CN206556307U - It is a kind of that there is water disturbance, the seawater to make heat exchange device of jet cleaning function - Google Patents
It is a kind of that there is water disturbance, the seawater to make heat exchange device of jet cleaning function Download PDFInfo
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- CN206556307U CN206556307U CN201720260344.5U CN201720260344U CN206556307U CN 206556307 U CN206556307 U CN 206556307U CN 201720260344 U CN201720260344 U CN 201720260344U CN 206556307 U CN206556307 U CN 206556307U
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Abstract
The utility model discloses a kind of seawater to make heat exchange device with water disturbance, jet cleaning function, including seawater heat storage pool, heat-exchanger rig in seawater heat storage pool, spray pump chamber and spray equipment outside seawater heat storage pool, heat-exchanger rig catchments straight tube including one-level, and a fraction water straight tube and catchment between straight tube and a fraction water straight tube positioned at one-level nine are in the helix tube group of 3 × 3 matrix arrangements.The seawater that the utility model is stored using the underground space is fully exchanged heat with source pump recirculated water, cold and hot amount required for source pump refrigerating and heat-supplying is provided, water saving saves land, spray pump and shower are continuously run, strengthen the perturbation of seawater, improve exchange capability of heat, helix tube can also be washed away simultaneously, effectively heat exchanger surface is prevented to adhere to marine organisms, using retaining heat, seawater capacity usage ratio is high, water saving ability is good, using indirect heat exchange scheme, seawater is not directly contacted with source pump heat-exchanging component, improves the service life of unit.
Description
Technical field
The utility model is related to field of heat exchange, specifically a kind of to have water disturbance, the seawater of jet cleaning function
Heat-exchanger rig.
Background technology
Seawater is a kind of regenerative resource, and seawater source heat pump system can utilize the energy of seawater, meet building summer
Refrigeration, the demand of Winter heat supply, are a kind of refrigeration and heating technologies of energy-conserving and environment-protective.However, because the salt content of seawater is high, corrosion
Property it is big, its water quality can not meet the design requirement for directly applying to source pump.Content of microorganisms simultaneously in seawater is high, easily
Metal surface is attached to, algae shellfish is grown biological.The current more seawater heat exchanger used changes for two-sided painting epoxide resin type
Hot device or stainless heat exchanger, antiseptic effect preferably, but heat exchanger not easy cleaning, and not pre- to the growth of marine organisms in itself
Anti- function.
Utility model content
According to technical problem set forth above, and provide a kind of with water disturbance, the seawater to make heat exchange of jet cleaning function
Device.The technological means that the utility model is used is as follows：
It is a kind of that there is water disturbance, the seawater to make heat exchange device of jet cleaning function, it is characterised in that including in rectangular-shape
Seawater heat storage pool, the heat-exchanger rig in the seawater heat storage pool, spray pump chamber outside the seawater heat storage pool and
Spray equipment；
The front side wall top of the seawater heat storage pool is provided with the supply channel port of drawing water of seawater, the seawater heat storage pool
In the export pipeline port of ground water circulation pipeline of the front side wall bottom provided with sea water source heat pump unit, the seawater heat storage pool
The lower left corner is provided with catch pit, and the left side wall top of the seawater heat storage pool corresponding to the catch pit is provided with the drainpipe of seawater
Road port, underground water of the right side wall top provided with sea water source heat pump unit close to the seawater heat storage pool of the catch pit is followed
Draining pump is provided with the inlet ductwork port on endless tube road, the catch pit, the draining pump is provided with the draining with the seawater
The drainpipe of the seawater of line ports connection；After the ocean temperature in the seawater heat storage pool is less than design standard, the row
Starting mode of pump, is discharged the seawater in the seawater heat storage pool by the drainpipe, completes a seawater circulation.
The heat-exchanger rig catchments straight tube including one-level, a fraction water straight tube and is catchmented straight tube and institute positioned at the one-level
State nine between the fraction water straight tube helix tube groups in 3 × 3 matrix arrangements；
Sea water source heat pump unit is provided with the inlet ductwork port of the ground water circulation pipeline of the sea water source heat pump unit
Ground water circulation pipeline inlet tube, one end of the inlet tube of the ground water circulation pipeline of the sea water source heat pump unit and institute
State fraction water straight tube connection, the axis of the fraction water straight tube and the ground water circulation pipeline of the sea water source heat pump unit
The axis of inlet ductwork port be located along the same line, the fraction water straight tube catchments straight tube side close to the one-level
Equidistantly provided with three horizontal branch pipees I on the wall of side, straight line where the axis of the horizontal branch pipe I is straight perpendicular to the fraction water
The axis of pipe, the other end of the horizontal branch pipe I is provided with two fraction water straight tubes being vertically arranged, and the two fractions water straight tube is close
The one-level catchment straight tube side side wall on equidistantly provided with three filler tubes I, straight line hangs down where the axis of the filler tube I
Directly in the axis of the two fractions water straight tube, the small end of the filler tube I is connected with the two fractions water straight tube；
Sea water source heat pump unit is provided with the export pipeline port of the ground water circulation pipeline of the sea water source heat pump unit
Ground water circulation pipeline outlet, one end of the outlet of the ground water circulation pipeline of the sea water source heat pump unit and institute
State one-level catchment straight tube connection, the one-level catchment straight tube diameter parallel in horizontal plane and perpendicular to the sea water source heat pump machine
Straight line where the axis of the export pipeline port of the ground water circulation pipeline of group, the one-level catchments straight tube close to a fraction
Equidistantly provided with three horizontal branch pipees II on the side wall of water straight tube side, straight line where the axis of the horizontal branch pipe II perpendicular to
The one-level is catchmented the axis of straight tube, and the other end of the horizontal branch pipe II is provided with two grades of straight tubes that catchment being vertically arranged, described
Two grades of straight tubes that catchment equidistantly are provided with three filler tubes II, the filler tube on the side wall of the fraction water straight tube side
Straight line where II axis perpendicular to two grades of straight tubes that catchment axis, straight line where the axis of the filler tube II with it is relative
The axis for the filler tube I answered is located along the same line, and the small end of the filler tube II is connected with two grades of straight tubes that catchment；
The helix tube group include nine be in 3 × 3 matrix arrangements helix tube, the two ends of the helix tube respectively with it is described
Filler tube I is connected with the big end of the filler tube II, and the diameter parallel of the helix tube is straight where the axis of the filler tube I
Line, compared with straight tube, the helix tube can ensure to increase heat exchange area in unit length heat exchange pond.
The side wall of the spray pump chamber is provided with spray pump running water water sucting port, the spray pump running water water sucting port
It is interior to be provided with spray pump running water suction hose；
The spray equipment includes the spray pump being located in the spray pump room, multiple above the heat-exchanger rig
Shower, tap water pipe line motor-driven valve and water suction line motor-driven valve, the two ends of the spray pump are respectively equipped with pipeline I and pipe
Road II, the pipeline I is connected through the right side wall top of the seawater heat storage pool with the shower, and the pipeline II passes through institute
State tap water pipe line motor-driven valve to connect with the spray pump running water suction hose, the spray pump and the tap water pipe line are electronic
The pipeline II between valve is provided with the water suction hose connected with the intracavity bottom of the seawater heat storage pool, and the water is inhaled
Water pipe is provided with the water suction line motor-driven valve；
The diameter parallel of the shower is in the axis of the helix tube.
Inspection manhole is equipped with the top of the seawater heat storage pool and the spray pump chamber.
The inwall of the seawater heat storage pool is provided with steel plate.
The material of the helix tube is stainless steel or titanium alloy.
The caliber of the shower is DN32, and the injection diameter of the shower is 10mm.
The seawater heat storage pool constitutes the runner of seawater, and the helix tube constitutes the runner of source pump recirculated water, seawater
The seawater after heat exchange, heat-shift is carried out by the draining pump by the tube wall of the helix tube with source pump recirculated water
Discharge；
The spray equipment is two kinds of functions of set of device, when working condition, and the spray equipment is storing described in seawater
Interior circulation is carried out in hot pond, the spray pump takes the seawater in the heat storage pool by the water suction line motor-driven valve,
Spary jet is carried out to the helix tube by the spray orifice of the shower, disturbance can be produced to seawater, strengthen seawater to make heat exchange
Efficiency, while avoiding the helix tube product stain and organism growth；During inspecting state, the seawater heat storage pool is emptied, the spray
Pump takes running water by the tap water pipe line motor-driven valve, and spary is carried out to the helix tube by the spray orifice of the shower
Jet, plays a part of cleaning and washes away.
The utility model has advantages below：
1st, the seawater and source pump recirculated water that the utility model is stored using the underground space carry out fully heat exchange, and there is provided heat
Cold and hot amount required for pump assembly refrigerating and heat-supplying, water saving is saved land, and spray pump and shower are continuously run, and strengthens the disturbance of seawater
Property, exchange capability of heat is improved, while can also be washed away to helix tube, effectively prevents heat exchanger surface from adhering to marine organisms, anti-algae
Anti- shellfish；
2nd, the utility model uses retaining heat, and seawater capacity usage ratio is high, and water saving ability is good；
3rd, the utility model uses indirect heat exchange scheme, and seawater is not directly contacted with source pump heat-exchanging component, improves unit
Service life；
4th, spray equipment of the present utility model, can both play the effect of enhancing heat exchange, and heat exchanger tube can be prevented to accumulate stain again
And organism growth, can also in inspecting state as heat exchanger tube purging system.
The utility model can be widely popularized in fields such as heat-exchanger rigs for the foregoing reasons.
Brief description of the drawings
The utility model is described in further detail with reference to the accompanying drawings and detailed description.
Fig. 1 is that a kind of in embodiment of the present utility model there is water disturbance, the seawater of jet cleaning function to change
The top view of thermal.
Fig. 2 is that a kind of in embodiment of the present utility model there is water disturbance, the seawater of jet cleaning function to change
The top view of thermal (top for removing seawater heat storage pool and spray pump chamber).
Fig. 3 is that a kind of in embodiment of the present utility model there is water disturbance, the seawater of jet cleaning function to change
The sectional view of thermal (section view position is corresponding with the position of the a-a in Fig. 2).
Fig. 4 is that a kind of in embodiment of the present utility model there is water disturbance, the seawater of jet cleaning function to change
The sectional view of thermal (section view position is corresponding with the position of the b-b in Fig. 2).
Fig. 5 is that a kind of in embodiment of the present utility model there is water disturbance, the seawater of jet cleaning function to change
The sectional view of thermal (section view position is corresponding with the position of the c-c in Fig. 2).
Embodiment
As Figure 1-Figure 5, it is a kind of that there is water disturbance, the seawater to make heat exchange device of jet cleaning function, including in rectangular
The seawater heat storage pool 1 of body shape, the heat-exchanger rig in the seawater heat storage pool 1, the spray outside the seawater heat storage pool 1
Pump chamber 2 and spray equipment；
The front side wall top of the seawater heat storage pool 1 is provided with the supply channel port 3 of drawing water of seawater, the seawater heat storage pool
The export pipeline port 4 of ground water circulation pipeline of the 1 front side wall bottom provided with sea water source heat pump unit, the seawater heat storage pool
The lower left corner in 1 is provided with catch pit 5, and the left side wall top of the seawater heat storage pool 1 corresponding to the catch pit 5 is provided with seawater
Discharge pipe line port 6, close to the catch pit 5 the seawater heat storage pool 1 right side wall top be provided with sea water source heat pump machine
Draining pump 8 is provided with the inlet ductwork port 7 of the ground water circulation pipeline of group, the catch pit 5, the draining pump 8 is provided with
The drainpipe 9 for the seawater being connected with the discharge pipe line port 6 of the seawater；
The heat-exchanger rig catchments straight tube 10 including one-level, a fraction water straight tube 11 and is catchmented straight tube positioned at the one-level
Nine helix tube groups in 3 × 3 matrix arrangements between 10 and the fraction water straight tube 11；
Sea water source heat pump unit is provided with the inlet ductwork port 7 of the ground water circulation pipeline of the sea water source heat pump unit
Ground water circulation pipeline inlet tube 12, one end of the inlet tube 12 of the ground water circulation pipeline of the sea water source heat pump unit
Connected with the fraction water straight tube 11, the axis of the fraction water straight tube 11 and the underground water of the sea water source heat pump unit
The axis of the inlet ductwork port 7 of circulation line is located along the same line, and the fraction water straight tube 11 is close to the one-level collection
Equidistantly provided with three horizontal branch pipees I 13 on the side wall of the side of water straight tube 10, straight line hangs down where the axis of the horizontal branch pipe I 13
Directly in the axis of the fraction water straight tube 11, the other end of the horizontal branch pipe I 13 is straight provided with two fraction water being vertically arranged
Pipe 14, the two fractions water straight tube 14 catchmented close to the one-level side of straight tube 10 side wall on equidistantly provided with three filler tubes
I 15, straight line where the axis of the filler tube I 15 perpendicular to the two fractions water straight tube 14 axis, the filler tube I 15
Small end is connected with the two fractions water straight tube 14；
Sea water source heat pump unit is provided with the export pipeline port 4 of the ground water circulation pipeline of the sea water source heat pump unit
Ground water circulation pipeline outlet 16, one end of the outlet 16 of the ground water circulation pipeline of the sea water source heat pump unit
Connected with the one-level straight tube 10 that catchments, the one-level catchment straight tube 10 diameter parallel in horizontal plane and perpendicular to the seawater
Straight line where the axis of the export pipeline port 4 of the ground water circulation pipeline of source source pump, the one-level straight tube 10 that catchments is leaned on
Equidistantly provided with three horizontal branch pipees II 17 on the side wall of the nearly side of fraction water straight tube 11, the horizontal branch pipe II 17
Straight line where axis catchments the axis of straight tube 10 perpendicular to the one-level, and the other end of the horizontal branch pipe II 17 provided with setting vertically
Two grades put catchment straight tube 18, described two grades catchment straight tubes 18 on the side wall of the side of fraction water straight tube 11 equidistantly
Provided with three filler tubes II 19, axle of the straight line perpendicular to the described two grades straight tubes 18 that catchment where the axis of the filler tube II 19
Line, the axis of straight line and the corresponding filler tube I 15 is located along the same line where the axis of the filler tube II 19, institute
The small end for stating filler tube II 19 is connected with the described two grades straight tubes 18 that catchment；
The helix tube group include nine be in 3 × 3 matrix arrangements helix tube 20, the two ends of the helix tube 20 respectively with
The filler tube I 15 is connected with the big end of the filler tube II 19, and the diameter parallel of the helix tube 20 is in the filler tube I 15
Axis where straight line；
The side wall of the spray pump chamber 2 is provided with spray pump running water water sucting port 21, the spray pump running water water suction
Spray pump running water suction hose 22 is provided with port 21；
The spray equipment includes the spray pump 23 being located in the spray pump chamber 2, above the heat-exchanger rig
Multiple showers 24, tap water pipe line motor-driven valve 25 and water suction line motor-driven valve 26, the two ends difference of the spray pump 23
Provided with pipeline I 27 and pipeline II 28, the pipeline I 27 passes through the right side wall top of the seawater heat storage pool 1 and the shower
24 connections, the pipeline II 28 is connected by the tap water pipe line motor-driven valve 25 with the spray pump running water suction hose 22,
The pipeline II 28 between the spray pump 23 and the tap water pipe line motor-driven valve 25 is provided with and the seawater heat storage pool 1
Intracavity bottom connection water suction hose 29, the water suction hose 29 be provided with the water suction line motor-driven valve 26；
The diameter parallel of the shower 24 is in the axis of the helix tube 20.
The top of the seawater heat storage pool 1 and the spray pump chamber 2 is equipped with inspection manhole 30.
The inwall of the seawater heat storage pool 1 is provided with steel plate.
The material of the helix tube 20 is stainless steel or titanium alloy.
The caliber of the shower 24 is DN32, and the injection diameter of the shower 24 is 10mm.
It is described above, only the utility model preferably embodiment, but protection domain of the present utility model is not
This is confined to, any one skilled in the art is in the technical scope that the utility model is disclosed, according to this practicality
New technical scheme and its utility model design are subject to equivalent substitution or change, should all cover in protection model of the present utility model
Within enclosing.
Claims (5)
1. a kind of have water disturbance, the seawater to make heat exchange device of jet cleaning function, it is characterised in that including in rectangular-shape
Seawater heat storage pool, the heat-exchanger rig in the seawater heat storage pool, spray pump chamber and spray outside the seawater heat storage pool
Shower device；
The front side wall top of the seawater heat storage pool is provided with the supply channel port of drawing water of seawater, the front side of the seawater heat storage pool
Lower-left in the export pipeline port of ground water circulation pipeline of the wall bottom provided with sea water source heat pump unit, the seawater heat storage pool
Angle is provided with catch pit, and the left side wall top of the seawater heat storage pool corresponding to the catch pit is provided with the drainpipe terminal of seawater
Mouthful, the ground water circulation pipe of sea water source heat pump unit is provided with close to the right side wall top of the seawater heat storage pool of the catch pit
Draining pump is provided with the inlet ductwork port on road, the catch pit, the draining pump is provided with the discharge pipe line with the seawater
The drainpipe of the seawater of port connection；
The heat-exchanger rig catchments straight tube including one-level, a fraction water straight tube and is catchmented straight tube and described one positioned at the one-level
Nine helix tube groups in 3 × 3 matrix arrangements between fraction water straight tube；
The ground of sea water source heat pump unit is provided with the inlet ductwork port of the ground water circulation pipeline of the sea water source heat pump unit
The inlet tube of lower water circulation pipe, one end of the inlet tube of the ground water circulation pipeline of the sea water source heat pump unit and described one
Fraction water straight tube is connected, the axis of the fraction water straight tube and entering for the ground water circulation pipeline of the sea water source heat pump unit
The axis of mouthful line ports is located along the same line, and the fraction water straight tube catchments the side wall of straight tube side close to the one-level
Upper to be equidistantly provided with three horizontal branch pipees I, straight line is perpendicular to the fraction water straight tube where the axis of the horizontal branch pipe I
Axis, the other end of the horizontal branch pipe I is provided with two fraction water straight tubes being vertically arranged, and the two fractions water straight tube is close to described
One-level catchment straight tube side side wall on equidistantly provided with three filler tubes I, straight line where the axis of the filler tube I perpendicular to
The axis of the two fractions water straight tube, the small end of the filler tube I is connected with the two fractions water straight tube；
The ground of sea water source heat pump unit is provided with the export pipeline port of the ground water circulation pipeline of the sea water source heat pump unit
The outlet of lower water circulation pipe, one end of the outlet of the ground water circulation pipeline of the sea water source heat pump unit and described one
Level catchment straight tube connection, the one-level catchment straight tube diameter parallel in horizontal plane and perpendicular to the sea water source heat pump unit
Straight line where the axis of the export pipeline port of ground water circulation pipeline, the one-level straight tube that catchments is straight close to the fraction water
Equidistantly provided with three horizontal branch pipees II on the side wall of pipe side, straight line is perpendicular to described where the axis of the horizontal branch pipe II
One-level is catchmented the axis of straight tube, and the other end of the horizontal branch pipe II is provided with two grades of straight tubes that catchment being vertically arranged, described two grades
The straight tube that catchments equidistantly is provided with three filler tubes II on the side wall of the fraction water straight tube side, the filler tube II
Straight line where axis perpendicular to two grades of straight tubes that catchment axis, straight line where the axis of the filler tube II with it is corresponding
The axis of the filler tube I is located along the same line, and the small end of the filler tube II is connected with two grades of straight tubes that catchment；
The helix tube group include nine be in 3 × 3 matrix arrangements helix tube, the two ends of the helix tube respectively with the funnel
Pipe I is connected with the big end of the filler tube II, and the diameter parallel of the helix tube is in the axis place straight line of the filler tube I；
The side wall of the spray pump chamber, which is provided with spray pump running water water sucting port, the spray pump running water water sucting port, to be set
There is spray pump running water suction hose；
The spray equipment includes the spray pump being located in the spray pump room, multiple sprays above the heat-exchanger rig
Pipe, tap water pipe line motor-driven valve and water suction line motor-driven valve, the two ends of the spray pump are respectively equipped with pipeline I and pipeline
II, the pipeline I is connected through the right side wall top of the seawater heat storage pool with the shower, and the pipeline II is by described
Tap water pipe line motor-driven valve is connected with the spray pump running water suction hose, the spray pump and the tap water pipe line motor-driven valve
Between the pipeline II be provided with the water suction hose that connect with the intracavity bottom of the seawater heat storage pool, the water absorbs water
Pipe is provided with the water suction line motor-driven valve；
The diameter parallel of the shower is in the axis of the helix tube.
2. according to claim 1 a kind of with water disturbance, the seawater to make heat exchange device of jet cleaning function, its feature exists
In：Inspection manhole is equipped with the top of the seawater heat storage pool and the spray pump chamber.
3. according to claim 1 a kind of with water disturbance, the seawater to make heat exchange device of jet cleaning function, its feature exists
In：The inwall of the seawater heat storage pool is provided with steel plate.
4. according to claim 1 a kind of with water disturbance, the seawater to make heat exchange device of jet cleaning function, its feature exists
In：The material of the helix tube is stainless steel or titanium alloy.
5. according to claim 1 a kind of with water disturbance, the seawater to make heat exchange device of jet cleaning function, its feature exists
In：The caliber of the shower is DN32, and the injection diameter of the shower is 10mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720260344.5U CN206556307U (en) | 2017-03-16 | 2017-03-16 | It is a kind of that there is water disturbance, the seawater to make heat exchange device of jet cleaning function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720260344.5U CN206556307U (en) | 2017-03-16 | 2017-03-16 | It is a kind of that there is water disturbance, the seawater to make heat exchange device of jet cleaning function |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206556307U true CN206556307U (en) | 2017-10-13 |
Family
ID=60365875
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720260344.5U Active CN206556307U (en) | 2017-03-16 | 2017-03-16 | It is a kind of that there is water disturbance, the seawater to make heat exchange device of jet cleaning function |
Country Status (1)
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| CN (1) | CN206556307U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109737643A (en) * | 2019-03-06 | 2019-05-10 | 东莞市康源节能科技有限公司 | A kind of new and effective easy-cleaning sullage source heat pump |
-
2017
- 2017-03-16 CN CN201720260344.5U patent/CN206556307U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109737643A (en) * | 2019-03-06 | 2019-05-10 | 东莞市康源节能科技有限公司 | A kind of new and effective easy-cleaning sullage source heat pump |
| CN109737643B (en) * | 2019-03-06 | 2024-03-22 | 陕西一德新能源科技有限公司 | High-efficient easy washs sewage source heat pump |
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