CN202625900U - Desalted water preparation device special for absorption tower - Google Patents
Desalted water preparation device special for absorption tower Download PDFInfo
- Publication number
- CN202625900U CN202625900U CN2012202549359U CN201220254935U CN202625900U CN 202625900 U CN202625900 U CN 202625900U CN 2012202549359 U CN2012202549359 U CN 2012202549359U CN 201220254935 U CN201220254935 U CN 201220254935U CN 202625900 U CN202625900 U CN 202625900U
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- water
- pipeline
- valve
- turbine
- pump
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A20/00—Water conservation; Efficient water supply; Efficient water use
- Y02A20/124—Water desalination
- Y02A20/131—Reverse-osmosis
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- Separation Using Semi-Permeable Membranes (AREA)
Abstract
The utility model discloses a desalted water preparation device special for an absorption tower, and relates to the field of chemical industry. The desalted water preparation device special for the absorption tower is characterized in that a turbine water inlet plate gate valve and a turbine water outlet plate gate valve are connected with a plate type heat exchanger through pipelines, heat is exchanged through circulating water pipes in the plate type heat exchanger, the turbine water outlet plate gate valve is connected with an on-site temperature indicator through a pipeline, and then the pipeline passes through an electromagnetic valve; medicament boxes are arranged side by side through a measuring pump A7 and a measuring pump B which are arranged on the ground, a filtering device is placed on the ground, an on-site ball valve on the top of the filtering device is connected to the medicament boxes through rubber pipes, and a rear pipeline of the filtering device is connected with an on-site pressure indicator, and then the rear pipeline passes through a reverse osmosis membrane; and the reverse osmosis membrane and a pure water flow meter are connected with a potential of hydrogen (PH) on-line analyzer through pipelines, the PH on-line analyzer is connected with the pure water flow meter, and the pure water flow meter is connected with a water storage tank. The desalted water preparation device special for the absorption tower has the advantages of being flexible to operate, high in automation degree, high in autonomy, free of influence from outer systems, high in water quality, short in flowing distance, capable of preventing secondary contamination, low in energy consumption and high in stability.
Description
Technical fieldThe utility model relates to chemical field, specifically relates to a kind ofly prepare the special-purpose de-salted water device in absorption tower with the turbine condensed water.
Background technologyAccording to absorption tower de-salted water preparation flow, the PX device is in order to keep in the adsorption tower water cut suitable in the molecular sieve strippant, thereby guarantees the optimal separation effect of p-Xylol; Need to replenish water pot certainly, in the strippant circulation line, inject quantitative de-salted water continuously through make-up pump.Used de-salted water injects through the defeated mode of outsourcing pipe in the prior art, and because of usually receiving the maintenance of outsourcing unit or come quality to retrain, accommodation that can not implement device influences ordinary production.
The utility model contentIn order to solve the defective that prior art exists, the utility model is a raw material with the turbine condensed water, has designed the preparation facilities of the special-purpose de-salted water in absorption tower, to guarantee to produce normal the use.The utility model efficient is high, energy consumption is low, and operate steadily, friction, long service life.
The technical solution of the utility model is: turbine condensed water quality and de-salted water require deviation mainly on pH value, total hardness, chloride content, through future water for cooling, modes such as film, infiltration can be prepared qualified special use absorption de-salted water in advance.
1, turbine condensed water and the special-purpose de-salted water water quality requirement analysis-by-synthesis of absorption:
1.1 adopting the turbine condensed water is de-salted water preparation system raw material, the condensed water water quality of returning from steam turbine:
1.2 turbine water reaches technic index through de-salted water preparation system processing requirements:
1.3 de-salted water preparation system processing power:
2, pre-treatment
2.1, turbine discharge valve system
For pre-treatment provides stabilized driving pressure, one of water topping-up pump and flowrate control valve one cover are set, impeller pump, Q=1m
3/ h; H=28m; N=0.37KW.
2.2, plate-type heat exchanger:
Principle of work:
Consider that turbine condensed water water temperature is 70 ℃, for guaranteeing the reverse osmosis unit inflow temperature, guarantee reverse osmosis produced outlet capacity, plate-type heat exchanger is set, low-temperature receiver adopts device recirculated water.Liquid plate interchanger during interchanger adopts; Adopt water water heat exchange mode, interchanger is installed in accurate filter front end, SUS
30
4Stainless steel.
Technical parameter: (1), inlet temperature: 70 ℃;
(2), temperature out: >=45 ℃;
(3), heat exchange flow: 1.5t/h;
(4), pressure: 1.0Mpa;
(5), TP: 1.25Mpa;
(6), design temperature: 80 ℃
(7), heat interchanging area: 2.15m
2
2.3, the pH value setting device
Turbine condensed water pH value is 8～10 (20 ℃); In order to protect through after the reverse osmosis unit desalting treatment; PH value meeting 6.8～7.8 (20 ℃) of product water; Between board-like cooling and accurate filter, chemicals dosing plant is set in the design technology, the pH value that increases Hydrocerol A adjusting RO water outlet is stable, simultaneously to guarantee the reverse osmosis membrane ratio of desalinization.
Volume pump is an electromagnetic dosing pump, 100 liters in medicine-chest, material PE.Design Hydrocerol A dosage 1～2ppm.
2.4, accurate filter
By the remaining molecule of accurate filter elimination possibility, after the HPP pressurization, get into reverse osmosis unit; Filtering accuracy is 5 μ m.
Filter body is that 20 chis strengthen filter core.
After processing under cooling, turbine water water temperature satisfies the feed water by reverse osmosis condition.
3, r-o-part
3.1, Reverse Osmosis Desalination Process Equipment
R-o-is a kind of reverse locomotory movement of infiltration, is a kind of under pressure-driven, the separation method that solute in the solution and solvent is separated by means of the selection crown_interception of semi-permeable membranes.
U.S.'s film imported element is adopted in design.Its operational conditions of composite package as: maximum SDI 5.0,45 ℃ of top temperatures, maximum turbidity 1NTU, pH scope 2.0～10.0, maximum feedwater flow 16gal/min.Water production rate 9.5m under the test condition (500mg/L, NaCl, 0.7Mpa, 25 ℃, pH6.5～7.0, the recovery 15%)
3/ d, ratio of desalinization (Cl%) 99.2%, film surface-area 85ft2.
One-level membrane module pressure vessel for reverse osmosis selects for use glass reinforced plastic material 1 core to adorn 2 putaminas.Membrane element quantity is 2.
For providing driving pressure, reverse osmosis membrane assembly HPP is set, parameter: Q=1.2m
3/ h, H=114m, N=1.5kw.
HPP is provided with the using and the reserved.
4, terminal pure water case and pure water transport portion
4.1, pure absorption desalination water tank
One in terminal pure water case is set, (outdoor setting) volume V=1.0m
3SUS
30
4Stainless steel combination water tank, specification: 1000*1000*1000mm; Entery and delivery port, riser, wash water valve, fluid level transmitter are set.Water tank is provided with insulating rubber plastic outward, and outer wall twines electric-heating belt and keeps water temperature not thaw.
5, pipeline and pipe connection
5.1, the equipment pipe arrangement all adopts SUS
30
4Stainless steel pipe and valve;
5.2, equipment and water tank connecting pipe road adopt SUS
30
4Stainless steel tube, outer wall twines electric-heating belt, insulating rubber plastic.
6, low-voltage electrical and control configuration instruction automatically
6.1, system control adopts the PLC PC, system establishes 1 of distribution control box, casing is the carbon steel plastic-blasting; Power element such as low-voltage electrical, SV;
6.2, power distribution cabinet is provided with emergency stop switch; After the emergency stop switch button is pressed; The electric master loop of cut-out equipment, and can not control starting outfit start running at the emergency stop switch back operation start button that resets can action button opertaing device start operation after needing switch with the loop power supply reset.
6.3, system's distribution working voltage grade: master loop AC380V/220V; Loop, operating panel DC24;
6.4, inlet wire cable, electric motor driving cable adopt three-phase five-wire mode.
6.5, anti-hazard classification: d II CT4
6.6 adopt SIEMENS PC S7-200 CPU-224, analog quantity expansion module EM235 to realize the function of system; Adopt panel switch to realize the operation of system.
The preparation technology of this device is: raw material is the steam turbine condensed water, is pressed onto in the de-mineralized water equipment through pressure, and condensed water is cooled to condensed water below 35 ℃ through plate-type heat exchanger, and the condensed water ejecting plate changes temperature can not be higher than 35 ℃, otherwise damages semi-permeable membranes.Whether inspection working shaft terminal valve is opened, and whether reverse flow valve is in closing condition, cavitates when preventing pump operation.Before starting working shaft first, must carry out the topping up exhaust to pump through the pump head plug.Through the dosing in condensed water of de-mineralized water dosing pump, medicament is to be contained in the chemical tank, and 1:10 is pressed in the soup configuration, when dosing tank (yellow) liquid level reaches 20L, in medicine-chest, adds water to 40L, adds the 2.5L soup then, is the half the of blue keg approximately.Add water to 73L again, add the 2.5L soup at last, mix.Regulate the condensed water pH value through the de-mineralized water medicament; The volume pump starting switch is got to automated location; Volume pump will start and entering water electromagnetic valve can be opened automatically, judges that through strainer inlet and outlet pressure table and discharge of wastewater pressure gauge reading whether SV is opened, and does not open like SV; The volume pump starting switch is got to closed position, and the contact instrument is handled SV.High water tank is high reports to the police, and when the volume pump starting switch was got to automated location, SV and volume pump can not worked, and after needing to be reduced to below the alarming value, could open SV again to high water tank, starts volume pump.Start volume pump after 3 to 5 minutes, through the PH on line analyzer on the electric control box, the control pH value is between 6.8 to 7.8.PH value is lower than at 6.8 o'clock, manually turns the volume pump stroke down, and pH value is higher than at 7.8 o'clock, manually transfers big metering throw of pump.Liquid level switch is divided into high, medium and low three liquid levels in the pure water water tank, when reaching high liquid level, and closed electromagnetic valve, reverse osmosis equipment is out of service, and volume pump is out of service; In the middle of during liquid level, SV is opened, reverse osmosis equipment brings into operation, the volume pump operation, when liquid level more than low liquid level and water when qualified outer behaviour can start working shaft water filling in D602, when low liquid level, working shaft is out of service automatically.When low liquid level warning lamp extinguishes (high water tank is about about 50%, and low liquid level warning lantern festival is extinguished), working shaft will restart.Volume pump and working shaft are the using and the reserved, when equipment has fault, should in time switch.Then through security formula strainer with contaminant filter in the water again through reverse osmosis membrane, observe strainer turnover tensimeter pressure reduction, use when reaching three months when pressure reduction reaches 0.07Mpa or filter element, should be in time renew cartridge more.Control discharge of wastewater pressure is at 0.38Mpa.Contain each metal ion species of condensed water in the waste water, final production goes out to meet the requirements of de-mineralized water.After dense water regulating valve debugging is good, regulate the recovery through wastewater flow meter and pure water under meter.When cutting off the water, close feed water valve earlier, close dosing valve again, confirm that dosing pump quits work closed electromagnetic valve.At last turbine water is advanced plate and change gate valve and close and get final product, all the other valves need not move.Desalination moisture two-way outlet, the A road is housed in the water tank, and the small pump A/B that is arranged in parallel through ground is transported to de-mineralized water use point.The B road is a waste water, enters sewage OD system through after the on-the-spot pressure display.
The constitutional features of the utility model is: turbine water advances plate and changes gate valve and change gate valve with turbine water ejecting plate and be connected with plate-type heat exchanger through pipeline; Plate-type heat exchanger comes heat exchange through circulating pipe; Turbine water ejecting plate changes gate valve and is connected with the in situ temperature indication through pipeline, and passes through SV; Chemical tank is placed through volume pump A7, the volume pump B of ground configuration side by side; Strainer is placed on the ground, and the on-the-spot ball valve of filter top is connected to chemical tank through sebific duct, and the strainer rear line connects on-the-spot pressure indication; Again through ground reverse osmosis membrane; Reverse osmosis membrane is connected with the PH on line analyzer through pipeline with the pure water under meter, and the PH on line analyzer is connected with the pure water under meter, and the pure water under meter links to each other with water tank.This device is divided into two-way outlet, and the A road is housed in the water tank, and the small pump A, working shaft imported valve and the working shaft outlet valve that are arranged in parallel through ground are connected with small pump A through pipeline, is transported to de-mineralized water through small pump B and uses point; The B road is a waste water, is connected with the indication of on-the-spot pressure successively, wastewater flow meter, the dense water regulating valve in front and back, at last through pipeline with enter the OD system after the wastewater flow meter is connected.
The utility model is through electric control box control small pump A, small pump B, volume pump A, volume pump B, the switch of SV.
The utility model is a raw material with the turbine condensed water; Designed the preparation facilities of the special-purpose de-salted water in absorption tower; Compare with former outsourcing de-salted water; Having that the automatic degree of flexible operation is high, autonomy does not receive external system to influence, utilizes own raw material to realize that recycling economy, the good flow process weak point of water quality prevent secondary pollution, the low stable strong characteristics of energy consumption by force, is a kind of new technology with promotional value.
Description of drawings
Fig. 1 is absorption tower special-purpose de-salted water preparation facilities figure;
Reference numeral shown in Fig. 1 is following: 1, in situ temperature indication, 2, plate-type heat exchanger, 3, strainer, 4, chemical tank, 5, the indication of on-the-spot pressure; 6, reverse osmosis membrane, 7, volume pump A, 8, volume pump B, 9, the wastewater flow meter, 10, water tank; 11, small pump A, 12, small pump B, 13, circulating pipe, 14, dense water regulating valve; 15, SV, 16, the working shaft imported valve, 17, the working shaft outlet valve, 18, on-the-spot ball valve; 19, PH on line analyzer, 20, turbine water advances plate and change gate valve, 21, turbine water ejecting plate changes gate valve, 22, the pure water under meter.
Embodiment
The embodiment of the utility model is: turbine water advances plate and changes gate valve 20 and change gate valve 21 with turbine water ejecting plate and be connected with plate-type heat exchanger 2 through pipeline; Plate-type heat exchanger 2 comes heat exchange through circulating pipe 13; Turbine water ejecting plate changes gate valve 21 and is connected with in situ temperature indication 1 through pipeline, and through SV 15; Chemical tank 4 is placed through volume pump A7, the volume pump B8 of ground configuration side by side; Strainer 3 is placed on the ground, and the on-the-spot ball valve 18 in strainer 3 tops is connected to chemical tank 4 through sebific duct, and strainer 3 rear lines connect on-the-spot pressure indication 5; Again through ground reverse osmosis membrane 6; Reverse osmosis membrane 6 is connected with PH on line analyzer 19 through pipeline with pure water under meter 22, and PH on line analyzer 19 is connected with pure water under meter 22, and pure water under meter 22 links to each other with water tank 10.This device is divided into two-way outlet, and the A road is housed in the water tank 10, and the small pump A11, working shaft imported valve 16 and the working shaft outlet valve 17 that are arranged in parallel through ground are connected with small pump A11 through pipeline, is transported to de-mineralized water through small pump B12 and uses point; The B road is a waste water, is connected with on-the-spot pressure indication 5 successively, wastewater flow meter 9, the dense water regulating valve 14 in front and back, at last through pipeline with enter the OD system after wastewater flow meter 9 is connected.
The utility model is through electric control box control small pump A11, small pump B12, volume pump A7, volume pump B8, the switch of SV 15.
Claims (1)
1. the special-purpose de-salted water preparation facilities in absorption tower; It is characterized in that turbine water advances plate and changes gate valve and change gate valve with turbine water ejecting plate and be connected with plate-type heat exchanger through pipeline; Plate-type heat exchanger comes heat exchange through circulating pipe; Turbine water ejecting plate changes gate valve and is connected with the in situ temperature indication through pipeline, and passes through SV; Chemical tank is placed through volume pump A7, the volume pump B of ground configuration side by side; Strainer is placed on the ground, and the on-the-spot ball valve of filter top is connected to chemical tank through sebific duct, and the strainer rear line connects on-the-spot pressure indication; Again through ground reverse osmosis membrane; Reverse osmosis membrane is connected with the PH on line analyzer through pipeline with the pure water under meter, and the PH on line analyzer is connected with the pure water under meter, and the pure water under meter links to each other with water tank; This device is divided into two-way outlet, and the A road is housed in the water tank, and the small pump A, working shaft imported valve and the working shaft outlet valve that are arranged in parallel through ground are connected with small pump A through pipeline, is transported to de-mineralized water through small pump B and uses point; The B road is a waste water, is connected with the indication of on-the-spot pressure successively, wastewater flow meter, the dense water regulating valve in front and back, at last through pipeline with enter the OD system after the wastewater flow meter is connected; Through electric control box control small pump A, small pump B, volume pump A, volume pump B, the switch of SV.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012202549359U CN202625900U (en) | 2012-06-01 | 2012-06-01 | Desalted water preparation device special for absorption tower |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012202549359U CN202625900U (en) | 2012-06-01 | 2012-06-01 | Desalted water preparation device special for absorption tower |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202625900U true CN202625900U (en) | 2012-12-26 |
Family
ID=47379120
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012202549359U Expired - Lifetime CN202625900U (en) | 2012-06-01 | 2012-06-01 | Desalted water preparation device special for absorption tower |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202625900U (en) |
-
2012
- 2012-06-01 CN CN2012202549359U patent/CN202625900U/en not_active Expired - Lifetime
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20121226 |