connected with soft water pipe network 9.
A kind of refrigeration unit is at the cooling water treatment system of flood period, it is characterised in that workflow includes:
A. pumping station is fetched water in river；
If b. in flood period, river turbidity is relatively big containing sand between 7000 °-20000 °, now the water obtained in step a is passed directly into setting pot, then by the flocculant adding apparatus in setting pot, the water of acquirement in a is put into aluminium polychlorid,
C. it is passed through refrigeration unit by what b obtained containing a small amount of less cooling water；
D., after treating that the cooling water in step c is heated up by refrigeration unit condenser heat exchange, cooling water is passed through machine and adds pond,
E. the cooling water obtained in step d is filtered in siphon pond, because cooling water now contains a certain amount of silt and float, so being now also noted that the operating load in siphon pond while filtering, at any time filtrate is cleared up, prevent siphon pond from blocking, afterwards the cooling water obtained is passed through clear water reserviors；
F. the clear water reserviors in step e are connected to clarified water pump, and the water in clear water reserviors is extracted out the refrigeration unit being passed through old refrigeration plant by clarified water pump, through carrying out heat exchange at unit, after temperature raises, are passed into ion exchanger, as the reaction water of ion exchanger,
G. the cooling water after being reacted by ion exchanger machine is passed through soft water pipe network, for soft water user.
Embodiment 2:
A kind of refrigeration unit is at the cooling water treatment system of flood period, it is characterized in that including: pumping station 1, setting pot 2, machine adds pond 3, siphon pond 4, clear water reserviors 5, clarified water pump 6, refrigeration unit 7, ion exchanger 8, soft water pipe network 9 and old refrigeration plant 10, described setting pot 2 is connected with refrigeration unit 7, described refrigeration unit 7 adds pond 3 and is connected with machine, described machine adds pond 3 and is connected with siphon pond 4, described siphon 4 pond is connected with clear water reserviors 5, described clear water reserviors 5 are connected with described old refrigeration plant 10, it is provided with clarified water pump 6 between described clear water reserviors 5 and described old refrigeration plant 10, described old refrigeration plant 10 is connected with ion exchanger 8, described ion exchanger 8 is connected with soft water pipe network 9.
The default temperature scope of the condenser in described refrigeration unit 7 is 32 DEG C.
Described setting pot processes the water yield at 0-1330m3/h。
Flocculant adding apparatus is included in described setting pot.
Described flocculant is aluminium polychlorid.
A kind of refrigeration unit is at the cooling water treatment system of flood period, it is characterised in that workflow includes:
A. pumping station is fetched water in river；
If b. in flood period, river turbidity is relatively big containing sand between 7000 °-20000 °, now the water obtained in step a is passed directly into setting pot, then by the flocculant adding apparatus in setting pot, the water of acquirement in a is put into aluminium polychlorid,
C. less for the silt content obtained in b cooling water is passed through refrigeration unit；
D., after treating that the cooling water in step c is heated up by refrigeration unit condenser heat exchange, cooling water is passed through machine and adds pond,
E. the cooling water obtained in step d is filtered in siphon pond, because cooling water now contains a certain amount of silt and float, so being now also noted that the operating load in siphon pond while filtering, at any time filtrate is cleared up, prevent siphon pond from blocking, afterwards the cooling water obtained is passed through clear water reserviors；
F. the clear water reserviors in step e are connected to clarified water pump, and the water in clear water reserviors is extracted out the refrigeration unit being passed through old refrigeration plant by clarified water pump, through carrying out heat exchange at unit, after temperature raises, are passed into ion exchanger, as the reaction water of ion exchanger,
G. the cooling water after being reacted by ion exchanger is passed through soft water pipe network, for soft water user.
Embodiment 3:
A kind of refrigeration unit is at the cooling water treatment system of flood period, it is characterized in that including: pumping station 1, setting pot 2, machine adds pond 3, siphon pond 4, clear water reserviors 5, clarified water pump 6, refrigeration unit 7, ion exchanger 8, soft water pipe network 9 and old refrigeration plant 10, described setting pot 2 is connected with refrigeration unit 7, described refrigeration unit 7 adds pond 3 and is connected with machine, described machine adds pond 3 and is connected with siphon pond 4, described siphon 4 pond is connected with clear water reserviors 5, described clear water reserviors 5 are connected with described old refrigeration plant 10, it is provided with clarified water pump 6 between described clear water reserviors 5 and described old refrigeration plant 10, described old refrigeration plant 10 is connected with ion exchanger 8, described ion exchanger 8 is connected with soft water pipe network 9.
The default temperature of the condenser in described refrigeration unit 7 is 16 DEG C.
Described setting pot processes the water yield at 500m3/h。
Flocculant adding apparatus is included in described setting pot.
Described flocculant is aluminium polychlorid.
A kind of refrigeration unit is at the cooling water treatment system of flood period, it is characterised in that workflow includes:
A. pumping station is fetched water in river；
If b. in flood period, river turbidity is relatively big containing sand between 7000 °-20000 °, now the water obtained in step a is passed directly into setting pot, then by the flocculant adding apparatus in setting pot, the water of acquirement in a is put into aluminium polychlorid,
C. less for the silt content obtained in b cooling water is passed through refrigeration unit；
D., after treating that the cooling water in step c is heated up by refrigeration unit condenser heat exchange, cooling water is passed through machine and adds pond,
E. the cooling water obtained in step d is filtered in siphon pond, because cooling water now contains silt and float, so the operating load of the centrifuge being now also noted that in siphon pond while filtering, at any time filtrate is cleared up, prevent siphon pond from blocking, afterwards the cooling water obtained is passed through clear water reserviors；
F. the clear water reserviors in step e are connected to clarified water pump, and the water in clear water reserviors is extracted out the refrigeration unit being passed through old refrigeration plant by clarified water pump, through carrying out heat exchange at unit, after temperature raises, are passed into ion exchanger, as the reaction water of ion exchanger,
G. the cooling water after being reacted by ion exchanger is passed through soft water pipe network, for soft water user.
Embodiment 4:
A kind of refrigeration unit is at the cooling water treatment system of flood period, it is characterized in that including: pumping station 1, setting pot 2, machine adds pond 3, siphon pond 4, clear water reserviors 5, clarified water pump 6, refrigeration unit 7, ion exchanger 8, soft water pipe network 9 and old refrigeration plant 10, described setting pot 2 is connected with refrigeration unit 7, described refrigeration unit 7 adds pond 3 and is connected with machine, described machine adds pond 3 and is connected with siphon pond 4, described siphon 4 pond is connected with clear water reserviors 5, described clear water reserviors 5 are connected with described old refrigeration plant 10, it is provided with clarified water pump 6 between described clear water reserviors 5 and described old refrigeration plant 10, described old refrigeration plant 10 is connected with ion exchanger 8, described ion exchanger 8 is connected with soft water pipe network 9.
The default temperature of the condenser in described refrigeration unit 7 is 32 DEG C.
Described setting pot processes the water yield at 1330m3/h。
Flocculant adding apparatus is included in described setting pot.
Described flocculant is aluminium polychlorid.
A kind of refrigeration unit is at the cooling water treatment system of flood period, it is characterised in that workflow includes:
A. pumping station is fetched water in river；
If b. in flood period, river turbidity is relatively big containing sand between 7000 °-20000 °, now the water obtained in step a is passed directly into setting pot, then by the flocculant adding apparatus in setting pot, the water of acquirement in a is put into aluminium polychlorid,
C. less for the silt content obtained in b cooling water is passed through refrigeration unit；
D., after treating that the cooling water in step c is heated up by refrigeration unit condenser heat exchange, cooling water is passed through machine and adds pond,
E. the cooling water obtained in step d is filtered in siphon pond, because cooling water now contains silt and float, so the operating load of the centrifuge being now also noted that in siphon pond while filtering, at any time filtrate is cleared up, prevent siphon pond from blocking, afterwards the cooling water obtained is passed through clear water reserviors；
F. the clear water reserviors in step e are connected to clarified water pump, and the water in clear water reserviors is extracted out the refrigeration unit being passed through old refrigeration plant by clarified water pump, through carrying out heat exchange at unit, after temperature raises, are passed into ion exchanger, as the reaction water of ion exchanger,
G. the cooling water after being reacted by ion exchanger is passed through soft water pipe network, for soft water user.
Claims (4)
- null1. a refrigeration unit is at the cooling water treatment system of flood period，It is characterized in that including: pumping station (1)、Setting pot (2)、Machine adds pond (3)、Siphon pond (4)、Clear water reserviors (5)、Clarified water pump (6)、Refrigeration unit (7)、Ion exchanger (8)、Soft water pipe network (9) old refrigeration plant (10)，Described setting pot (2) is connected with refrigeration unit (7)，Described refrigeration unit (7) adds pond (3) and is connected with machine，Described machine adds pond (3) and is connected with siphon pond (4)，Described siphon pond (4) is connected with clear water reserviors (5)，Described clear water reserviors (5) are connected with described old refrigeration plant (10)，Clarified water pump (6) it is provided with between described clear water reserviors (5) and described old refrigeration plant (10)，Described old refrigeration plant (10) is connected with ion exchanger (8)，Described ion exchanger (8) is connected with soft water pipe network (9)，Described setting pot includes flocculant adding apparatus in (2).
- A kind of refrigeration unit the most according to claim 1 is at the cooling water treatment system of flood period, it is characterised in that: the default temperature scope of the condenser in described refrigeration unit (7) is 32 DEG C.
- A kind of refrigeration unit the most according to claim 1 is at the cooling water treatment system of flood period, it is characterised in that: described setting pot (2) processes the water yield at 0-1000m3/h。
- A kind of refrigeration unit the most according to claim 1 is at the cooling water treatment system of flood period, it is characterised in that: described flocculant is aluminium polychlorid.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520923368.5U CN205419977U (en) | 2015-11-19 | 2015-11-19 | Refrigerating unit is at cooling water treatment system of flood period |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520923368.5U CN205419977U (en) | 2015-11-19 | 2015-11-19 | Refrigerating unit is at cooling water treatment system of flood period |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205419977U true CN205419977U (en) | 2016-08-03 |
Family
ID=56536173
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520923368.5U Active CN205419977U (en) | 2015-11-19 | 2015-11-19 | Refrigerating unit is at cooling water treatment system of flood period |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205419977U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105347556A (en) * | 2015-11-19 | 2016-02-24 | 四川省宜宾惠美线业有限责任公司 | Cooling water treatment system of refrigerating unit in flood period |
-
2015
- 2015-11-19 CN CN201520923368.5U patent/CN205419977U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105347556A (en) * | 2015-11-19 | 2016-02-24 | 四川省宜宾惠美线业有限责任公司 | Cooling water treatment system of refrigerating unit in flood period |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN105271549B (en) | Circulating-water in thermal power plant resource comprehensive utilization system and method | |
| CN203414012U (en) | Underground water plate heat exchanger online backwashing device | |
| CN205419977U (en) | Refrigerating unit is at cooling water treatment system of flood period | |
| CN203144231U (en) | Water treatment device for cooling water tower | |
| CN205328744U (en) | Refrigerating unit is in cooling water treatment in dry season system | |
| CN202101561U (en) | Circulatory purification cooling system for electric smelting furnace | |
| CN102505397A (en) | Dyeing heat recovery equipment and process | |
| CN105347557B (en) | A kind of refrigeration unit is in the cooling water treatment system in dry season | |
| CN204281447U (en) | River water source heat pump water intaking Water quality processing system | |
| CN204039104U (en) | A kind of circulating water device be applied in power station | |
| CN105347556A (en) | Cooling water treatment system of refrigerating unit in flood period | |
| CN209065557U (en) | A kind of thermal power plant's sewage disposal device | |
| CN205133267U (en) | Circulating water comprehensive use of resources system of steam power plant | |
| CN202101537U (en) | Closed cycle cooling system for electric smelting furnace | |
| CN206970374U (en) | A kind of wastewater from chemical industry ozone multi-level handling system | |
| CN104019543A (en) | Waste water heat energy recycling device | |
| CN204923157U (en) | Ground can ground chafing dish stove | |
| CN205151879U (en) | Biochemical pond intensification system of air compressor machine waste heat retrieves | |
| CN203880937U (en) | Recycling device for waste water heat energy | |
| CN205420363U (en) | Cooling water circulating device | |
| CN205773461U (en) | A kind of saline treatment and sterilizing combination unit | |
| CN204923449U (en) | Special ground of bathing can boiler | |
| CN204224863U (en) | Bobbin dyeing after heat water recycling device | |
| CN203785325U (en) | Water source heat pump provided with automatic cleaning device | |
| CN203890082U (en) | Waste heat recovery device for evaporation and crystallization |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |