CN202630030U - Intelligent multiple-effect siphoning condensed water and steam recycling machine - Google Patents
Intelligent multiple-effect siphoning condensed water and steam recycling machine Download PDFInfo
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- CN202630030U CN202630030U CN2012200778546U CN201220077854U CN202630030U CN 202630030 U CN202630030 U CN 202630030U CN 2012200778546 U CN2012200778546 U CN 2012200778546U CN 201220077854 U CN201220077854 U CN 201220077854U CN 202630030 U CN202630030 U CN 202630030U
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Abstract
The utility model discloses an intelligent multiple-effect siphoning condensed water and steam recycling machine, belongs to afterheat recycling equipment or afterheat reuse equipment of a boiler heating system, and relates to a closed-type condensed water recycling machine and a steam recycling machine. The intelligent multiple-effect siphoning condensed water and steam recycling machine is arranged on a condensed water flow channel and is selectively provided with a network accessing instrument and a comprehensive dewatering instrument according to a system heat utilization process; the conventional dewatering valve is eliminated; a comprehensive dewatering controller is used as a safety device; a combined storage tank separates regenerated steam efficiently; a special pump can resist high temperature, cannot be corroded by steam and is sealed; condensed water is recycled and returned into a boiler through pump siphoning; regenerated steam is recycled through steam exhaust backpressure/steam spraying siphoning and is graded and used; variable-flow continuous water conveying meets a variable working condition; intelligent control is realized; the condensed water is smoothly transferred; no afterheat is discharged; an isobaric or non- isobaric boiler heating system can run in a phase change circulation manner, and a real closed-type recycling system is implemented; and energy saving and discharging reduction effects are the best. If the condensed water and the steam are recycled to pressure-free equipment such as an oxygen remover and a soft water tank for heating, a pump is not used; and an Internet of things operating platform can remotely monitor the intelligent multiple-effect siphoning condensed water and steam recycling machine.
Description
Technical field
The utility model is a kind of boiler heating system waste heat recovery apparatus or recycle equipment, relates to enclosed and coagulates regenerated water recovering machine, Steam Recovery machine.
Background technology
The boiler heating system waste heat recovery apparatus is made up of open type basin, fluid level control device and pump usually, coagulate water and be collected in basin and import boiler by pump, but because of flash distillation most waste heat that runs off, the rate of recovery is low.The enclosed that current state key is promoted coagulates regenerated water recovering machine and the Steam Recovery machine all uses the totally-enclosed basin; Claim vapor-liquid separation basin, storage liquid gas storage tank again, promptly influence water smooth discharge with fixed attention, cause the mercury vapour erosion because of temperature is high because of improving hydrophobic back pressure; Enclosed is coagulated regenerated water recovering machine and is adopted the injection supercharging anti cavitation device that backflows to increase power of motor consumption; The Steam Recovery machine adopts the reciprocating type match pump of living to damage easily, and they all make the intermittent operation of pump water delivery, all can not reclaiming steam; Be inappropriate on a large scale, unsteady-stage conditions, non-ly isobaric reclaim water and the exhaust steam with fixed attention that disperses with vapour technology and the complication system deposited; Particularly when drain valve or failure of pump, system just must not move, and forms hidden danger or causes stopping production.In addition, also have still open discharge condensate of many medium small boiler heating systems, the waste heat waste is extremely serious.
Summary of the invention
The purpose of the utility model provides a kind of intelligent multiple-effect siphon and coagulates water vapour and reclaim machine, solve that boiler heating system waste heat enclosed reclaims or recycle equipment be detained coagulate water, need configuration high-performance drain valve and fault is many, the mercury vapour erosion and sealing rapid wear electric power consumption is many, waste heat recovery or recycle fully, be inappropriate on a large scale, unsteady-stage conditions, non-equipressure with installation and operation in vapour technology and the complication system deposited, have problem such as hidden danger.
For realizing above-mentioned purpose; The utility model is made up of totally-enclosed pressure-bearing basin (abbreviation basin) 10, pump 4, fluid level controller 9; On basin 10, select to install liquid level meter 9-1, thermometer 12, safety valve 13, Pressure gauge 14, exhaust steam valve 15; Basin 10 coagulates water out and is connected with pump water delivery siphon retracting device A; Steam (vapor) outlet is connected with steam discharge siphon retracting device B, and discharging tube 35, steam transmitter 33 are connected with the hydrophobic controller C of set, and automatic controller D is electrically connected with pump water delivery siphon retracting device A, steam discharge back pressure siphon retracting device B, the hydrophobic controller C of set respectively.
Said basin 10 is formed compound separator by outer cylinder body 10-1, inner barrel 10-2, coagulates water inlet adapter 10-3 and is connected with outer cylinder body 10-1 tangential, coagulates water inlet adapter 10-4 and is connected with inner barrel 10-2 tangential.
Said automatic controller D is made up of PLC controller 30, speed regulator 31, the pump chain signalling means 32 that turns round.
Said pump water delivery siphon retracting device A is in pump 4 water inlet pipes configuration control valve 1, strainer valve 2, and outlet pipe disposes check valve 7, and pump 4 is formed intelligent pump water delivery siphon retracting device with fluid level transmitter 11, speed regulator 31.
Said pump water delivery siphon retracting device A is in pump 4 water inlet pipes configuration control valve 1, strainer valve 2; Outlet pipe configuration check valve 7, intelligent control valve 5 and intelligent Pressure gauge 6 are formed intelligent pump water delivery siphon retracting device with speed regulator 31, fluid level transmitter 11, PLC controller 30.
Said pump water delivery siphon retracting device A is in pump 4 water inlet pipes configuration control valve 1, strainer valve 2; Perhaps also dress sprays mixed flow device 3; Outlet pipe configuration check valve 7, pump 4 are set up the bypass intelligent control valve 8 that backflows and are formed intelligent pump water delivery siphon retracting device with speed regulator 31, fluid level transmitter 11, PLC controller 30.
Said basin 10 setting pressure transmitters 26, steam drain are installed intelligent array steam control valve 16, and 17 configurations of steam discharge back pressure pipeline do not have the jet chimney of pressure interface Pw, form intelligent steam discharge back pressure siphon retracting device with PLC controller 30.
Said basin 10 setting pressure transmitters 26, steam drain are installed intelligent array steam control valve 16; Steam discharge back pressure pipeline 17 is installed steam flow transmitter 18 and intelligent filling control valve 20 successively; Configuration power steam pipe joint 21; Between steam flow transmitter 18 and intelligent filling control valve 20, tell two-way; One tunnel configuration throttled steam back pressure interface tube Pj, intelligent control valve 25 configurations are installed on another road does not have the steam pipework interface Pw of pressure and the intelligent steam discharge back pressure siphon retracting device of PLC controller 30 compositions.
Said basin 10 setting pressure transmitters 26, steam drain are installed intelligent array steam control valve 16; Steam discharge back pressure pipeline 17 is installed flow transmitter 18 and is connected steam jet ejector 23 suction steam ports; Intelligent control valve 25 configurations are installed after the flow transmitter 18 along separate routes do not have the steam back pressure pipe interface Pw of pressure or throttled steam back pressure pipe interface Pj; Steam reducing valve 19 is installed on the steam jet ejector 23 power steam inlet tubes; Steam pressure gauge 24 is installed on steam jet ejector 23 gland steam exhausters is connected pressurised steam pipe interface Pz; Intelligent steam control valve 22 was installed before steam pressure gauge 24 along separate routes is parallel to steam reducing valve 19 connection power steam runner interfaces 21, form intelligent steam discharge back pressure siphon retracting device with PLC controller 30.
Said basin 10 setting pressure transmitters 26, gland steam exhauster are installed check-valves 29 successively, steam flow transmitter 18 connects steam jet ejectors 23 and inhales steam ports; Intelligent control valve 25 configurations are installed after the flow transmitter 18 along separate routes do not have the steam pipework interface Pw of pressure or throttled steam pipe interface Pj; Intelligent steam control valve 27 is installed in steam jet ejector 23 power steam imports; Steam pressure gauge 24 configuration pressurised steam pipe interface Pz are installed on the gland steam exhauster; Steam reducing valve 28 was installed before steam pressure gauge 24 along separate routes is parallel to intelligent steam control valve 27 connection power steam runner interfaces 21, form intelligent steam discharge back pressure siphon retracting device with PLC controller 30.
Said basin 10 is provided with steam transmitter 33 and drainage pipeline 35 and is connected drain water piping 38 through set drainage controller 34, the hydrophobic controller of composition self-operated type/gather automatically.
Said basin 10 is provided with steam transmitter 33 and is connected drain water piping 38 with drainage pipeline 35 through set drainage controller 34, and drain water piping 38 is installed intelligent discharge opeing valve 37 and formed the hydrophobic controller of intelligent set with fluid level transmitter 11, PLC controller 30.
Said basin 10 is provided with steam transmitter 33 and drainage pipeline 35 and is connected drain water piping 38 through set drainage controller 34, and drain water piping 38 is installed turn round chain signalling means 32, PLC controller 30 of intelligent discharge opeing valve 37 and pump and formed the intelligent hydrophobic controller of gathering.
Said speed regulator 31 adopts frequency converter or adopts the variable speed electric motors, particularly speed regulator.
Institute's pump 4 is connected with speed regulator 31, the pump chain signalling means 32 that turns round respectively by the shielding control line; Fluid level transmitter 11, pressure transmitter 26, thermometer 12, flow transmitter 18, intelligent array steam control valve 16, intelligent control valve 5, intelligent Pressure gauge 6, intelligent control valve 8, intelligent filling control valve 20, intelligent steam control valve 22, intelligent control valve 25, intelligent steam control valve 27, steam pressure gauge 24, intelligent discharge opeing valve 37, speed regulator 31, the pump chain signalling means 32 that turns round is connected with PLC Centralized Controller 30 respectively by the shielding control line, and PLC Centralized Controller 30 links the man-machine interface touch-screens.
Said intelligent multiple-effect siphon is coagulated water vapour and is reclaimed machine, and it is characterized in that: automatic controller D installs special module, and lead-in wire is connected in the Internet of Things operating platform.
Since adopt said apparatus and version, so have the following advantages and effect:
1, because high temperature coagulates water mixing flash steam, flows into basin 10, carry out dilatation and transfer to quicken to isolate regeneration steam in the cylindrical shell inward turning through tangential nozzle mouth 10-3,10-4.Regeneration steam rises and reclaims through the siphon of intelligent array steam control valve back pressure steam discharge in tank top, and lime set is descended in the basin bottom through pump water delivery siphon recovery, so not only recyclable high temperature lime set but also recyclable regeneration steam.
2, because basin adopts composite structuredly, and the differentiated lime set of input pressure/temperature concentrated recoverys simultaneously, so, have simplification flow process, easy for installation, raising cost performance effect for non-isobaric with the vapour technology and the complication system waste heat recovery of depositing.
3, adopt IIIHx type pump or IVHx type pump to have the secret envelope function of high temperature resistant anti-cavitation.
4, because pump continuous sucking or steam the spray siphon or the siphon of steam discharge back pressure or hydrophobic back pressure siphon or their actings in conjunction produce the multiple-effect siphon so can timely smooth and easy transfer discharge with lime set in the hot equipment, does not accumulate, is not detained, effectively solve smooth problem of lyophoby.
5, pump water delivery siphon retracting device adopts the variable frequency adjustment revolution speed, or regulates the delivery valve aperture by the PLC controller again, thereby regulates output flow, regulates pump lift, has so both saved power of motor consumption, again adaptive system working conditions change well.
6, use the intelligent array steam control valve to serve as to be the steam discharge counterbalance valve, can change by system condition and carry out backpressure regulation, not only control steam discharge back pressure siphon dynamics, again can classification drainage regeneration steam get into and adaptively use with the vapour place.
7, because multiple-effect siphon retracting device has enough siphon supercharging conveying functions; So can be adapted to big capacity, high-power, on a large scale, the heating system of long distance; Especially factory steam system recoveries regeneration steam in being dispersed on a large scale for steam power plant with thousands of hundreds of ton/time quantity of steam supplies; Can use nearby, need not to return defeated back boiler/oxygen-eliminating device, practical value is (only needing to reclaim with fixed attention, water returns defeated back boiler room) greatly.
8, owing to adopt the set steam trap,, only need configuration to go into the wire stitcher hoisting depth and incorporate grid with fixed attention into for isobaric and accurate isobaric gas utilization unit; For non-isobaric gas utilization unit, only need configuration set steam trap hoisting depth to incorporate grid with fixed attention into, get rid of drain valve and by-passing valve thereof so can give; And technology is controlled, improves hydrophobic operating mode, the discharge opeing of resistance vapour; Freely proper, guarantee hydrophobic unimpededly, coagulate water and regulate continuously automatically and shift; Adaptive ability is strong especially, avoids the problems because of the drain valve initiation, especially inevitably leaks the vapour problem; Can serve as the automatic drain safety device and its is carried out intelligent control, therefore can exempt stand-by pump, reduce investment outlay and can eliminate system's security of operation hidden danger.Even infusion pump fault or maintenance also can be discharged from the set steam trap connection automatically, make system's operation as usual.
9, utilize the siphon circulation to replace the gravity circulation; Break through the technology barrier that heat pipe relies on the gravity reflux lime set; Make the boiler heat supplying flow process carry out the phase transformation circulation as " heat pipe "; Thereby change its film boiling and film condensation process for dripping a shape boiling and a dropwise condensation process, greatly improve the coefficient of heat transfer, boiler heat absorption evaporation and technology heating all are in Cui duty; Solved comprehensively high and low pressure pipeline enclosed common network, high-temperature water-vapour to pump cavitation destroy, drain valve is prone to stifled perishable, back pressure pipeline water hammer water attack, dispersion coagulate water and exhaust steam be difficult to concentrate and shift flow smooth, coagulate the water contaminated and underproof world-famous puzzle of water quality; Make powerful heating system of large tracts of land and Industrial Boiler heat supply flow process (thermal power system) also be applicable to separated heat pipe system; Operate operation according to the heat pipe operating mode, changed and traditional be working medium with water or be that the boiler heating system of working medium is the phase transformation circulation process with the conduction oil.Not only waste heat is failed back oxygen-eliminating device/softened water tank but directly defeated back boiler body recycle, boiler heating system is realized closure operation truly.
10, intelligent operation improves the heat supply automatization level, and heating power is stable in the system, but safeguards system and device security.
11, effectively improve condensate and regeneration Steam Recovery rate; Improve steam-saving rate, reduce boiler blow-off amount, reduction blowdown heat loss, conserve water, save water pump power consumption, fuel saving, reduction of discharging flue dust, reduce discharging exhaust steam, reduce discharging effluent from boiler and wash dirty acid & alkali liquid etc.
12, effectively hot production efficiency of equipment, stabilized product quality are used in raising.
13, also can carry out product up-gradation, at automatic controller special module is installed and carried out the remote monitoring operation through the Internet of Things operating platform.
Description of drawings
Add below in conjunction with accompanying drawing and embodiment and to give explanation.
Fig. 1 is the utility model structural principle sketch map;
Fig. 2 is for having intelligent regulating valve pump water delivery siphon retracting device sketch map;
Fig. 3 sprays the backflow pump water delivery siphon retracting device sketch map of intelligent regulating valve of booster and bypass for band;
Fig. 4 is for having intelligent array steam control valve and intelligent control valve steam discharge back pressure siphon retracting device sketch map;
Fig. 5 is for having intelligent array steam control valve, intelligent control valve and steam jet ejector steam discharge back pressure siphon retracting device sketch map;
Fig. 6 is for having check-valves, intelligent control valve and steam jet ejector steam discharge back pressure siphon retracting device sketch map.
The specific embodiment
One, pump water delivery siphon retracting device A shown in Figure 1; By basin 10, to adopt IIIHx type pump 4 and fluid level transmitter 11, frequency converter to serve as speed regulator 31 and form intelligent pump water delivery siphon retracting device, it transmits liquid level signal by fluid level transmitter 11; Regulate pump 4 running speeds through frequency converter; Thereby regulate the instantaneous amount of infusion of pump, make pump carry condensate, have lasting pump water delivery siphon function with the continuously-running duty suction.When IIIHx pump 4 adopts variable speed electric motors, particularly, form intelligent pump water delivery siphon retracting device with fluid level transmitter 11 thereby promptly serve as speed regulator 31 with the variable speed electric motors, particularly speed regulator;
Pump water delivery siphon retracting device A shown in Figure 2 installs intelligent control valve 5, intelligent Pressure gauge 6 and one way stop peturn valve 7 successively by basin 10 usefulness IVHx type pumps 4 on its outlet, form intelligent pump water delivery siphon retracting device with speed regulator 31, fluid level transmitter 11 and PLC controller 30; It serves as speed regulator 31 with frequency converter, according to basin 10 liquid levels, transmits liquid level signal by fluid level transmitter 11; Regulate pump 4 running speeds through frequency converter; Thereby regulate the instantaneous amount of infusion of pump, simultaneously by intelligent Pressure gauge 6 transfer pumps 4 water delivery pressure signals, through intelligent control valve 5 apertures of PLC controller 30 controls; Regulate the instantaneous lift of pump; Make it to adapt, make pump move suction continuously and carry condensate, have pump water delivery siphon function with required lift; If pump 4 lifts are on the low side, also can regulate pump 4 running speeds through frequency converter by intelligent Pressure gauge 6 transfer pumps 4 water delivery pressure signals, make it to be suitable for the water delivery technological requirement thereby regulate pump 4 lifts; If the applicable water delivery technology of pump 4 lifts then only transmits liquid level signal with fluid level transmitter 11, by intelligent control valve 5 apertures of PLC controller 30 controls, and the instantaneous amount of infusion of adjusting pump.
Pump water delivery siphon retracting device A shown in Figure 3 is by basin 10, with IVHx type pump 4; Set up intelligent bypass regulator valve 8, form intelligent pump water delivery siphon retracting device with speed regulator 31 and fluid level transmitter 11, PLC controller 30, it is according to this revolution speed characteristic and boiler nominal steam pressure; Regulate setting pump operation power frequency (rotating speed) by speed regulator 31, make it suitable, and transmit liquid level signals by fluid level transmitter 11 with required output lift; By intelligent bypass regulator valve 8 apertures of PLC controller 30 controls; Regulate the instantaneous output flow of pump, make pump move suction continuously and carry condensate, have pump water delivery siphonic effect.
Two, steam discharge back pressure siphon retracting device B shown in Figure 1; System transmits basin 10 internal pressure signals by pressure transmitter 26; Regulate the aperture of control intelligent array steam control valve 16 through PLC controller 30; Make regeneration steam discharge in the basin 10, flow into not have to press with hot equipment/place and reclaim use, it possesses steam discharge back pressure siphon function;
Steam discharge back pressure siphon retracting device B shown in Figure 4 is to form intelligent steam discharge back pressure siphon retracting device with PLC controller 30.When exhaust steam flow can not satisfy low pressure with hot equipment needs; Then transmit back pressure pipe steam flow signal by flow transmitter 18; Regulate the aperture of the intelligent steam control valve 20 of control through PLC controller 30 and carry out filling, and pressure transmitter 26 transmits basin 10 pressure signals, regulates the aperture of control intelligent array steam control valve 16 through PLC controller 30; Output basin 10 regeneration steam have steam discharge back pressure siphon function; When intelligent array steam control valve 16 is discharged the interference of regeneration steam; When to be low pressure with hot equipment use regeneration steam surplus to occur; Then transmit back pressure pipe steam flow signal by flow transmitter 18; Do not have the recovery of the steam pipe of pressure through the intelligent control valve 25 apertures discharge of PLC controller 30 adjusting controls surplus amount inflow Pw and use, have steam discharge back pressure siphon function equally.
Steam discharge back pressure siphon retracting device B shown in Figure 5; System transmits basin 10 pressure signals by pressure transmitter 26; Through the aperture that PLC controller 30 is regulated intelligent array steam control valve 16, make regeneration steam in the steam jet ejector 23 siphon basins 10, the hot equipment of usefulness that energization flows to elevated pressures uses; Also can supply with native system and partly recycle with hot equipment, it has the spray of steaming siphon energization function; Discharge the regeneration steam flows when having a deficit when intelligent array steam control valve 16, then transmit flow signals by flow transmitter 18, the aperture of regulating intelligent control valve 22 through PLC controller 30 adds gives filling; When intelligent array steam control valve 16 is discharged the interference of regeneration steam; Be that steam jet ejector 23 siphons do not finish when regenerating steam; Then transmit back pressure pipe steam flow signal by flow transmitter 18; Reclaim use through the intelligent control valve 25 apertures discharge of PLC controller 30 adjustings surplus amount inflow Pw steam pipework or Pj steam pipework, possess steam discharge back pressure siphon function equally.
Steam discharge back pressure siphon retracting device B shown in Figure 6; System transmits basin 10 pressure signals by pressure transmitter 26; Through the aperture that PLC controller 30 is regulated intelligent steam control valve 27, make regeneration steam in the steam jet ejector 23 siphon basins 10, the hot equipment of usefulness that supercharging flows to elevated pressures uses; Also can supply with native system and partly recycle with hot equipment, it has the spray of steaming siphon energization function.When basin 10 is discharged the interference of regeneration steam; Be that steam jet ejector 23 siphons do not finish when regenerating steam; Then transmit the steam flow signal by flow transmitter 18; Reclaim use through the intelligent control valve 25 apertures discharge of PLC controller 30 adjustings surplus amount inflow Pw steam pipework or Pj steam pipework, have steam discharge back pressure siphon function equally.
Three, the hydrophobic controller C of set shown in Figure 1 then is self-operated type/gather hydrophobic controller automatically when hydrophobic by-passing valve 36 is opened, it coagulates the discharge pressure and the discharge capacity of water according to basin 10 internal pressures and the steam change amount of sending auto-control; When hydrophobic by-passing valve 36 cuts out,, form the hydrophobic controller of intelligent set then with fluid level transmitter 11, PLC controller 30.It is transmitted by fluid level transmitter 11, and liquid level signal opens and closes intelligent tapping valve 37 through PLC controller 30 by setting liquid level in the basin 10, serves as the discharge opeing back up safety device; Or on set drainage controller 34 drain water pipings 38, intelligent discharge opeing valve 37 is installed; Form the hydrophobic controller of intelligent set with turn round chain signalling means 32, PLC controller 30 of pump; It turns round chain signalling means 32 transfer pump stall signals through the intelligent tapping valve 37 of PLC controller 30 unlatchings by pump, serves as water discharging safety device with fixed attention.
Four, when the boiler heating system flow process simple; Deng compression technology, operating mode is stable, and gas utilization unit quantity is few; Coagulate when the water capacity is easy discharges; Then can be without steam discharge back pressure siphon retracting device B, and select to set up automatic controller D and pump water delivery siphon retracting device A, the hydrophobic controller C combination of set by vapor-liquid separation basin 10, constitute intelligent multiple-effect siphon recovery machine.When enough nothing pressures are used thermal capacity; Also can be without pump water delivery siphon retracting device A; And select to set up automatic controller D and steam discharge back pressure siphon retracting device B, gather hydrophobic controller C combination by vapor-liquid separation basin 10, constitute intelligent multiple-effect siphon residual neat recovering system.Wherein, Pump water delivery siphon retracting device A, steam discharge back pressure siphon retracting device B, the hydrophobic controller C of set, automatic controller D have multiple version separately; Also can make up with hot device fabrication technology and preferred separately its version of retracting device cost performance parameter, constitute the multiple-effect siphon and coagulate water vapour recovery machine according to each.
When basin 10 liquid levels surpass setting height, transmit the liquid levels signal that transfinites by fluid level transmitter 11, perhaps when infusion pump 4 faults or when overhauling; By the pump chain signalling means 32 transfer pump stall signals that turn round, open intelligent discharge opeing valve 37 by PLC controller 30, under basin 10 pressure effects; Set drainage controller 34 hinders the vapour discharge opeing, and water is discharged automatically, and flowing into does not have pressure/low pressure and use hot equipment; Oxygen-eliminating device/softened water tank/hot water storgae for example, or enter trench.Obviously, then exempt to use pump if reclaim no pressure equipment heating such as coagulating water vapour to oxygen-eliminating device/softened water tank.
Show that intelligent multiple-effect siphon coagulates water vapour recovery machine and be applicable to isobaric or non-equipressure boiler heating system, reclaim and coagulate water and reclaiming steam, make working medium phase transformation circulation efficient heat transfer and in the closed system between the hot equipment at boiler.
Five, because PLC Centralized Controller 30 link man-machine interface touch-screens; So parameters such as the related liquid level of basin 10, pump water delivery siphon retracting device A, steam discharge back pressure siphon retracting device B, the hydrophobic controller C of set, pressure, temperature, flow, pump CRANK PULSES, each intelligent control valve opening can and/or be regulated operation by the man-machine interface screen displaying.
When needs carry out product up-gradation, the special module lead-in wire promptly is installed in automatic controller is inserted the Internet of Things operating platform, then practicable remote monitoring operation.
Claims (16)
1. intelligent multiple-effect siphon is coagulated water vapour and is reclaimed machine; Form by basin (10), pump (4), fluid level controller (9); Go up selection at basin (10) liquid level meter (9-1), thermometer (12), safety valve (13), Pressure gauge (14), exhaust steam valve (15) are installed; Form enclosed and coagulate water-recorvery apparatus; It is characterized in that: basin (10) coagulates water out and is connected with pump water delivery siphon retracting device (A); Steam (vapor) outlet is connected with steam discharge back pressure siphon retracting device (B), and discharging tube (35), steam transmitter (33) and the hydrophobic controller of set (C) are connected, automatic controller (D) respectively with pump water delivery siphon retracting device (A), steam discharge back pressure siphon retracting device (B), gather hydrophobic controller (C) and be electrically connected.
2. water vapour recovery machine is coagulated in said intelligent multiple-effect siphon according to claim 1; It is characterized in that: said basin (10) is formed compound separator by outer cylinder body (10-1), inner barrel (10-2); Coagulate water inlet adapter (10-3) and be connected, coagulate water inlet adapter (10-4) and be connected with inner barrel (10-2) tangential with outer cylinder body (10-1) tangential.
3. said intelligent multiple-effect siphon is coagulated water vapour and is reclaimed machine according to claim 1, it is characterized in that: said automatic controller (D), form by PLC controller (30) and speed regulator (31), the pump chain signalling means (32) that turns round.
4. water vapour recovery machine is coagulated in said intelligent multiple-effect siphon according to claim 1; It is characterized in that: pump water delivery siphon retracting device (A) is in pump (4) water inlet pipe configuration control valve (1), strainer valve (2); Outlet pipe configuration check valve (7), pump (4) is formed intelligent pump water delivery siphon retracting device with fluid level transmitter (11), speed regulator (31).
5. water vapour recovery machine is coagulated in said intelligent multiple-effect siphon according to claim 1; It is characterized in that: pump water delivery siphon retracting device (A) is in pump (4) water inlet pipe configuration control valve (1), strainer valve (2); Outlet pipe configuration check valve (7), intelligent control valve (5) and intelligent Pressure gauge (6) are formed intelligent pump water delivery siphon retracting device with speed regulator (31), fluid level transmitter (11), PLC controller (30).
6. water vapour recovery machine is coagulated in said intelligent multiple-effect siphon according to claim 1; It is characterized in that: pump water delivery siphon retracting device (A) is in pump (4) water inlet pipe configuration control valve (1), strainer valve (2); Perhaps also dress sprays mixed flow device (3); Outlet pipe configuration check valve (7), pump (4) are set up the bypass intelligent control valve (8) that backflows and are formed intelligent pump water delivery siphon retracting device with speed regulator (31), fluid level transmitter (11), PLC controller (30).
7. water vapour recovery machine is coagulated in said intelligent multiple-effect siphon according to claim 1; It is characterized in that: basin (10) setting pressure transmitter (26), steam drain are installed intelligent array steam control valve (16); Steam discharge back pressure pipeline (17) configuration does not have the jet chimney interface (Pw) of pressure, forms intelligent steam discharge back pressure siphon retracting device with PLC controller (30).
8. water vapour recovery machine is coagulated in said intelligent multiple-effect siphon according to claim 1; It is characterized in that: basin (10) setting pressure transmitter (26), steam drain are installed intelligent array steam control valve (16); Steam discharge back pressure pipeline (17) is installed steam flow transmitter (18) and intelligent filling control valve (20) successively; Configuration power steam pipe joint (21); Between steam flow transmitter (18) and intelligent filling control valve (20), tell two-way, one tunnel configuration throttled steam back pressure interface tube (Pj), another road is installed intelligent control valve (25) configuration nothing and is pressed steam pipework interface (Pw) and PLC controller (30) to form intelligent steam discharge back pressure siphon retracting device.
9. water vapour recovery machine is coagulated in said intelligent multiple-effect siphon according to claim 1; It is characterized in that: basin (10) setting pressure transmitter (26), steam drain are installed intelligent array steam control valve (16); Steam discharge back pressure pipeline (17) is installed flow transmitter (18) and is connected steam jet ejector (23) suction steam ports; Flow transmitter (18) is installed intelligent control valve (25) configuration does not afterwards along separate routes have the steam back pressure pipe interface (Pw) of pressure or throttled steam back pressure pipe interface (Pj); On steam jet ejector (23) the power steam inlet tube steam reducing valve (19) is installed; Steam pressure gauge (24) is installed on steam jet ejector (23) gland steam exhauster is connected pressurised steam pipe interface (Pz); At steam pressure gauge (24) intelligent steam control valve (22) is installed along separate routes before and is parallel to steam reducing valve (19) connection power steam runner interface (21), form intelligent steam discharge back pressure siphon retracting device with PLC controller (30).
10. water vapour recovery machine is coagulated in said intelligent multiple-effect siphon according to claim 1; It is characterized in that: basin (10) setting pressure transmitter (26), gland steam exhauster are installed check-valves (29) successively, steam flow transmitter (18) connects steam jet ejector (23) and inhales steam ports; Flow transmitter (18) is installed intelligent control valve (25) configuration does not afterwards along separate routes have the steam pipework interface (Pw) of pressure or throttled steam pipe interface (Pj); Intelligent steam control valve (27) is installed in steam jet ejector (23) power steam import; Steam pressure gauge (24) configuration pressurised steam pipe interface (Pz) is installed on the gland steam exhauster; At steam pressure gauge (24) steam reducing valve (28) is installed along separate routes before and is parallel to intelligent steam control valve (27) connection power steam runner interface (21), form intelligent steam discharge back pressure siphon retracting device with PLC controller (30).
11. water vapour recovery machine is coagulated in said intelligent multiple-effect siphon according to claim 1; It is characterized in that: basin (10) is provided with steam transmitter (33) and drainage pipeline (35) and is connected drain water piping (38) through set drainage controller (34), the hydrophobic controller of composition self-operated type/gather automatically.
12. water vapour recovery machine is coagulated in said intelligent multiple-effect siphon according to claim 1; It is characterized in that: basin (10) is provided with steam transmitter (33) and is connected drain water piping (38) with drainage pipeline (35) through set drainage controller (34), and drain water piping (38) is installed intelligent discharge opeing valve (37) and formed the hydrophobic controller of intelligent set with fluid level transmitter (11), PLC controller (30).
13. water vapour recovery machine is coagulated in said intelligent multiple-effect siphon according to claim 1; It is characterized in that: basin (10) is provided with steam transmitter (33) and drainage pipeline (35) and is connected drain water piping (38) through set drainage controller (34), and drain water piping (38) is installed turn round chain signalling means (32), PLC controller (30) of intelligent discharge opeing valve (37) and pump and formed the intelligent hydrophobic controller of gathering.
14. water vapour recovery machine is coagulated in said intelligent multiple-effect siphon according to claim 3, it is characterized in that: said speed regulator (31), adopt frequency converter or adopt the variable speed electric motors, particularly speed regulator.
15. coagulate water vapour recovery machine according to claim 3 or 4 or 5 or 6 or 7 or 8 or 9 or 10 or 12 or 13 said intelligent multiple-effect siphons; It is characterized in that: pump (4) is connected with speed regulator (31), the pump chain signalling means (32) that turns round respectively by the shielding control line; Fluid level transmitter (11), pressure transmitter (26), thermometer (12), flow transmitter (18), intelligent array steam control valve (16), intelligent control valve (5), intelligent Pressure gauge (6), intelligent control valve (8), intelligent filling control valve (20), intelligent steam control valve (22), intelligent control valve (25), intelligent steam control valve (27), steam pressure gauge (24), intelligent discharge opeing valve (37), speed regulator (31), the pump chain signalling means (32) that turns round is connected with PLC Centralized Controller (30) respectively by the shielding control line, and PLC Centralized Controller (30) links the man-machine interface touch-screen.
16. coagulate water vapour recovery machine according to claim 3 or 4 or 5 or 6 or 7 or 8 or 9 or 10 or 12 or 13 said intelligent multiple-effect siphons, it is characterized in that: automatic controller (D) is installed special module, lead-in wire is connected in the Internet of Things operating platform.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200778546U CN202630030U (en) | 2012-02-27 | 2012-02-27 | Intelligent multiple-effect siphoning condensed water and steam recycling machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200778546U CN202630030U (en) | 2012-02-27 | 2012-02-27 | Intelligent multiple-effect siphoning condensed water and steam recycling machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202630030U true CN202630030U (en) | 2012-12-26 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012200778546U Expired - Fee Related CN202630030U (en) | 2012-02-27 | 2012-02-27 | Intelligent multiple-effect siphoning condensed water and steam recycling machine |
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| Country | Link |
|---|---|
| CN (1) | CN202630030U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107314538A (en) * | 2017-08-04 | 2017-11-03 | 石家庄吉瑞节能技术有限公司 | A kind of electric heating system of air pressure control electric current |
| CN108426446A (en) * | 2017-02-15 | 2018-08-21 | 杭州金山仪表阀业有限公司 | A kind of drying equipment equipped with middle pressure steam temperature control equipment |
| CN108731506A (en) * | 2018-08-09 | 2018-11-02 | 连云港久盛电力辅机有限公司 | Negative pressure suction type steam afterheat recovery device |
| CN109441579A (en) * | 2018-10-17 | 2019-03-08 | 郑州赛为机电设备有限公司 | Heat recovery apparatus and energy conserving system are abandoned in a kind of power station |
-
2012
- 2012-02-27 CN CN2012200778546U patent/CN202630030U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108426446A (en) * | 2017-02-15 | 2018-08-21 | 杭州金山仪表阀业有限公司 | A kind of drying equipment equipped with middle pressure steam temperature control equipment |
| CN107314538A (en) * | 2017-08-04 | 2017-11-03 | 石家庄吉瑞节能技术有限公司 | A kind of electric heating system of air pressure control electric current |
| CN108731506A (en) * | 2018-08-09 | 2018-11-02 | 连云港久盛电力辅机有限公司 | Negative pressure suction type steam afterheat recovery device |
| CN109441579A (en) * | 2018-10-17 | 2019-03-08 | 郑州赛为机电设备有限公司 | Heat recovery apparatus and energy conserving system are abandoned in a kind of power station |
| CN109441579B (en) * | 2018-10-17 | 2024-01-09 | 郑州赛为机电设备有限公司 | Power station abandons heat recovery unit and economizer system |
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Granted publication date: 20121226 Termination date: 20160227 |