CN204944245U - Bulky grain leads directly to wastewater heat exchange device and has the heat-exchange system of above-mentioned heat exchanger - Google Patents
Bulky grain leads directly to wastewater heat exchange device and has the heat-exchange system of above-mentioned heat exchanger Download PDFInfo
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- CN204944245U CN204944245U CN201520617046.8U CN201520617046U CN204944245U CN 204944245 U CN204944245 U CN 204944245U CN 201520617046 U CN201520617046 U CN 201520617046U CN 204944245 U CN204944245 U CN 204944245U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P80/00—Climate change mitigation technologies for sector-wide applications
- Y02P80/10—Efficient use of energy, e.g. using compressed air or pressurized fluid as energy carrier
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Abstract
The utility model relates to and utilizing containing waste water such as steel mill's washing slag water of large granular impurity or urban original wastewaters as cold and heat source, building is heated, the heat-exchange system of air-conditioning, bulky grain leads directly to wastewater heat exchange device and is made up of tube connector, lower union 1, snakelike heat exchange tube, snakelike baffle pipe under tube connector, upper union 2, comb support, wastewater heat exchange passage, lower union 2, medium on housing, waste water inlet, heat transferring medium upper outlet, access door, wastewater outlet, heat transferring medium lower inlet, upper union 1, medium.
Description
Technical field
The utility model relates to and to utilize containing waste water such as steel mill's washing slag water of large granular impurity or urban original wastewaters as cold and heat source, heats, the heat-exchange system of air-conditioning to building.
Background technology
Containing a large amount of waste heats in steel mill's washing slag water, by heat transfer technology by after the waste heat heat exchange of washing slag water, can be neighboring buildings Winter heat supply, belong to waste heat recovery recycling, its energy-conserving and environment-protective are significant; Utilizing urban original wastewater as heat pump low level Cooling and Heat Source, for building heating air-conditioner is also have the important energy-conservation and value of environmental protection, is all alleviate the effective way that energy resource consumption is nervous, alleviate environmental pollution with upper type.
But the dirty foreign material all containing a large amount of large-size in washing slag water and native sewage water, if do not carry out any process to washing slag water and native sewage water, directly enter heat-exchange system heat exchange, certainly will cause the blocking of heat transmission equipment, whole system is paralysed, and cannot normally run.
Summary of the invention
For blocking heat transmission equipment when solving steel mill's washing slag water or native sewage water heat exchange, the invention provides the heat-exchange system that a kind of bulky grain leads directly to wastewater heat exchange device and has above-mentioned heat exchanger.
Application principle:
1, as Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, shown in Fig. 7, bulky grain of the present utility model leads directly to wastewater heat exchange device by housing, waste water inlet, heat transferring medium upper outlet, access door, wastewater outlet, heat transferring medium lower inlet, upper union 1, tube connector on medium, upper union 2, comb support, wastewater heat exchange passage, lower union 2, tube connector under medium, lower union 1, snakelike heat exchange tube, snakelike baffle pipe composition, snakelike heat exchange tube back bending place is supported by comb support, between snakelike heat exchange tube, gapless is parallel is arranged side by side, the wavy surface that the straight length part of the snakelike heat exchange tube be arranged side by side by n root is formed forms heat transfer outside a tube face, two adjacent heat transfer outside a tube face composition wastewater heat exchange passages, the upper end mouth of pipe of the snakelike heat exchange tube be arranged side by side, is connected with upper union 1 and upper union 2 respectively every one, and the lower end mouth of pipe of the snakelike heat exchange tube be arranged side by side is connected with lower union 1 and lower union 2 respectively every one, upper union 1 and upper union 2 one end shutoff, the other end is connected with tube connector on medium, and heat transferring medium upper outlet communicates with tube connector on medium, lower union 1 and lower union 2 one end shutoff, the other end is connected with tube connector under medium, and heat transferring medium lower inlet communicates with tube connector under medium, snakelike baffle pipe bend pipe spacing is the twice of snakelike heat exchange tube bend pipe spacing, side by side in the both sides of snakelike heat exchange tube, snakelike baffle pipe and snakelike heat exchange tube close contact, both sides then report to the leadship after accomplishing a task with access door inside close contact, carry out wastewater heat exchange passage baffling, waste water is entered by waste water inlet, and back and forth flow along wastewater heat exchange passage and carry out heat exchange, the waste water after heat exchange is flowed out by wastewater outlet, heat transferring medium enters tube connector under medium by heat transferring medium lower inlet, lower union 1 and lower union 2 is branched to by tube connector under medium, snakelike heat exchange tube is branched to again by lower union 1 and lower union 2, along S shape flowing from the bottom to top in snakelike heat exchange tube pipe, after waste water heat exchange, union 1 and upper union 2 in remittance, then import tube connector on medium by upper union 1 and upper union 2, finally flowed out by heat transferring medium upper outlet.
2, as shown in Figure 1 and Figure 2, bulky grain of the present utility model leads directly to wastewater heat exchange device and is provided with access door, can clean, keeps in repair wastewater heat exchange passage.
3, as shown in Figure 6, bulky grain of the present utility model leads directly to the another kind of form of wastewater heat exchange device, heat transferring medium upper outlet and heat transferring medium upper inlet all communicate with tube connector on medium, export under heat transferring medium lower inlet and heat transferring medium and all communicate with tube connector under medium, external valve is exported under heat transferring medium upper outlet, heat transferring medium upper inlet, heat transferring medium lower inlet, heat transferring medium, export with to open or with closing under heat transferring medium upper inlet and heat transferring medium, heat transferring medium lower inlet and heat transferring medium upper outlet are opened together or with closing.
4, as shown in Figure 8, Figure 9, bulky grain of the present utility model leads directly to the another kind of form of wastewater heat exchange device, snakelike heat exchange tube upper orifice interlocks expanded joint in upper header bottom surface, communicate with upper header, lower nozzle interlocks expanded joint at next part bobbin carriage end face, communicate with next part bobbin carriage, heat transferring medium enters next part bobbin carriage by heat transferring medium lower inlet, shunted by next part bobbin carriage again and enter snakelike heat exchange tube, along S shape flowing from the bottom to top in snakelike heat exchange tube pipe, after waste water heat exchange, import upper header, finally flowed out by heat transferring medium upper outlet.
5, as shown in Figure 10, a kind of heat pump comprising bulky grain and lead directly to wastewater heat exchange device and there is above-mentioned heat exchanger, lead directly to wastewater heat exchange device by bulky grain, compressor, oil eliminator, clear water heat exchanger, filter, electric expansion valve form, cold-producing medium after the gas that compressor is compressed into HTHP through oil eliminator filter after, enter condensation after the heat exchange of clear water heat exchanger, condensed cold-producing medium is after electric expansion valve throttling, enter bulky grain and lead directly to wastewater heat exchange device and waste water carries out heat exchange, after heat exchange, evaporation enters compressor and compresses, and realizes circulation.
6, as shown in figure 11, a kind of heat pump comprising bulky grain and lead directly to wastewater heat exchange device and there is above-mentioned heat exchanger, wastewater heat exchange device is led directly to by bulky grain, compressor, oil eliminator, clear water heat exchanger, filter, electric expansion valve, shut-off valve 1, shut-off valve 2, shut-off valve 3, shut-off valve 4, shut-off valve 5, shut-off valve 6, shut-off valve 7, shut-off valve 8 forms, during heating condition, shut-off valve 1, shut-off valve 4, shut-off valve 5, shut-off valve 8 cuts out, shut-off valve 2, shut-off valve 3, shut-off valve 6, shut-off valve 7 is opened, cold-producing medium after the gas that compressor is compressed into HTHP through oil eliminator filter after, condensation after the heat exchange of clear water heat exchanger is entered by shut-off valve 3, condensed cold-producing medium is after shut-off valve 7 and electric expansion valve throttling, enter bulky grain by shut-off valve 6 and lead directly to wastewater heat exchange device and waste water carries out heat exchange, evaporate after heat exchange and enter compressor by pass valve disconnected 2 and compress, realize circulation, during cooling condition, shut-off valve 2, shut-off valve 3, shut-off valve 6, shut-off valve 7 are closed, shut-off valve 1, shut-off valve 4, shut-off valve 5, shut-off valve 8 are opened, cold-producing medium after the gas that compressor is compressed into HTHP through oil eliminator filter after, enter bulky grain by shut-off valve 1 to lead directly to wastewater heat exchange device and waste water and carry out condensation after heat exchange, condensed cold-producing medium is after shut-off valve 5 and electric expansion valve throttling, the heat exchange of clear water heat exchanger is entered by shut-off valve 8, evaporate after heat exchange and enter compressor through shut-off valve 4 and compress, realize circulation.
7, as shown in figure 12, a kind of washing slag water heating system comprising bulky grain and lead directly to wastewater heat exchange device and there is above-mentioned bulky grain heat exchanger, wastewater heat exchange device is led directly to by bulky grain, blast furnace, washing slag water filter, cistern, washing slag water circulating pump, heating end cooling system, heating water circulating pump, transfer valve 1, transfer valve 2 forms, during heat supply, transfer valve 1 cuts out, transfer valve 2 is opened, washing slag water is by after the coarse filtration of washing slag water filter, enter cistern, pressurizeed by washing slag water circulating pump again and be delivered to bulky grain wastewater heat exchange device through transfer valve 2 and clear water carries out heat exchange, washing slag water after heat exchange is got back to blast furnace and is recycled, after clear water and washing slag water heat exchange, clear water is delivered to heating end cooling system by heating circulation pump and carries out heat supply, after clear water heat supply, is back to the heat exchange of bulky grain wastewater heat exchange device, realizes circulation, during non-heat supply, transfer valve 2 cuts out, and transfer valve 1 is opened, and washing slag water, by after the coarse filtration of washing slag water filter, enters cistern, then is pressurizeed by washing slag water circulating pump and be transported to blast furnace through transfer valve 1 and recycle.
Accompanying drawing explanation
Fig. 1-Facad structure schematic diagram of the present utility model
Fig. 2-side structure schematic diagram of the present utility model
Fig. 3-A-A cross-sectional view of the present utility model
Fig. 4-B-B cross-sectional view of the present utility model
Fig. 5-C-C cross-sectional view of the present utility model
Fig. 6-another kind of structure of the present utility model
Fig. 7-bend pipe schematic diagram of the present utility model
Fig. 8-another kind of structure of the present utility model
Fig. 9-D-D cross-sectional view of the present utility model
Figure 10-system diagram 1 of the present utility model
Figure 11-system diagram 2 of the present utility model
Figure 12-system diagram 3 of the present utility model
The explanation of accompanying drawing drawing
1-housing; 2-waste water inlet; 3-heat transferring medium upper outlet; 4-access door; 5-wastewater outlet; 6-heat transferring medium lower inlet; The upper union 1 of 7-; Tube connector on 8-medium; The upper union 2 of 9-; 10-comb support; 11-wastewater heat exchange passage; Union 2 under 12-; Tube connector under 13-medium; Union 1 under 14-; 15-snakelike heat exchange tube; The snakelike baffle pipe of 16-; 17-heat transferring medium upper inlet; Export under 18-heat transferring medium; 19-upper header; 20-next part bobbin carriage; 21-upper cover plate; 22-lower cover; 23-bulky grain leads directly to wastewater heat exchange device; 24-compressor; 25-oil eliminator; 26-clear water heat exchanger; 27-filter; 28-electric expansion valve; 29-shut-off valve 1; 30-shut-off valve 2; 31-shut-off valve 3; 32-shut-off valve 4; 33-shut-off valve 5; 34-shut-off valve 6; 35-shut-off valve 7; 36-shut-off valve 8; 37-blast furnace; 38-washing slag water filter; 39-cistern; 40-washing slag water circulating pump; 41-heating end cooling system; 42-heating circulation pump; 43-transfer valve 1; 44-transfer valve 2.
Detailed description of the invention
1, as Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, shown in Fig. 7, bulky grain of the present utility model leads directly to wastewater heat exchange device by housing (1), waste water inlet (2), heat transferring medium upper outlet (3), access door (4), wastewater outlet (5), heat transferring medium lower inlet (6), upper union 1 (7), tube connector (8) on medium, upper union 2 (9), comb support (10), wastewater heat exchange passage (11), lower union 2 (12), tube connector (13) under medium, lower union 1 (14), snakelike heat exchange tube (15), snakelike baffle pipe (16) forms, snakelike heat exchange tube (15) back bending place is supported by comb support (10), between snakelike heat exchange tube (15), gapless is parallel is arranged side by side, the wavy surface that the straight length part of the snakelike heat exchange tube (15) be arranged side by side by n root is formed forms heat transfer outside a tube face, two adjacent heat transfer outside a tube faces composition wastewater heat exchange passage (11), the upper end mouth of pipe of the snakelike heat exchange tube (15) be arranged side by side, be connected with upper union 1 (7) and upper union 2 (9) respectively every one, the lower end mouth of pipe of the snakelike heat exchange tube (15) be arranged side by side, is connected with lower union 1 (14) and lower union 2 (12) respectively every one, upper union 1 (7) and upper union 2 (9) one end shutoff, the other end is connected with tube connector on medium (8), and heat transferring medium upper outlet (3) communicates with tube connector on medium (8), lower union 1 (14) and lower union 2 (12) one end shutoff, the other end is connected with tube connector under medium (13), and heat transferring medium lower inlet (6) communicates with tube connector under medium (13), snakelike baffle pipe (16) bend pipe spacing is the twice of snakelike heat exchange tube (15) bend pipe spacing, side by side in the both sides of snakelike heat exchange tube (15), snakelike baffle pipe (16) and snakelike heat exchange tube (15) close contact, both sides then report to the leadship after accomplishing a task with access door (4) inner side close contact, carry out wastewater heat exchange passage (11) baffling, waste water is entered by waste water inlet (2), and back and forth flow along wastewater heat exchange passage (11) and carry out heat exchange, the waste water after heat exchange is flowed out by wastewater outlet (5), heat transferring medium enters tube connector (13) under medium by heat transferring medium lower inlet (6), lower union 1 (14) and lower union 2 (12) is branched to by connecting (13) pipe under medium, snakelike heat exchange tube (15) is branched to again by lower union 1 (14) and lower union 2 (12), along S shape flowing from the bottom to top in snakelike heat exchange tube (15) pipe, after waste water heat exchange, union 1 (7) and upper union 2 (9) in remittance, tube connector (8) on medium is imported again by upper union 1 (7) and upper union 2 (9), finally flowed out by heat transferring medium upper outlet (3).
2, as shown in Figure 1 and Figure 2, bulky grain of the present utility model leads directly to wastewater heat exchange device and is provided with access door (4), can clean, keep in repair wastewater heat exchange passage (11).
3, as shown in Figure 6, bulky grain of the present utility model leads directly to the another kind of form of wastewater heat exchange device, heat transferring medium upper outlet (3) and heat transferring medium upper inlet (17) all communicate with tube connector on medium (8), under heat transferring medium lower inlet (6) and heat transferring medium, outlet (18) all communicates with tube connector under medium (13), heat transferring medium upper outlet (3), heat transferring medium upper inlet (17), heat transferring medium lower inlet (6), (18) external valve is exported under heat transferring medium, (18) are exported with opening or closing together under heat transferring medium upper inlet (17) and heat transferring medium, heat transferring medium lower inlet (6) and heat transferring medium upper outlet (3) are opened together or are closed together.
4, as Fig. 8, shown in Fig. 9, bulky grain of the present utility model leads directly to the another kind of form of wastewater heat exchange device, snakelike heat exchange tube (15) upper orifice interlocks expanded joint in upper header (19) bottom surface, communicate with upper header (19), lower nozzle interlocks expanded joint at next part bobbin carriage (20) end face, communicate with next part bobbin carriage (20), heat transferring medium enters next part bobbin carriage (20) by heat transferring medium lower inlet (6), shunted by next part bobbin carriage (20) again and enter snakelike heat exchange tube (15), along S shape flowing from the bottom to top in snakelike heat exchange tube (15) pipe, after waste water heat exchange, import upper header (19), finally flowed out by heat transferring medium upper outlet (3).
5, as shown in Figure 10, a kind of heat pump comprising bulky grain and lead directly to wastewater heat exchange device and there is above-mentioned heat exchanger, wastewater heat exchange device (23) is led directly to by bulky grain, compressor (24), oil eliminator (25), clear water heat exchanger (26), filter (27), electric expansion valve (28) forms, cold-producing medium through compressor (24) be compressed into after the gas of HTHP through oil eliminator (25) filter after, enter condensation after clear water heat exchanger (26) heat exchange, condensed cold-producing medium is after electric expansion valve (28) throttling, enter bulky grain to lead directly to wastewater heat exchange device (23) and waste water and carry out heat exchange, after heat exchange, evaporation enters compressor (24) and compresses, realize circulation.
6, as shown in figure 11, a kind of heat pump comprising bulky grain and lead directly to wastewater heat exchange device and have above-mentioned heat exchanger, leads directly to wastewater heat exchange device (23) by bulky grain, compressor (24), oil eliminator (25), clear water heat exchanger (26), filter (27), electric expansion valve (28), shut-off valve 1 (29), shut-off valve 2 (30), shut-off valve 3 (31), shut-off valve 4 (32), shut-off valve 5 (33), shut-off valve 6 (34), shut-off valve 7 (35), shut-off valve 8 (36) forms, during heating condition, and shut-off valve 1 (29), shut-off valve 4 (32), shut-off valve 5 (33), shut-off valve 8 (36) cuts out, shut-off valve 2 (30), shut-off valve 3 (31), shut-off valve 6 (34), shut-off valve 7 (35) is opened, cold-producing medium through compressor (24) be compressed into after the gas of HTHP through oil eliminator (25) filter after, condensation after clear water heat exchanger (26) heat exchange is entered by shut-off valve 3 (31), condensed cold-producing medium is after shut-off valve 7 (35) and electric expansion valve (28) throttling, enter bulky grain by shut-off valve 6 (34) to lead directly to wastewater heat exchange device (23) and waste water and carry out heat exchange, evaporate after heat exchange and enter compressor by pass valve disconnected 2 (30) and compress, realize circulation, during cooling condition, shut-off valve 2 (30), shut-off valve 3 (31), shut-off valve 6 (34), shut-off valve 7 (35) cuts out, shut-off valve 1 (29), shut-off valve 4 (32), shut-off valve 5 (33), shut-off valve 8 (36) is opened, cold-producing medium through compressor (24) be compressed into after the gas of HTHP through oil eliminator (25) filter after, enter bulky grain by shut-off valve 1 (29) to lead directly to wastewater heat exchange device (23) and waste water and carry out condensation after heat exchange, condensed cold-producing medium is after shut-off valve 5 (33) and electric expansion valve (28) throttling, clear water heat exchanger (26) heat exchange is entered by shut-off valve 8 (36), evaporate after heat exchange and enter compressor (24) through shut-off valve 4 (32) and compress, realize circulation.
7, as shown in figure 12, a kind of washing slag water heating system comprising bulky grain and lead directly to wastewater heat exchange device and there is above-mentioned bulky grain heat exchanger, wastewater heat exchange device (23) is led directly to by bulky grain, blast furnace (37), washing slag water filter (38), cistern (39), washing slag water circulating pump (40), heating end cooling system (41), heating water circulating pump (42), transfer valve 1 (43), transfer valve 2 (44) forms, during heat supply, transfer valve 1 (43) cuts out, transfer valve 2 (44) is opened, washing slag water is by after washing slag water filter (38) coarse filtration, enter cistern (39), be delivered to bulky grain wastewater heat exchange device (23) by washing slag water circulating pump (40) pressurization through transfer valve 2 (44) again and carry out heat exchange with clear water, washing slag water after heat exchange is got back to blast furnace (37) and is recycled, after clear water and washing slag water heat exchange, clear water is delivered to heating end cooling system (41) by heating circulation pump (42) and carries out heat supply, after clear water heat supply, is back to bulky grain wastewater heat exchange device (23) heat exchange, realizes circulation, during non-heat supply, transfer valve 2 (44) cuts out, transfer valve 1 (43) is opened, washing slag water is by after washing slag water filter (38) coarse filtration, enter cistern (39), then pressurizeed by washing slag water circulating pump (40) and be transported to blast furnace (37) through transfer valve 1 (43) and recycle.
Claims (7)
1. bulky grain leads directly to wastewater heat exchange device, it is characterized in that by housing (1), waste water inlet (2), heat transferring medium upper outlet (3), access door (4), wastewater outlet (5), heat transferring medium lower inlet (6), upper union 1 (7), tube connector (8) on medium, upper union 2 (9), comb support (10), wastewater heat exchange passage (11), lower union 2 (12), tube connector (13) under medium, lower union 1 (14), snakelike heat exchange tube (15), snakelike baffle pipe (16) forms, snakelike heat exchange tube (15) back bending place is supported by comb support (10), between snakelike heat exchange tube (15), gapless is parallel is arranged side by side, the wavy surface that the straight length part of the snakelike heat exchange tube (15) be arranged side by side by n root is formed forms heat transfer outside a tube face, two adjacent heat transfer outside a tube faces composition wastewater heat exchange passage (11), the upper end mouth of pipe of the snakelike heat exchange tube (15) be arranged side by side, be connected with upper union 1 (7) and upper union 2 (9) respectively every one, the lower end mouth of pipe of the snakelike heat exchange tube (15) be arranged side by side, is connected with lower union 1 (14) and lower union 2 (12) respectively every one, upper union 1 (7) and upper union 2 (9) one end shutoff, the other end is connected with tube connector on medium (8), and heat transferring medium upper outlet (3) communicates with tube connector on medium (8), lower union 1 (14) and lower union 2 (12) one end shutoff, the other end is connected with tube connector under medium (13), and heat transferring medium lower inlet (6) communicates with tube connector under medium (13), snakelike baffle pipe (16) bend pipe spacing is the twice of snakelike heat exchange tube (15) bend pipe spacing, side by side in the both sides of snakelike heat exchange tube (15), snakelike baffle pipe (16) and snakelike heat exchange tube (15) close contact, both sides then report to the leadship after accomplishing a task with access door (4) inner side close contact, carry out wastewater heat exchange passage (11) baffling, waste water is entered by waste water inlet (2), and back and forth flow along wastewater heat exchange passage (11) and carry out heat exchange, the waste water after heat exchange is flowed out by wastewater outlet (5), heat transferring medium enters tube connector (13) under medium by heat transferring medium lower inlet (6), lower union 1 (14) and lower union 2 (12) is branched to by connecting (13) pipe under medium, snakelike heat exchange tube (15) is branched to again by lower union 1 (14) and lower union 2 (12), along S shape flowing from the bottom to top in snakelike heat exchange tube (15) pipe, after waste water heat exchange, union 1 (7) and upper union 2 (9) in remittance, tube connector (8) on medium is imported again by upper union 1 (7) and upper union 2 (9), finally flowed out by heat transferring medium upper outlet (3).
2. bulky grain according to claim 1 leads directly to wastewater heat exchange device, it is characterized in that being provided with access door (4), can clean, keep in repair wastewater heat exchange passage (11).
3. bulky grain according to claim 1 leads directly to wastewater heat exchange device, it is characterized in that heat transferring medium upper outlet (3) and heat transferring medium upper inlet (17) all communicate with tube connector on medium (8), under heat transferring medium lower inlet (6) and heat transferring medium, outlet (18) all communicates with tube connector under medium (13), heat transferring medium upper outlet (3), heat transferring medium upper inlet (17), heat transferring medium lower inlet (6), (18) external valve is exported under heat transferring medium, (18) are exported with opening or closing together under heat transferring medium upper inlet (17) and heat transferring medium, heat transferring medium lower inlet (6) and heat transferring medium upper outlet (3) are opened together or are closed together.
4. bulky grain according to claim 1 leads directly to wastewater heat exchange device, it is characterized in that snakelike heat exchange tube (15) upper orifice interlocks expanded joint in upper header (19) bottom surface, communicate with upper header (19), lower nozzle interlocks expanded joint at next part bobbin carriage (20) end face, communicate with next part bobbin carriage (20), heat transferring medium enters next part bobbin carriage (20) by heat transferring medium lower inlet (6), shunted by next part bobbin carriage (20) again and enter snakelike heat exchange tube (15), along S shape flowing from the bottom to top in snakelike heat exchange tube (15) pipe, after waste water heat exchange, import upper header (19), finally flowed out by heat transferring medium upper outlet (3).
5. one kind has the heat-exchange system that bulky grain leads directly to wastewater heat exchange device, it is characterized in that leading directly to wastewater heat exchange device (23) by bulky grain, compressor (24), oil eliminator (25), clear water heat exchanger (26), filter (27), electric expansion valve (28) forms, cold-producing medium through compressor (24) be compressed into after the gas of HTHP through oil eliminator (25) filter after, enter condensation after clear water heat exchanger (26) heat exchange, condensed cold-producing medium is after electric expansion valve (28) throttling, enter bulky grain to lead directly to wastewater heat exchange device (23) and waste water and carry out heat exchange, after heat exchange, evaporation enters compressor (24) and compresses, realize circulation.
6. there is the heat-exchange system that bulky grain leads directly to wastewater heat exchange device, it is characterized in that leading directly to wastewater heat exchange device (23) by bulky grain, compressor (24), oil eliminator (25), clear water heat exchanger (26), filter (27), electric expansion valve (28), shut-off valve 1 (29), shut-off valve 2 (30), shut-off valve 3 (31), shut-off valve 4 (32), shut-off valve 5 (33), shut-off valve 6 (34), shut-off valve 7 (35), shut-off valve 8 (36) forms, during heating condition, and shut-off valve 1 (29), shut-off valve 4 (32), shut-off valve 5 (33), shut-off valve 8 (36) cuts out, shut-off valve 2 (30), shut-off valve 3 (31), shut-off valve 6 (34), shut-off valve 7 (35) is opened, cold-producing medium through compressor (24) be compressed into after the gas of HTHP through oil eliminator (25) filter after, condensation after clear water heat exchanger (26) heat exchange is entered by shut-off valve 3 (31), condensed cold-producing medium is after shut-off valve 7 (35) and electric expansion valve (28) throttling, enter bulky grain by shut-off valve 6 (34) to lead directly to wastewater heat exchange device (23) and waste water and carry out heat exchange, evaporate after heat exchange and enter compressor by pass valve disconnected 2 (30) and compress, realize circulation, during cooling condition, shut-off valve 2 (30), shut-off valve 3 (31), shut-off valve 6 (34), shut-off valve 7 (35) cuts out, shut-off valve 1 (29), shut-off valve 4 (32), shut-off valve 5 (33), shut-off valve 8 (36) is opened, cold-producing medium through compressor (24) be compressed into after the gas of HTHP through oil eliminator (25) filter after, enter bulky grain by shut-off valve 1 (29) to lead directly to wastewater heat exchange device (23) and waste water and carry out condensation after heat exchange, condensed cold-producing medium is after shut-off valve 5 (33) and electric expansion valve (28) throttling, clear water heat exchanger (26) heat exchange is entered by shut-off valve 8 (36), evaporate after heat exchange and enter compressor (24) through shut-off valve 4 (32) and compress, realize circulation.
7. one kind has the heat-exchange system that bulky grain leads directly to wastewater heat exchange device, it is characterized in that leading directly to wastewater heat exchange device (23) by bulky grain, blast furnace (37), washing slag water filter (38), cistern (39), washing slag water circulating pump (40), heating end cooling system (41), heating water circulating pump (42), transfer valve 1 (43), transfer valve 2 (44) forms, during heat supply, transfer valve 1 (43) cuts out, transfer valve 2 (44) is opened, washing slag water is by after washing slag water filter (38) coarse filtration, enter cistern (39), be delivered to bulky grain wastewater heat exchange device (23) by washing slag water circulating pump (40) pressurization through transfer valve 2 (44) again and carry out heat exchange with clear water, washing slag water after heat exchange is got back to blast furnace (37) and is recycled, after clear water and washing slag water heat exchange, clear water is delivered to heating end cooling system (41) by heating circulation pump (42) and carries out heat supply, after clear water heat supply, is back to bulky grain wastewater heat exchange device (23) heat exchange, realizes circulation, during non-heat supply, transfer valve 2 (44) cuts out, transfer valve 1 (43) is opened, washing slag water is by after washing slag water filter (38) coarse filtration, enter cistern (39), then pressurizeed by washing slag water circulating pump (40) and be transported to blast furnace (37) through transfer valve 1 (43) and recycle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520617046.8U CN204944245U (en) | 2015-08-17 | 2015-08-17 | Bulky grain leads directly to wastewater heat exchange device and has the heat-exchange system of above-mentioned heat exchanger |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520617046.8U CN204944245U (en) | 2015-08-17 | 2015-08-17 | Bulky grain leads directly to wastewater heat exchange device and has the heat-exchange system of above-mentioned heat exchanger |
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| CN204944245U true CN204944245U (en) | 2016-01-06 |
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| CN201520617046.8U Withdrawn - After Issue CN204944245U (en) | 2015-08-17 | 2015-08-17 | Bulky grain leads directly to wastewater heat exchange device and has the heat-exchange system of above-mentioned heat exchanger |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105021067A (en) * | 2015-08-17 | 2015-11-04 | 杨胜东 | Large-particle straight-through waste water heat exchanger and heat exchange system with same |
| CN106482388A (en) * | 2016-12-07 | 2017-03-08 | 杨胜东 | A kind of heat-exchanger rig containing oarse-grained waste water Yu cold-producing medium phase transformation |
| CN106524811A (en) * | 2016-11-23 | 2017-03-22 | 无锡市伟丰印刷机械厂 | High-efficient recycle device of iron and steel plant waste heat |
| CN108827034A (en) * | 2018-05-25 | 2018-11-16 | 西安建筑科技大学 | A kind of urban original wastewater bypass canal heat-exchange system |
| CN110617721A (en) * | 2019-09-05 | 2019-12-27 | 清华大学 | Inclined tube nest particle/supercritical CO2Moving bed heat exchanger |
-
2015
- 2015-08-17 CN CN201520617046.8U patent/CN204944245U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105021067A (en) * | 2015-08-17 | 2015-11-04 | 杨胜东 | Large-particle straight-through waste water heat exchanger and heat exchange system with same |
| CN106524811A (en) * | 2016-11-23 | 2017-03-22 | 无锡市伟丰印刷机械厂 | High-efficient recycle device of iron and steel plant waste heat |
| CN106524811B (en) * | 2016-11-23 | 2018-10-30 | 无锡市伟丰印刷机械厂 | Waste heat recycling device for steel plant |
| CN106482388A (en) * | 2016-12-07 | 2017-03-08 | 杨胜东 | A kind of heat-exchanger rig containing oarse-grained waste water Yu cold-producing medium phase transformation |
| CN108827034A (en) * | 2018-05-25 | 2018-11-16 | 西安建筑科技大学 | A kind of urban original wastewater bypass canal heat-exchange system |
| CN110617721A (en) * | 2019-09-05 | 2019-12-27 | 清华大学 | Inclined tube nest particle/supercritical CO2Moving bed heat exchanger |
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