CN205146818U - Rotating wash bowl belt cleaning device of multiple effect evaporation ware - Google Patents
Rotating wash bowl belt cleaning device of multiple effect evaporation ware Download PDFInfo
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- CN205146818U CN205146818U CN201520858645.9U CN201520858645U CN205146818U CN 205146818 U CN205146818 U CN 205146818U CN 201520858645 U CN201520858645 U CN 201520858645U CN 205146818 U CN205146818 U CN 205146818U
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Abstract
The utility model provides a rotating wash bowl belt cleaning device of multiple effect evaporation ware, adopt the 1st effective evaporator, one imitates receipts ball ware, one imitates the separator, the two -effect evaporation ware, two imitate receipts ball ware, two imitate the separator, triple -effect evaporator, the ball ware is received to the triple effect, the triple effect separator, the four -effect evaporator, the ball ware is received to the quadruple effect, the quadruple effect separator, condensers, the cooling pond, the vacuum pump, the cooling water circulation pump, dirty condensate pump, dirty condensation water pitcher, the quadruple effect washs the circulating pump, quadruple effect ball dispenser, the quadruple effect circulating pump, the triple effect washs the circulating pump, triple effect ball dispenser, the triple effect circulating pump, two imitate the washing circulating pump, two imitate ball dispenser, two imitate the circulating pump, one imitates the washing circulating pump, one imitates ball dispenser, one imitates the circulating pump connects the constitution through the valve of installing on the pipeline, rotating wash bowl among the ball dispenser is entering into the evaporimeter heating pipe through the pipeline and is clearing up dirt wherein, get back to ball dispenser through receiving the circulation of ball ware, the device is energy -efficient, the safety and stability, and reliable in operation, messenger's feed liquid flows easily to evaporate and is difficult for the scale deposit.
Description
Technical field
The utility model belongs to cleaning device or the equipment technical field of crystallizing evaporator, is specifically related to the multi-effect evaporator cleaning device with rotating wash bowl.
Background technology
Usually flow through inorganic salts ingredients in the high salt material of evaporimeter or sewage complicated, simultaneously in sewage containing organic matter or other impurity.Such material can at evaporator heating pipe inner surface collect dirt in heating evaporation process, and along with the evaporative crystallization ability that increases of dirt reduces, evaporated crystallization device cannot reach designing requirement, even quit work.In order to extend the evaporation and crystallization system Effec-tive Function time, the increase heating tube area that the design initial stage is artificial, thus add equipment investment.But this can not solve the problem of crystallizing evaporator fouling at all; in evaporated crystallization device running, still need shutdown to carry out machinery or Chemical cleaning; thus causing unnecessary cost of human resources and the increase of production cost, the waste water produced in Process of Chemical Cleaning or waste gas cause secondary pollution to surrounding enviroment.
Summary of the invention
Technical problem to be solved in the utility model is to overcome the deficiency that above-mentioned evaporated crystallization device inner surface easily gathers dirt, provides a kind of rotating wash bowl cleaning device of reasonable in design, structure is simple, stable, maintenance cost is low multi-effect evaporator.
Solving the problems of the technologies described above adopted technical scheme is: raw steam enters 1st effective evaporator from the left entry of 1st effective evaporator, steam condensate (SC) is discharged from the left outlet of 1st effective evaporator, the upper outlet of 1st effective evaporator and a left entry of imitating ball collecting device are connected, lower outlet and a lower inlet of imitating service robot of one effect ball collecting device are connected, the lower outlet of one effect ball collecting device is by the effect clean cycle pump that is arranged on pipeline and a right entry of imitating service robot is connected and the lower inlet of imitating circulating pump and 1st effective evaporator by being arranged on one on pipeline is connected, right outlet is connected by pipeline and a left entry of imitating separator, the one effect upper outlet of separator and the left entry of 2nd effect evaporator are connected, circulating pumps and 2nd effect evaporator are imitated in right outlet lower inlet by being arranged on two on pipeline is connected, circulating pump and 1st effective evaporator are imitated in lower outlet lower inlet by being arranged on one on pipeline is connected, the one effect outlet of service robot and the lower inlet of 1st effective evaporator are connected, weak solution is connected by the lower inlet being arranged on an effect circulating pump and 1st effective evaporator on pipeline,
The upper outlet of 2nd effect evaporator 4 and two left entries of imitating ball collecting device are connected, the left entry of right outlet and triple effect evaporator is connected, lower outlet and two lower inlets of imitating service robot of two effect ball collecting devices are connected, the lower outlet of two effect ball collecting devices is by the two effect clean cycle pumps that are arranged on pipeline and two right entries of imitating service robot are connected and the lower inlet of imitating circulating pump and 2nd effect evaporator by being arranged on two on pipeline is connected, right outlet and two left entries of imitating separator are connected, the two effect upper outlets of separator and the left entry of triple effect evaporator are connected, right outlet is connected by the lower inlet being arranged on triple effect cycle pump on pipeline and triple effect evaporator, circulating pumps and 2nd effect evaporator are imitated in lower outlet lower inlet by being arranged on two on pipeline is connected, the two effect outlets of service robot and the lower inlet of 2nd effect evaporator are connected,
The upper outlet of triple effect evaporator and the left entry of triple effect ball collecting device are connected, the left entry of right outlet and four-effect evaporator is connected, the lower outlet of triple effect ball collecting device and the lower inlet of triple effect service robot are connected, the lower outlet of triple effect ball collecting device is connected by the right entry being arranged on triple effect clean cycle pump on pipeline and triple effect service robot and is connected by the lower inlet being arranged on triple effect cycle pump on pipeline and triple effect evaporator, the left entry of right outlet and triple effect separator is connected, the upper outlet of triple effect separator and the left entry of four-effect evaporator are connected, upper right outlet is connected by the lower inlet being arranged on triple effect cycle pump on pipeline and triple effect evaporator, bottom right outlet is connected by the lower inlet being arranged on quadruple effect circulating pump on pipeline and four-effect evaporator, the outlet of triple effect service robot and the lower inlet of triple effect evaporator are connected,
The upper outlet of four-effect evaporator and the left entry of quadruple effect ball collecting device are connected, the left entry of right outlet and foul condensate tank is connected, the lower outlet of quadruple effect ball collecting device and the lower inlet of quadruple effect service robot are connected, the lower outlet of quadruple effect ball collecting device is connected by the right entry being arranged on quadruple effect clean cycle pump on pipeline and quadruple effect service robot and is connected by the lower inlet being arranged on quadruple effect circulating pump on pipeline and four-effect evaporator, the left entry of right outlet and quadruple effect separator is connected, the upper outlet of quadruple effect separator leads to and is connected with the left entry of condenser, upper right outlet is connected by the lower inlet being arranged on quadruple effect circulating pump on pipeline and four-effect evaporator, concentrated solution is discharged in bottom right outlet,
The upper outlet of foul condensate tank and the left entry of condenser are connected, lower outlet discharges foul condensate by the foul condensate pump be arranged on pipeline, right outlet discharges foul condensate by pipeline; Left outlet and the foul condensate tank of condenser are connected, right outlet and vavuum pump is connected, the left entry of lower outlet and cooling pond is connected; The outlet of cooling pond is connected by the lower inlet being arranged on condensate water circulatory pump on pipeline and condenser, right entry passes into recirculated water.
An effect service robot of the present utility model is: the upper left Surface Machining of service robot housing have open man-hand hole soon, upper surface center is provided with transmission agitator, right upper is provided with observation window and blast pipe, the top of service robot housing is provided with and rotating wash bowl mixed liquor inlet tube, lower cone shape housing is provided with material liquid outlet pipe and emptying pipe 2, bottom are provided with rotating wash bowl mixed liquor outlet, inside is provided with the interior filter frame that bottom is connected with rotating wash bowl mixed liquor outlet.
The geometry top of service robot housing of the present utility model is that cylindrical, bottom is for conical; The geometry top of interior filter frame is cylindrical, conical.
The structure that two effect service robots of the present utility model, triple effect service robot, quadruple effect service robot and imitate service robot is identical.
An effect ball collecting device of the present utility model is: the left surface of ball collecting device housing is provided with rotating wash bowl mixed liquor inlet tube, right flank is provided with rotating wash bowl mixed liquor outlet, inside is provided with webmaster, the outer wall of ball collecting device housing is provided with the rotating wash bowl mixed liquor outlet be connected with webmaster.
The geometry of ball collecting device housing of the present utility model is cylindrical; The cross sectional shape of webmaster is trapezoidal.
The structure that two effect ball collecting devices of the present utility model, triple effect ball collecting device, quadruple effect ball collecting device and imitate ball collecting device is identical.
Quadruple effect clean cycle pump of the present utility model, triple effect clean cycle pump, two effect clean cycle pumps, an effect clean cycle pump are mechanical seal single-stage single-suction cantilever without blocking centrifugal pump or packing seal single stage single suction cantilever type without blocking centrifugal pump.
Because the utility model have employed 1st effective evaporator, one effect ball collecting device, one effect separator, 2nd effect evaporator, two effect ball collecting devices, two effect separators, triple effect evaporator, triple effect ball collecting device, triple effect separator, four-effect evaporator, quadruple effect ball collecting device, quadruple effect separator, condenser, cooling pond, vavuum pump, cooling water circulating pump, foul condensate pump, foul condensate tank, quadruple effect clean cycle pump, quadruple effect service robot, quadruple effect circulating pump, triple effect clean cycle pump, triple effect service robot, triple effect cycle pump, two effect clean cycle pumps, two effect service robots, two effect circulating pumps, one effect clean cycle pump, one effect service robot, one effect circulating pump is connected and composed by the valve be arranged on pipeline, rotating wash bowl in service robot enters into evaporator heating pipe by pipeline and clears up dirt wherein, enter into ball collecting device by pipeline, be circulated back to service robot by ball collecting device, this device is energy-efficient, safety and stability, reliable, make the easy flow evaporation of feed liquid less scaling, can be applicable in Multi-effect evaporation crystallizer.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model embodiment.
Fig. 2 is the structural representation of an effect service robot 29 in Fig. 1.
Fig. 3 is the structural representation of an effect ball collecting device 2 in Fig. 1.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is described in further details, but the utility model is not limited to these embodiments.
Embodiment 1
In FIG, the rotating wash bowl cleaning device of the utility model multi-effect evaporator is by 1st effective evaporator 1, one effect ball collecting device 2, one effect separator 3, 2nd effect evaporator 4, two effect ball collecting devices 5, two effect separators 6, triple effect evaporator 7, triple effect ball collecting device 8, triple effect separator 9, four-effect evaporator 10, quadruple effect ball collecting device 11, quadruple effect separator 12, condenser 13, cooling pond 14, vavuum pump 15, cooling water circulating pump 16, foul condensate pump 17, foul condensate tank 18, quadruple effect clean cycle pump 19, quadruple effect service robot 20, quadruple effect circulating pump 21, triple effect clean cycle pump 22, triple effect service robot 23, triple effect cycle pump 24, two effect clean cycle pumps 25, two effect service robots 26, two effect circulating pumps 27, one effect clean cycle pump 28, one effect service robot 29, one effect circulating pump 30 connects and composes.
Raw steam enters 1st effective evaporator 1 from the left entry of 1st effective evaporator 1, steam condensate (SC) is discharged from the left outlet of 1st effective evaporator 1, the upper outlet of 1st effective evaporator 1 is connected by pipeline and a left entry of imitating ball collecting device 2, lower outlet and a lower inlet of imitating service robot 29 of one effect ball collecting device 2 are connected, the lower outlet of one effect ball collecting device 2 is by being arranged on an effect clean cycle pump 28 on pipeline and being connected with a right entry of imitating service robot 29 and the lower inlet of imitating circulating pump 30 and 1st effective evaporator 1 by being arranged on one on pipeline being connected, right outlet is connected by pipeline and a left entry of imitating separator 3, the upper outlet of one effect separator 3 is connected by the left entry of pipeline and 2nd effect evaporator 4, right outlet is connected with the lower inlet of 2nd effect evaporator 4 by the two effect circulating pumps 27 be arranged on pipeline, lower outlet is connected with the lower inlet of 1st effective evaporator 1 by the effect circulating pump 30 be arranged on pipeline, the one effect outlet of service robot 29 and the lower inlet of 1st effective evaporator 1 are connected, weak solution is connected with the lower inlet of 1st effective evaporator 1 by being arranged on an effect circulating pump 28 on pipeline.
The upper outlet of 2nd effect evaporator 4 is connected by pipeline and two left entries of imitating ball collecting device 5, the left entry of right outlet and triple effect evaporator 7 is connected, lower outlet and two lower inlets of imitating service robot 26 of two effect ball collecting devices 5 are connected, the lower outlet of two effect ball collecting devices 5 is by being arranged on two effect clean cycle pumps 25 on pipeline and being connected with two right entries of imitating service robot 26 and the lower inlet of imitating circulating pump 30 and 2nd effect evaporator 4 by being arranged on two on pipeline being connected, right outlet is connected by pipeline and two left entries of imitating separator 6, the upper outlet of two effect separators 5 is connected by the left entry of pipeline and triple effect evaporator 7, right outlet is connected with the lower inlet of triple effect evaporator 7 by the triple effect cycle pump 24 be arranged on pipeline, lower outlet is connected with the lower inlet of 2nd effect evaporator 4 by the two effect circulating pumps 27 be arranged on pipeline, the two effect outlets of service robot 26 and the lower inlet of 2nd effect evaporator 4 are connected.
The upper outlet of triple effect evaporator 7 is connected by the left entry of pipeline and triple effect ball collecting device 8, the left entry of right outlet and four-effect evaporator 10 is connected, the lower outlet of triple effect ball collecting device 8 and the lower inlet of triple effect service robot 23 are connected, the lower outlet of triple effect ball collecting device 8 to be connected with the right entry of triple effect service robot 22 by being arranged on triple effect clean cycle pump 22 on pipeline and being connected with the lower inlet of triple effect evaporator 7 by the triple effect cycle pump 24 be arranged on pipeline, right outlet is connected by the left entry of pipeline and triple effect separator 9, the upper outlet of triple effect separator 9 is connected by the left entry of pipeline and four-effect evaporator 10, upper right outlet is connected with the lower inlet of triple effect evaporator 7 by the triple effect cycle pump 24 be arranged on pipeline, bottom right outlet is connected with the lower inlet of four-effect evaporator 10 by the quadruple effect circulating pump 21 be arranged on pipeline, the outlet of triple effect service robot 23 and the lower inlet of triple effect evaporator 7 are connected.
The upper outlet of four-effect evaporator 10 is connected by the left entry of pipeline and quadruple effect ball collecting device 11, the left entry of right outlet and foul condensate tank 18 is connected, the lower outlet of quadruple effect ball collecting device 11 and the lower inlet of quadruple effect service robot 20 are connected, the lower outlet of quadruple effect ball collecting device 11 to be connected with the right entry of quadruple effect service robot 20 by being arranged on quadruple effect clean cycle pump 19 on pipeline and being connected with the lower inlet of four-effect evaporator 10 by the quadruple effect circulating pump 21 be arranged on pipeline, right outlet is connected by the left entry of pipeline and quadruple effect separator 12, the upper outlet of quadruple effect separator 12 is connected by the left entry of pipeline and condenser 13, upper right outlet is connected with the lower inlet of four-effect evaporator 10 by the quadruple effect circulating pump 21 be arranged on pipeline, concentrated solution is discharged in bottom right outlet.
The upper outlet of foul condensate tank 18 by pipeline and condenser 13 left entry is connected, lower outlet discharges foul condensate by the foul condensate pump 17 be arranged on pipeline, right outlet discharges foul condensate by pipeline.The left outlet of condenser 13 is connected by pipeline and foul condensate tank 18, right outlet is connected by pipeline and vavuum pump 15, lower outlet is connected by the left entry of pipeline and cooling pond 15.The outlet of cooling pond 15 is connected with the lower inlet of condenser by the condensate water circulatory pump 16 be arranged on pipeline, right entry passes into recirculated water.
The quadruple effect clean cycle pump 19 of the present embodiment, triple effect clean cycle pump 22, two are imitated clean cycle pump 25, to imitate clean cycle pump 28 be mechanical seal single-stage single-suction cantilever without blocking centrifugal pump or packing seal single stage single suction cantilever type without blocking centrifugal pump.
In fig. 2, the present embodiment one effect service robot 29 by opening man-hand hole 29-1, transmission agitator 29-2, observation window 29-3, blast pipe 29-4, rotating wash bowl compound soon, also inlet tube 29-5, interior filter frame 29-6, material liquid outlet pipe 29-7, rotating wash bowl compound material liquid outlet pipe 29-8, emptying pipe 29-9, service robot housing 29-10 connect and compose.The geometry top of service robot housing 29-10 is that cylindrical, bottom is for conical.The upper left Surface Machining of service robot housing 29-10 has opens man-hand hole 29-1 soon, rotating wash bowl is put into an effect service robot 29 by opening man-hand hole 29-1 soon, the upper surface center of service robot housing 29-10 is provided with the transmission agitator 29-2 stretching into effect service robot 29 inside, right upper is provided with observation window 29-3 and blast pipe 29-4, the top of service robot housing 29-10 is provided with rotating wash bowl mixed liquor inlet tube 29-5, lower cone shape housing is provided with material liquid outlet pipe 29-7 and emptying pipe 29-9, bottom is provided with rotating wash bowl mixed liquor outlet 29-8, the inside of service robot housing 29-10 is provided with the interior filter frame 29-6 that bottom is connected with rotating wash bowl mixed liquor outlet 29-8, the geometry top of interior filter frame 29-6 is cylindrical, conical.Be extruded by heat exchange pipe of evaporator under the pressure differential effect that rotating wash bowl is imported and exported at rotating wash bowl mixed liquor, heat exchanging inside pipe wall carries out scouring makes internal dirt take out of with feed liquid, and rotating wash bowl by entering ball collecting device after heat exchange pipe of evaporator together with circulation feed liquid.The structure that the two effect service robots 26 of the present embodiment, triple effect service robot 23, quadruple effect service robot 21 and imitate service robot 29 is identical.
In figure 3, an effect ball collecting device 2 of the present embodiment is connected and composed by rotating wash bowl mixed liquor inlet tube 2-1, webmaster 2-2, ball collecting device housing 2-3, material liquid outlet pipe 2-4, rotating wash bowl mixed liquor outlet 2-5.The geometry of ball collecting device housing 2-1 is cylindrical, the left surface of ball collecting device housing 2-1 is provided with rotating wash bowl mixed liquor inlet tube 2-1, right flank is provided with rotating wash bowl mixed liquor outlet 2-5, ball collecting device housing 2-1 inside is provided with webmaster 2-2, the cross sectional shape of webmaster 2-2 is trapezoidal, the outer wall of ball collecting device housing 2-3 is provided with the rotating wash bowl mixed liquor outlet 2-5 be connected with webmaster 2-2.Rotating wash bowl mixed liquor enters in ball collecting device 2, under the barrier effect of webmaster 2-2, rotating wash bowl is separated, under the effect of clean cycle pump, gets back to service robot.The structure that the two effect ball collecting devices 5 of the present embodiment, triple effect ball collecting device 8, quadruple effect ball collecting device 11 and imitate transferring and receiving apparatus 2 is identical.
Operation principle of the present utility model is as follows:
Material flow: weak solution enters into an effect separator 3, squeeze in the tube side of 1st effective evaporator 1 by an effect circulating pump 28, raw steam is utilized to heat, squeeze into the tube side of 2nd effect evaporator 4 from an effect separator 3 by two effect circulating pumps 25, squeeze in two effect separators 6 by 2nd effect evaporator 4, squeeze into triple effect evaporator 7 from two effect separators 6 by triple effect cycle pump 22, squeeze in triple effect separator 9 by triple effect evaporator 7, squeeze into four-effect evaporator 10 from two effect separators 9 by quadruple effect circulating pump 19, squeeze in quadruple effect separator 12 by four-effect evaporator 10, condenser 12 is squeezed into from quadruple effect separator 12.
Add ball, cleaning and receive ball flow process: often imitate feed liquid systemic circulation start normal after, implement add ball, cleaning and receive ball.First man-hand hole 29-1 is opened on effect service robot 29 top soon to open, suitable rotating wash bowl is selected to be added in interior filter frame 29-6 by a certain percentage, the hygrometric state diameter of rotating wash bowl is more bigger than heat exchanger tube internal diameter, and hygrometric state proportion is close with feed liquid, quantity is 8% ~ 20% of evaporation feed liquor room heat exchanger tube number, closes and opens man-hand hole 29-1 soon.Then an effect clean cycle pump 28 is opened, make a feed liquid part for systemic circulation by an effect ball collecting device 2, one effect clean cycle pump 28, one effect service robot 29 forms partial circulating, feed liquid carries out Homogeneous phase mixing with the rotating wash bowl in interior filter frame 29-6 in partial circulating process, mixed feed liquid is delivered in the pipeline of systemic circulation by partial circulating pipeline, be evenly distributed in each heating tube of 1st effective evaporator 1 by systemic circulation, because rotating wash bowl is the elastomer of a multidimensional micropore softness, under the effect of circulation feed liquid inlet and outlet pressure difference, be extruded and pass through heating tube, heating tube inwall is once cleaned, inside pipe wall dirt is taken out of with feed liquid stream, rotating wash bowl by after each heating tube of 1st effective evaporator 1 together with circulation feed liquid, enter in the inlet tube 2-1 of an effect ball collecting device 2, be separated with rotating wash bowl by webmaster 2-2 feed liquid in ball collecting device 2, feed liquid not containing rotating wash bowl enters in an effect separator 3 by outlet 2-4 by systemic circulation, feed liquid containing rotating wash bowl is continued to clean heating tube inwall by partial circulating by outlet 2-5.When receiving ball: first close partial circulating to the valve on systemic circulation pipeline, by partial circulating, the rotating wash bowl in feed liquid all to be gathered in inside an effect service robot 29 in filter frame 29-6, feed liquid not containing rotating wash bowl flows out from material liquid outlet pipe 29-7, by an effect clean cycle pump 28 in systemic circulation pipeline, observe the visor on effect clean cycle pump 28 inlet pipeline, if do not observe rotating wash bowl for a long time in visor, illustrate that all rotating wash bowls have been collected complete, close an effect clean cycle pump 28.Man-hand hole 29-1 is opened on one effect service robot 29 top soon open, take out all rotating wash bowls, at this moment add ball, cleaning and receive ball flow process and terminate.This flow process is imitated with two, triple effect, quadruple effect add ball, cleaning and to receive ball flow process identical.
Heating steam flow process: raw steam enters 1st effective evaporator 1 shell side, returns after heat exchange condensation and uses in boiler or it after drain valve (or preheater).The indirect steam of one effect separator 3 enters 2nd effect evaporator 4 shell side, and the condensate liquid after heat exchange enters triple effect evaporator 7 shell side flash distillation heat energy utilization.The indirect steam of two effect separators 6 enters triple effect evaporator 7 shell side, and the condensate liquid after heat exchange enters four-effect evaporator 10 shell side flash distillation heat energy utilization.The indirect steam of triple effect separator 9 enters four-effect evaporator 10 shell side, and the condensate liquid after heat exchange enters foul condensate tank 18, utilizes foul condensate pump 17 that foul condensate is got reuse.The indirect steam of quadruple effect separator 12 enters condenser 13 shell side, and the condensate liquid after heat exchange also enters foul condensate tank 18, utilizes foul condensate pump 17 that foul condensate is got reuse.Condensate liquid flow process: 1st effective evaporator 1 shell side condensate liquid, returns boiler water reuse after Btu utilization or it is used.2nd effect evaporator 4 shell side foul condensate flows into triple effect evaporator 7 shell side flash distillation condensation (heat is utilized), and triple effect evaporator 7 shell side foul condensate flows into four-effect evaporator 10 shell side flash distillation condensation (heat is utilized); Four-effect evaporator 10 shell side foul condensate flows into foul condensate tank 18, and condenser shell side foul condensate also flows into foul condensate tank 18, discharges reuse or process discharge further again by foul condensate pump 17.
Cool cycles Water flow-path: first recirculated water enter in cooling pond 14, by cooling water circulating pump 15 by the recirculated water in cooling pond 14, get to condenser 13 tube side and condensation is carried out to quadruple effect separator 12 indirect steam out, from condenser 13 tube side, recirculated water out enters into cooling tower, leave its heat carried in recirculated water, flow in cooling pond 14, continue to recycle.
Claims (8)
1. the rotating wash bowl cleaning device of a multi-effect evaporator, it is characterized in that: raw steam enters 1st effective evaporator (1) from the left entry of 1st effective evaporator (1), steam condensate (SC) is discharged from the left outlet of 1st effective evaporator (1), the left entry that the upper outlet of 1st effective evaporator (1) and imitates ball collecting device (2) is connected, the lower inlet that service robot (29) is imitated in the one lower outlet and of imitating ball collecting device (2) is connected, the lower outlet of one effect ball collecting device (2) is by being arranged on effect clean cycle pump (28) on pipeline and being connected with a right entry of imitate service robot (29) and the lower inlet of imitating circulating pump 30 and 1st effective evaporator (1) by being arranged on one on pipeline being connected, the left entry that right outlet imitates separator (3) by pipeline and one is connected, the upper outlet of one effect separator (3) and the left entry of 2nd effect evaporator (4) are connected, right outlet is connected with the lower inlet of 2nd effect evaporator (4) by two effects circulating pump (27) be arranged on pipeline, lower outlet is connected with the lower inlet of 1st effective evaporator (1) by effect circulating pump (30) be arranged on pipeline, the outlet of one effect service robot (29) and the lower inlet of 1st effective evaporator (1) are connected, weak solution is connected with the lower inlet of 1st effective evaporator (1) by being arranged on effect circulating pump (28) on pipeline,
The left entry that the upper outlet of 2nd effect evaporator (4) and two imitates ball collecting device (5) is connected, the left entry of right outlet and triple effect evaporator (7) is connected, the lower inlet that service robot (26) is imitated in the two lower outlets and two of imitating ball collecting device (5) is connected, the lower outlet of two effects ball collecting device (5) is by being arranged on two effects clean cycle pump (25) on pipeline and being connected with two right entries of imitate service robot (26) and the lower inlet of imitating circulating pump (30) and 2nd effect evaporator (4) by being arranged on two on pipeline being connected, the left entry that separator (6) is imitated in right outlet and two is connected, the upper outlet of two effects separator (5) and the left entry of triple effect evaporator (7) are connected, right outlet is connected with the lower inlet of triple effect evaporator (7) by being arranged on the triple effect cycle pump (24) on pipeline, lower outlet is connected with the lower inlet of 2nd effect evaporator (4) by two effects circulating pump (27) be arranged on pipeline, the outlet of two effects service robot (26) and the lower inlet of 2nd effect evaporator (4) are connected,
The upper outlet of triple effect evaporator (7) and the left entry of triple effect ball collecting device (8) are connected, the left entry of right outlet and four-effect evaporator (10) is connected, the lower outlet of triple effect ball collecting device (8) and the lower inlet of triple effect service robot (23) are connected, the lower outlet of triple effect ball collecting device (8) is connected by being arranged on the triple effect clean cycle pump (22) on pipeline and the right entry of triple effect service robot (22) and being connected with the lower inlet of triple effect evaporator (7) by being arranged on the triple effect cycle pump (24) on pipeline, the left entry of right outlet and triple effect separator (9) is connected, the upper outlet of triple effect separator (9) and the left entry of four-effect evaporator (10) are connected, upper right outlet is connected with the lower inlet of triple effect evaporator (7) by being arranged on the triple effect cycle pump (24) on pipeline, bottom right outlet is connected with the lower inlet of four-effect evaporator (10) by being arranged on the quadruple effect circulating pump (21) on pipeline, the outlet of triple effect service robot (23) and the lower inlet of triple effect evaporator (7) are connected,
The upper outlet of four-effect evaporator (10) and the left entry of quadruple effect ball collecting device (11) are connected, the left entry of right outlet and foul condensate tank (18) is connected, the lower outlet of quadruple effect ball collecting device (11) and the lower inlet of quadruple effect service robot (20) are connected, the lower outlet of quadruple effect ball collecting device (11) is connected by being arranged on the quadruple effect clean cycle pump (19) on pipeline and the right entry of quadruple effect service robot (20) and being connected with the lower inlet of four-effect evaporator (10) by being arranged on the quadruple effect circulating pump (21) on pipeline, the left entry of right outlet and quadruple effect separator (12) is connected, the upper outlet of quadruple effect separator (12) is logical to be connected with the left entry of condenser (13), upper right outlet is connected with the lower inlet of four-effect evaporator (10) by being arranged on the quadruple effect circulating pump (21) on pipeline, concentrated solution is discharged in bottom right outlet,
The upper outlet of foul condensate tank (18) and the left entry of condenser (13) is connected, lower outlet by be arranged on pipeline foul condensate discharged by foul condensate pump (17), right outlet discharges foul condensate by pipeline; Left outlet and the foul condensate tank (18) of condenser (13) are connected, right outlet and vavuum pump (15) is connected, the left entry of lower outlet and cooling pond (15) is connected; By being arranged on, the condensate water circulatory pump (16) on pipeline is connected with the lower inlet of condenser, right entry passes into recirculated water in the outlet of cooling pond (15).
2. the rotating wash bowl cleaning device of multi-effect evaporator according to claim 1, its feature in described one effect service robot (29) is: the upper left Surface Machining of service robot housing (29-10) has opens man-hand hole (29-1) soon, upper surface center is provided with transmission agitator (29-2), right upper is provided with observation window (29-3) and blast pipe (29-4), the top of service robot housing (29-10) is provided with rotating wash bowl mixed liquor inlet tube (29-5), lower cone shape housing is provided with material liquid outlet pipe (29-7) and emptying pipe (29-9), bottom is provided with rotating wash bowl mixed liquor outlet (29-8), inside is provided with the interior filter frame (29-6) that bottom is connected with rotating wash bowl mixed liquor outlet (29-8).
3. the rotating wash bowl cleaning device of multi-effect evaporator according to claim 2, is characterized in that: the geometry top of described service robot housing (29-10) is that cylindrical, bottom is for conical; The geometry top of interior filter frame (29-6) is that cylindrical, bottom is for conical.
4. the rotating wash bowl cleaning device of multi-effect evaporator according to claim 1 and 2, is characterized in that: the structure that two described effects service robot (26), triple effect service robot (23), quadruple effect service robot (21) and imitate service robot (29) is identical.
5. the rotating wash bowl cleaning device of multi-effect evaporator according to claim 1, it is characterized in that described effect ball collecting device (2) is: the left surface of ball collecting device housing (2-1) is provided with rotating wash bowl mixed liquor inlet tube (2-1), right flank is provided with rotating wash bowl mixed liquor outlet (2-5), inside is provided with webmaster (2-2), the outer wall of ball collecting device housing (2-3) is provided with the rotating wash bowl mixed liquor outlet (2-5) be connected with webmaster (2-2).
6. the rotating wash bowl cleaning device of multi-effect evaporator according to claim 5, is characterized in that: the geometry of described ball collecting device housing (2-1) is cylindrical; The cross sectional shape of webmaster (2-2) is trapezoidal.
7. the rotating wash bowl cleaning device of multi-effect evaporator according to claim 1 or 5, is characterized in that: the structure that two described effects ball collecting device (5), triple effect ball collecting device (8), quadruple effect ball collecting device (11) and imitate ball collecting device (2) is identical.
8. the rotating wash bowl cleaning device of multi-effect evaporator according to claim 1, is characterized in that: described quadruple effect clean cycle pump (19), triple effect clean cycle pump (22), two effect clean cycle pump (25), one effect clean cycle pump (28) for mechanical seal single-stage single-suction cantilever without blocking centrifugal pump or packing seal single stage single suction cantilever type without blocking centrifugal pump.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520858645.9U CN205146818U (en) | 2015-10-30 | 2015-10-30 | Rotating wash bowl belt cleaning device of multiple effect evaporation ware |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520858645.9U CN205146818U (en) | 2015-10-30 | 2015-10-30 | Rotating wash bowl belt cleaning device of multiple effect evaporation ware |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205146818U true CN205146818U (en) | 2016-04-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520858645.9U Expired - Fee Related CN205146818U (en) | 2015-10-30 | 2015-10-30 | Rotating wash bowl belt cleaning device of multiple effect evaporation ware |
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| CN (1) | CN205146818U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107265540A (en) * | 2017-08-10 | 2017-10-20 | 卫潘明 | A kind of garbage leachate desiccation apparatus |
| CN108079632A (en) * | 2017-12-22 | 2018-05-29 | 重庆龙煜精密铜管有限公司 | A kind of cleaning agent separator for copper pipe inner wall washing |
| CN110285685A (en) * | 2019-06-17 | 2019-09-27 | 苏州乔发环保科技股份有限公司 | A kind of evaporative condenser condensation method and its control device |
-
2015
- 2015-10-30 CN CN201520858645.9U patent/CN205146818U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107265540A (en) * | 2017-08-10 | 2017-10-20 | 卫潘明 | A kind of garbage leachate desiccation apparatus |
| CN107265540B (en) * | 2017-08-10 | 2023-08-01 | 北京驰澄环保科技有限公司 | Rubbish leachate desiccation device |
| CN108079632A (en) * | 2017-12-22 | 2018-05-29 | 重庆龙煜精密铜管有限公司 | A kind of cleaning agent separator for copper pipe inner wall washing |
| CN110285685A (en) * | 2019-06-17 | 2019-09-27 | 苏州乔发环保科技股份有限公司 | A kind of evaporative condenser condensation method and its control device |
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Granted publication date: 20160413 Termination date: 20161030 |