CN204952649U - Utilize waste heat power to carry out glass steel desulfurizing tower that removes gred - Google Patents
Utilize waste heat power to carry out glass steel desulfurizing tower that removes gred Download PDFInfo
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- CN204952649U CN204952649U CN201520730919.6U CN201520730919U CN204952649U CN 204952649 U CN204952649 U CN 204952649U CN 201520730919 U CN201520730919 U CN 201520730919U CN 204952649 U CN204952649 U CN 204952649U
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Abstract
The utility model discloses an utilize waste heat power to carry out glass steel desulfurizing tower that removes gred, subside the heat transfer room and pass through play tobacco pipe and the venturi middle part intercommunication that the bottom set up, venturi one end is connected with the booster fan, the venturi other end is connected and to be established corresponding position in desulfurizing tower main part lower part, it installs in desulfurizing tower main part one side to subside the heat transfer room, in the desulfurizing tower main part and subside and be provided with coolant tank between the heat transfer room, heat transfer power device bears the installation by subsiding heat transfer room and coolant tank jointly, heat transfer power device after the installation extend to lower part position department in the desulfurizing tower main part inside and with the desulfurizing tower main part in the institute establish reciprocal thrust unit and be connected, coolant tank upper portion is established U type water seal valve delivery port through liquid supply tube with desulfurizing tower main part lower part and is linked together, the additional equipment that this desulfurizing tower need be connected is few, whole equipment area is less, the effect that has multifunction, the gas washing is effectual, high energy utilization rate.
Description
Technical field
The utility model relates to the method for the general physics of class of jobs or chemistry or the device apparatus field for utilizing solution-air to separate in the separation of gas or steam, and espespecially a kind of waste heat power that utilizes carries out the glass reinforced plastic desulfurization tower removed the gred.
Background technology
Glass reinforced plastic desulfurization tower of the prior art is all need before flue gas enters desulfurizing tower, install multiple dust arrester, dedusting is carried out to flue gas, otherwise what after these flue dust enter desulfurizing tower, meeting was a large amount of is deposited on bottom desulfurizing tower and sticks on inwall, reduce the operating efficiency of desulfurizing tower, but this is that flue gas itself is containing a large amount of heats, the dust arrester of common material cannot meet dust removal requirement, in dust removal process, be also present in the waste of a large amount of flue gas heat with lost simultaneously, it is comparatively large to there is floor space in existing desulfurizing tower equipment, the problem that equipment connection is various.
Summary of the invention
For solving the problem, the utility model provides a kind of waste heat power that utilizes and carries out the glass reinforced plastic desulfurization tower removed the gred, and this desulfurizing tower needs the auxiliary device of connection few, integral device floor space is less, have the effect of one-machine-multi-function, gas washing is effective, and capacity usage ratio is high.
For achieving the above object, the utility model adopts following technology to realize, a kind of waste heat power that utilizes carries out the glass reinforced plastic desulfurization tower removed the gred, comprise sedimentation Heat Room, heat exchange power set, booster fan, Venturi tube, cooling water tank, desulfurizing tower main body, the pipe that wherein sedimentation Heat Room is arranged by bottom is communicated with in the middle part of Venturi tube, Venturi tube one end is connected with booster fan, the Venturi tube other end is connected to correspondence position set by desulfurizing tower lower body part, sedimentation Heat Room is installed on desulfurizing tower main body side, cooling water tank is provided with between desulfurizing tower main body and sedimentation Heat Room, heat exchange power set carry installation jointly by sedimentation Heat Room and cooling water tank, heat exchange power set after installation extend to the inside of position, desulfurizing tower main body middle and lower part and are connected with reciprocating device set in desulfurizing tower main body, cooling water tank top is connected with water-sealed valve delivery port U-shaped set by desulfurizing tower lower body part by liquid pushing tube.
As further improvement of the utility model, described sedimentation Heat Room is by expansion chamber, bearing, dedusting hole, smoke-intake pipe, pipe, upper spacer, lower clapboard forms, its middle setting chamber is hollow sealing cuboid, top of settling chamber inner surface is provided with the upper spacer be not connected with flow tank base plate straight down, upper spacer wherein side is provided with and is installed on flow tank plate inner surface straight up but the lower clapboard be not connected with top of settling chamber inner surface, upper spacer and lower clapboard are disposed adjacent, the place that upper spacer and lower clapboard are in sustained height place is provided with mutually corresponding supporting heat exchange arm sleeve joint hole, heat exchange arm sleeve joint hole is for installing heat exchange power set correspondence position.
As further improvement of the utility model, described cooling water tank is the cuboid hermetically-sealed construction of hollow, cooling water tank top is provided with water inlet, water inlet is connected with U-shaped water-sealed valve delivery port by liquid pushing tube, be provided with discharge outlet bottom cooling water tank, discharge outlet is communicated with wastewater disposal basin after installing U-shaped water-sealed valve.
As further improvement of the utility model, described heat exchange power set are by heat exchange arm, pressurize manifold, heat power cylinder, fin, piston, Compress Spring, catch bar forms, wherein heat power cylinder is hollow circular cylinder, wherein one end is communicated with pressurize manifold, the other end is provided with the capping of band installing hole, one end that heat power cylinder is communicated with pressurize manifold is installed in sedimentation Heat Room, one end that heat power cylinder is provided with capping is installed in desulfurizing tower main body, the part of heat power cylinder between desulfurizing tower main body and sedimentation Heat Room is wherein provided with fin near wherein 4/1 to five/2nds partial outer face of desulfurizing tower main body, arranging gelled part is socketed in cooling water tank, piston is provided with in heat power cylinder, piston is provided with near the one side of capping the catch bar one end be socketed in installing hole set by capping, the catch bar other end is connected with the reciprocating device be arranged in desulfurizing tower main body.
As further improvement of the utility model, described desulfurizing tower main body is by tower body, subsider, gas skirt, side spray nozzle, top spray mouth, rotational flow plate defroster, packing layer, central shaft mounting bracket, central shaft, sliding rail rack, admission line, mud-scraping apparatus forms, wherein tower body is the hollow circular cylinder of the both ends open vertically arranged, tower body top is provided with taper gas skirt, gas skirt top is provided with smoke exhaust pipe, tower body bottom is provided with the subsider of " back taper " structure, tower body middle and upper part is provided with central shaft mounting bracket, central shaft is socketed with in the middle part of central shaft mounting bracket, central shaft top is provided with rotational flow plate defroster, central shaft bottom is provided with mud-scraping apparatus, subsider bottom is provided with discharge pipeline, tower body bottom is provided with admission line, admission line is connected with Venturi tube exhaust outlet, tower body inwall above admission line is provided with sliding rail rack, sliding rail rack is socketed with the reciprocating device be connected with heat exchange power set counter structure, tower body inwall above reciprocating device is provided with one deck packing layer, one group of side spray nozzle is provided with directly over packing layer, tower body inwall above the spray nozzle of side is provided with another layer of packing layer, another group side spray nozzle is provided with directly over this packing layer, bottom gas skirt, zone line is provided with top spray mouth.
As further improvement of the utility model, described mud-scraping apparatus is made up of scraper plate, scraper stent, and scraper stent is installed on central shaft bottom, and scraper plate laminating subsider inwall is installed on scraper stent.
As further improvement of the utility model, described reciprocating device is by reciprocal frame, slide rail, internal tooth, half gear composition, wherein back and forth frame is the hollow, rectangular structure that middle part is provided with rectangular opening, reciprocal frame wherein two symmetrical rectangular edges external side parallel reciprocal frame upper and lower surfaces is respectively arranged with symmetrical slide rail, the internal tooth matched with half gear is respectively arranged with inside two rectangular edges being provided with slide rail, half geared sleeve is connected between internal tooth, be socketed on center shaft by the locking mechanism of installing hole and correspondence in the middle part of half gear, described locking mechanism is key or trip bolt or directly welds, described half gear is that half is provided with driving cog, half is the gear of semi arch.
As further improvement of the utility model, described rotational flow plate defroster is by being installed on the circular ring type chute socket on desulfurizing tower main body inner wall top, rotational flow plate defroster outward flange is provided with the outer slip ring matched with circular ring type chute, and outer slip ring is circular metal sliding rail.
The utility model compared with prior art has following beneficial effect:
1, this desulfurizing tower needs the auxiliary device of connection few, and integral device floor space is less, and have the effect of one-machine-multi-function, gas washing is effective, and capacity usage ratio is high.
Accompanying drawing explanation
Fig. 1 is that a kind of waste heat power that utilizes carries out the glass reinforced plastic desulfurization tower structural representation removed the gred;
Fig. 2 is a kind of glass reinforced plastic desulfurization tower structural representation partial enlarged drawing utilizing waste heat power to carry out removing the gred;
Fig. 3 is reciprocating apparatus structure schematic diagram set by a kind of glass reinforced plastic desulfurization tower utilizing waste heat power to carry out removing the gred;
Fig. 4 is admission line structural representation set by a kind of glass reinforced plastic desulfurization tower utilizing waste heat power to carry out removing the gred;
Fig. 5 is rotational flow plate defroster structural representation set by a kind of glass reinforced plastic desulfurization tower utilizing waste heat power to carry out removing the gred;
1-smoke exhaust pipe in figure; 2-gas skirt; 3-top spray mouth; 4-rotational flow plate defroster; 5-side spray nozzle; 6-packing layer; 7-central shaft mounting bracket; 8-liquid pushing tube; 9-sliding rail rack; 10-central shaft; 11-air intake branch; 12-U type water-sealed valve; 13-inlet manifold; 14-scraper plate; 15-subsider; 16-scraper stent; 17-Venturi tube; 18-pipe; 19-booster fan; 20-bearing; 21-dedusting hole; 22-sedimentation Heat Room; 23-heat exchange arm; 24-smoke-intake pipe; 25-upper spacer; 26-lower clapboard; 27-pressurize manifold; 28-cooling water tank; 29-heat exchanger fin; 30-reciprocating device; 31-heat power cylinder; 32-fin; 33-piston; 34-chute; 35-internal tooth; 36-half gear; 37-catch bar; 38-discharge outlet; 39-wireway; 40-flow tank base plate; The reciprocal frame of 41-; 42-driving cog; 43-air inlet pipe; The outer slip ring of 44-; 45-swirl vane; 46-slide rail.
Detailed description of the invention
Embodiment 1
A kind of waste heat power that utilizes carries out the glass reinforced plastic desulfurization tower removed the gred as shown in Figures 1 to 5, comprise sedimentation Heat Room 22, heat exchange power set, booster fan 19, Venturi tube 17, cooling water tank 28, desulfurizing tower main body, the pipe 18 that wherein sedimentation Heat Room 22 is arranged by bottom is communicated with in the middle part of Venturi tube 17, Venturi tube 17 one end is connected with booster fan 19, Venturi tube 17 other end is connected to correspondence position set by desulfurizing tower lower body part, sedimentation Heat Room 22 is installed on desulfurizing tower main body side, cooling water tank 28 is provided with between desulfurizing tower main body and sedimentation Heat Room 22, heat exchange power set carry installation jointly by sedimentation Heat Room 22 and cooling water tank 28, heat exchange power set after installation extend to the inside of position, desulfurizing tower main body middle and lower part and are connected with reciprocating device 30 set in desulfurizing tower main body, cooling water tank 28 top is connected with water-sealed valve 12 delivery port U-shaped set by desulfurizing tower lower body part by liquid pushing tube 8, described sedimentation Heat Room 22 is by expansion chamber, bearing 20, dedusting hole 21, smoke-intake pipe 24, pipe 18, upper spacer 25, lower clapboard 26 forms, its middle setting chamber is hollow sealing cuboid, top of settling chamber inner surface is provided with the upper spacer be not connected with flow tank base plate 40 straight down, upper spacer 25 wherein side is provided with and is installed on flow tank base plate 40 inner surface straight up but the lower clapboard 26 be not connected with top of settling chamber inner surface, upper spacer 25 and lower clapboard 26 are disposed adjacent, the place that upper spacer 25 and lower clapboard 26 are in sustained height place is provided with mutually corresponding supporting heat exchange arm sleeve joint hole, heat exchange arm sleeve joint hole is for installing heat exchange power set correspondence position, described cooling water tank 28 is the cuboid hermetically-sealed construction of hollow, cooling water tank 28 top is provided with water inlet, water inlet is connected with U-shaped water-sealed valve 12 delivery port by liquid pushing tube 8, discharge outlet 38 is provided with bottom cooling water tank 28, discharge outlet 38 is communicated with wastewater disposal basin after installing U-shaped water-sealed valve, described heat exchange power set are by heat exchange arm 23, pressurize manifold 27, heat power cylinder 31, fin 32, piston 33, Compress Spring, catch bar 37 forms, wherein heat power cylinder 31 is hollow circular cylinder, wherein one end is communicated with pressurize manifold 27, the other end is provided with the capping of band installing hole, one end that heat power cylinder 31 is communicated with pressurize manifold 27 is installed in sedimentation Heat Room 22, one end that heat power cylinder 31 is provided with capping is installed in desulfurizing tower main body, the part of heat power cylinder 31 between desulfurizing tower main body and sedimentation Heat Room 22 is wherein provided with fin 32 near wherein 4/1 to five/2nds partial outer face of desulfurizing tower main body, the part being provided with fin 32 is socketed in cooling water tank 28, piston 33 is provided with in heat power cylinder 31, piston 33 is provided with near the one side of capping catch bar 37 one end be socketed in installing hole set by capping, catch bar 37 other end is connected with the reciprocating device 30 be arranged in desulfurizing tower main body, described desulfurizing tower main body is by tower body, subsider 15, gas skirt 2, side spray nozzle 5, top spray mouth 3, rotational flow plate defroster 4, packing layer 6, central shaft mounting bracket 7, central shaft 10, sliding rail rack 9, admission line, mud-scraping apparatus forms, wherein tower body is the hollow circular cylinder of the both ends open vertically arranged, tower body top is provided with taper gas skirt 2, gas skirt 2 top is provided with smoke exhaust pipe 1, tower body bottom is provided with the subsider 15 of " back taper " structure, tower body middle and upper part is provided with central shaft mounting bracket 7, central shaft 10 is socketed with in the middle part of central shaft mounting bracket 7, central shaft 10 top is provided with rotational flow plate defroster 4, central shaft 10 bottom is provided with mud-scraping apparatus, subsider 15 bottom is provided with discharge pipeline, tower body bottom is provided with admission line, admission line is connected with Venturi tube 17 exhaust outlet, tower body inwall above admission line is provided with sliding rail rack 9, sliding rail rack 9 is socketed with the reciprocating device 30 be connected with heat exchange power set counter structure, tower body inwall above reciprocating device 30 is provided with one deck packing layer 6, one group of side spray nozzle 5 is provided with directly over packing layer 6, tower body inwall above side spray nozzle 5 is provided with another layer of packing layer 6, another group side spray nozzle 5 is provided with directly over this packing layer 6, bottom gas skirt 2, zone line is provided with top spray mouth 3, described mud-scraping apparatus is by scraper plate 14, scraper stent 16 forms, scraper stent 16 is installed on central shaft 10 bottom, scraper plate 14 subsider inwall of fitting is installed on scraper stent 16, described reciprocating device 30 is by reciprocal frame 41, slide rail 46, internal tooth 35, half gear 36 forms, wherein back and forth frame 41 is provided with the hollow, rectangular structure of rectangular opening for middle part, reciprocal frame 41 wherein two symmetrical rectangular edges external side parallel reciprocal frame 41 upper and lower surfaces is respectively arranged with symmetrical slide rail 46, the internal tooth 35 matched with half gear 36 is respectively arranged with inside two rectangular edges being provided with slide rail 46, half gear 36 is socketed between internal tooth 35, be socketed on the center shaft 10 by the locking mechanism of installing hole and correspondence in the middle part of half gear 36, described locking mechanism is key or trip bolt or directly welds, described half gear 36 is provided with driving cog 42 for half, half is the gear of semi arch, described rotational flow plate defroster 4 is socketed by the circular ring type chute 34 being installed on desulfurizing tower main body inner wall top, rotational flow plate defroster 4 outward flange is provided with the outer slip ring 44 matched with circular ring type chute 34, outer slip ring 44 is circular metal sliding rail.
Claims (8)
1. one kind utilizes waste heat power to carry out the glass reinforced plastic desulfurization tower removed the gred, comprise sedimentation Heat Room (22), heat exchange power set, booster fan (19), Venturi tube (17), cooling water tank (28), desulfurizing tower main body, it is characterized in that: the pipe (18) that sedimentation Heat Room (22) is arranged by bottom is communicated with Venturi tube (17) middle part, Venturi tube (17) one end is connected with booster fan (19), Venturi tube (17) other end is connected to correspondence position set by desulfurizing tower lower body part, sedimentation Heat Room (22) is installed on desulfurizing tower main body side, cooling water tank (28) is provided with between desulfurizing tower main body and sedimentation Heat Room (22), heat exchange power set carry installation jointly by sedimentation Heat Room (22) and cooling water tank (28), heat exchange power set after installation extend to the inside of position, desulfurizing tower main body middle and lower part and are connected with reciprocating device (30) set in desulfurizing tower main body, cooling water tank (28) top is connected with U-shaped water-sealed valve (12) delivery port set by desulfurizing tower lower body part by liquid pushing tube (8).
2. a kind of waste heat power that utilizes carries out the glass reinforced plastic desulfurization tower removed the gred according to claim 1, it is characterized in that: described sedimentation Heat Room (22) is by expansion chamber, bearing (20), dedusting hole (21), smoke-intake pipe (24), pipe (18), upper spacer (25), lower clapboard (26) forms, its middle setting chamber is hollow sealing cuboid, top of settling chamber inner surface is provided with the upper spacer be not connected with flow tank base plate (40) straight down, upper spacer (25) wherein side is provided with and is installed on flow tank base plate (40) inner surface straight up but the lower clapboard (26) be not connected with top of settling chamber inner surface, upper spacer (25) and lower clapboard (26) are disposed adjacent, the place that upper spacer (25) and lower clapboard (26) are in sustained height place is provided with mutually corresponding supporting heat exchange arm sleeve joint hole, heat exchange arm sleeve joint hole is for installing heat exchange power set correspondence position.
3. according to claim 1 or 2, a kind of waste heat power that utilizes carries out the glass reinforced plastic desulfurization tower removed the gred, it is characterized in that: the cuboid hermetically-sealed construction that described cooling water tank (28) is hollow, cooling water tank (28) top is provided with water inlet, water inlet is connected with U-shaped water-sealed valve (12) delivery port by liquid pushing tube (8), cooling water tank (28) bottom is provided with discharge outlet (38), is communicated with wastewater disposal basin after discharge outlet (38) installs U-shaped water-sealed valve.
4. a kind of waste heat power that utilizes carries out the glass reinforced plastic desulfurization tower removed the gred according to claim 1, it is characterized in that: described heat exchange power set are by heat exchange arm (23), pressurize manifold (27), heat power cylinder (31), fin (32), piston (33), Compress Spring, catch bar (37) forms, wherein heat power cylinder (31) is hollow circular cylinder, wherein one end is communicated with pressurize manifold (27), the other end is provided with the capping of band installing hole, one end that heat power cylinder (31) is communicated with pressurize manifold (27) is installed in sedimentation Heat Room (22), one end that heat power cylinder (31) is provided with capping is installed in desulfurizing tower main body, the part that heat power cylinder (31) is positioned between desulfurizing tower main body and sedimentation Heat Room (22) is wherein provided with fin (32) near wherein 4/1 to five/2nds partial outer face of desulfurizing tower main body, the part being provided with fin (32) is socketed in cooling water tank (28), piston (33) is provided with in heat power cylinder (31), piston (33) is provided with near the one side of capping catch bar (37) one end be socketed in installing hole set by capping, catch bar (37) other end is connected with the reciprocating device (30) be arranged in desulfurizing tower main body.
5. a kind of waste heat power that utilizes carries out the glass reinforced plastic desulfurization tower removed the gred according to claim 1, it is characterized in that: described desulfurizing tower main body is by tower body, subsider (15), gas skirt (2), side spray nozzle (5), top spray mouth (3), rotational flow plate defroster (4), packing layer (6), central shaft mounting bracket (7), central shaft (10), sliding rail rack (9), admission line, mud-scraping apparatus forms, wherein tower body is the hollow circular cylinder of the both ends open vertically arranged, tower body top is provided with taper gas skirt (2), gas skirt (2) top is provided with smoke exhaust pipe (1), tower body bottom is provided with the subsider (15) of " back taper " structure, tower body middle and upper part is provided with central shaft mounting bracket (7), central shaft mounting bracket (7) middle part is socketed with central shaft (10), central shaft (10) top is provided with rotational flow plate defroster (4), central shaft (10) bottom is provided with mud-scraping apparatus, subsider (15) bottom is provided with discharge pipeline, tower body bottom is provided with admission line, admission line is connected with Venturi tube (17) exhaust outlet, tower body inwall above admission line is provided with sliding rail rack (9), sliding rail rack (9) is socketed with the reciprocating device (30) be connected with heat exchange power set counter structure, the tower body inwall of reciprocating device (30) top is provided with one deck packing layer (6), one group of side spray nozzle (5) is provided with directly over packing layer (6), the tower body inwall of side spray nozzle (5) top is provided with another layer of packing layer (6), another group side spray nozzle (5) is provided with directly over this packing layer (6), gas skirt (2) bottom zone line is provided with top spray mouth (3).
6. a kind of waste heat power that utilizes carries out the glass reinforced plastic desulfurization tower removed the gred according to claim 5, it is characterized in that: described mud-scraping apparatus is made up of scraper plate (14), scraper stent (16), scraper stent (16) is installed on central shaft (10) bottom, and scraper plate (14) laminating subsider inwall is installed on scraper stent (16).
7. a kind of waste heat power that utilizes carries out the glass reinforced plastic desulfurization tower removed the gred according to claim 5, it is characterized in that: described reciprocating device (30) is by reciprocal frame (41), slide rail (46), internal tooth (35), half gear (36) forms, wherein back and forth frame (41) is provided with the hollow, rectangular structure of rectangular opening for middle part, reciprocal frame (41) wherein two the symmetrical reciprocal frame of rectangular edges external side parallel (41) upper and lower surfaces is respectively arranged with symmetrical slide rail (46), the internal tooth (35) matched with half gear (36) is respectively arranged with inside two rectangular edges being provided with slide rail (46), half gear (36) is socketed between internal tooth (35), half gear (36) middle part is socketed on central shaft (10) by the locking mechanism of installing hole and correspondence, described locking mechanism is key or trip bolt or directly welds, described half gear (36) is provided with driving cog (42) for half, half is the gear of semi arch.
8. a kind of waste heat power that utilizes carries out the glass reinforced plastic desulfurization tower removed the gred according to claim 5, it is characterized in that: described rotational flow plate defroster (4) is by being installed on circular ring type chute (34) socket on desulfurizing tower main body inner wall top, rotational flow plate defroster (4) outward flange is provided with the outer slip ring (44) matched with circular ring type chute (34), and outer slip ring (44) is circular metal sliding rail.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520730919.6U CN204952649U (en) | 2015-09-21 | 2015-09-21 | Utilize waste heat power to carry out glass steel desulfurizing tower that removes gred |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520730919.6U CN204952649U (en) | 2015-09-21 | 2015-09-21 | Utilize waste heat power to carry out glass steel desulfurizing tower that removes gred |
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| Publication Number | Publication Date |
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| CN204952649U true CN204952649U (en) | 2016-01-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520730919.6U Expired - Fee Related CN204952649U (en) | 2015-09-21 | 2015-09-21 | Utilize waste heat power to carry out glass steel desulfurizing tower that removes gred |
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| CN (1) | CN204952649U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110038339A (en) * | 2019-05-31 | 2019-07-23 | 上海宇豪环境工程有限公司 | A kind of purpose ceramic-film filter |
| CN114705039A (en) * | 2022-03-31 | 2022-07-05 | 莱芜中煤机械制造有限公司 | Belt type sintering machine |
| CN114917746A (en) * | 2022-06-16 | 2022-08-19 | 南通恒和环保科技有限公司 | Waste gas purification tower spray set and waste gas purification tower |
-
2015
- 2015-09-21 CN CN201520730919.6U patent/CN204952649U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110038339A (en) * | 2019-05-31 | 2019-07-23 | 上海宇豪环境工程有限公司 | A kind of purpose ceramic-film filter |
| CN114705039A (en) * | 2022-03-31 | 2022-07-05 | 莱芜中煤机械制造有限公司 | Belt type sintering machine |
| CN114917746A (en) * | 2022-06-16 | 2022-08-19 | 南通恒和环保科技有限公司 | Waste gas purification tower spray set and waste gas purification tower |
| CN114917746B (en) * | 2022-06-16 | 2023-03-28 | 南通恒和环保科技有限公司 | Waste gas purification tower spray set and waste gas purification tower |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160113 Termination date: 20180921 |
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| CF01 | Termination of patent right due to non-payment of annual fee |