JP3233022U - Lake eutrophication treatment facility - Google Patents

Lake eutrophication treatment facility Download PDF

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JP3233022U
JP3233022U JP2021001026U JP2021001026U JP3233022U JP 3233022 U JP3233022 U JP 3233022U JP 2021001026 U JP2021001026 U JP 2021001026U JP 2021001026 U JP2021001026 U JP 2021001026U JP 3233022 U JP3233022 U JP 3233022U
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aeration
aeration tank
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pipe
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峙 梁
峙 梁
驍 梁
驍 梁
捷 馬
捷 馬
騰 馬
騰 馬
紹成 馬
紹成 馬
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Xuzhou University of Technology
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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
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Abstract

【課題】構造が合理的かつコンパクトな湖の富栄養化処理設備を提供する。【解決手段】富栄養化処理設備は、水輸送管１、曝気槽２、ブラケット３、排泥管４、汚泥槽５、曝気装置６、オゾン供給室７、連通管８、紫外線励起室９、浄水管１０、フローティングプラットフォーム１１、制御システム１２を含み、曝気槽は水輸送管を介して下部の湖に接続され、水輸送管に水ポンプが設けられ、曝気槽の底部と汚泥槽との間に排泥管が設けられ、排泥管の末端に電磁弁が設けられ、曝気槽の下方にブラケットが設けられ、ブラケットの下方にフローティングプラットフォームが設けられ、フローティングプラットフォームはすべての部材を載置して湖の表面にフロートし、フローティングプラットフォームの表面に曝気槽が設けられ、曝気槽内の底部にガス噴射口が設けられ、ガス噴射口は曝気装置に連通しており、曝気装置は管路を介してオゾン供給室に接続され、曝気槽は連通管を介して紫外線励起室９に連通する。【選択図】図１PROBLEM TO BE SOLVED: To provide a eutrophication treatment facility for a lake having a rational structure and a compact structure. SOLUTION: The enrichment treatment equipment includes a water transport pipe 1, an aeration tank 2, a bracket 3, a mud drain pipe 4, a sludge tank 5, an aeration device 6, an ozone supply chamber 7, a communication pipe 8, an ultraviolet excitation chamber 9, and the like. Including a water purification pipe 10, a floating platform 11, and a control system 12, the aeration tank is connected to the lower lake via a water transport pipe, and a water pump is provided in the water transport pipe between the bottom of the aeration tank and the sludge tank. Is provided with a mud drain pipe, an electromagnetic valve is provided at the end of the mud drain pipe, a bracket is provided below the aeration tank, a floating platform is provided below the bracket, and the floating platform mounts all members. Float on the surface of the lake, an aeration tank is provided on the surface of the floating platform, a gas injection port is provided at the bottom of the aeration tank, the gas injection port communicates with the aeration device, and the aeration device connects the pipeline. It is connected to the ozone supply chamber via a communication tube, and the aeration tank communicates with the ultraviolet excitation chamber 9 via a communication pipe. [Selection diagram] Fig. 1

Description

本考案は、湖水汚染管理設備の分野に関し、具体的には、湖の富栄養化処理設備に関する。 The present invention relates to the field of lake pollution control equipment, and specifically to the eutrophication treatment equipment for lakes.

従来技術の条件では、この分野の処理設備や関連技術はまだ成熟しておらず、主に従来技術には以下の機構がない。 Under the conditions of the prior art, the processing equipment and related technologies in this field are not yet mature, and the prior art mainly lacks the following mechanisms.

即ち、水輸送管、曝気槽、ブラケット、排泥管、汚泥槽、曝気装置、オゾン供給室、連通管、紫外線励起室、浄水管、フローティングプラットフォーム、制御システム機構がない。 That is, there are no water transport pipes, aeration tanks, brackets, mud drain pipes, sludge tanks, aeration devices, ozone supply chambers, communication pipes, ultraviolet excitation chambers, water purification pipes, floating platforms, and control system mechanisms.

上記機構がない又は上記機構が成熟していないことから、プロセスが古く、処理コストが高く、作動効率が低く、プロセスフローが長く、自動制御が不能であり、占有面積が大きいなどの欠点がある。 Since the above mechanism is absent or the above mechanism is not mature, there are drawbacks such as an old process, high processing cost, low operating efficiency, long process flow, uncontrollable automatic control, and large occupied area. ..

上記の技術的課題を解決するために、本考案は湖の富栄養化処理設備を提供し、この湖の富栄養化処理設備は、水輸送管１、曝気槽２、ブラケット３、排泥管４、汚泥槽５、曝気装置６、オゾン供給室７、連通管８、紫外線励起室９、浄水管１０、フローティングプラットフォーム１１、制御システム１２を含み、
前記曝気槽２は水輸送管１を介して下部の湖に接続され、水輸送管１に水ポンプが設けられ、前記曝気槽２の底部と汚泥槽５との間に排泥管４が設けられ、排泥管４の末端に電磁弁が設けられ、前記曝気槽２の下方にブラケット３が設けられ、前記ブラケット３の下方にフローティングプラットフォーム１１が設けられ、フローティングプラットフォーム１１はすべての部材を載置して湖の表面にフロートし、前記フローティングプラットフォーム１１の表面に曝気槽２が設けられ、曝気槽２内の底部にガス噴射口が設けられ、ガス噴射口は曝気装置６に連通しており、前記曝気装置６は管路を介してオゾン供給室７に接続され、前記曝気槽２は連通管８を介して紫外線励起室９に連通しており、前記紫外線励起室９の側壁に浄水管１０が設けられ、前記制御システム１２はフローティングプラットフォーム１１の表面に位置し、水ポンプ、電磁弁はリード線を介して制御システム１２に接続される。 In order to solve the above technical problems, the present invention provides a lake enrichment treatment facility, which is a water transport pipe 1, an aeration tank 2, a bracket 3, and a mud drainage pipe. 4. Includes a sludge tank 5, an aeration device 6, an ozone supply chamber 7, a communication pipe 8, an ultraviolet excitation chamber 9, a water purification pipe 10, a floating platform 11, and a control system 12.
The aeration tank 2 is connected to a lower lake via a water transport pipe 1, a water pump is provided in the water transport pipe 1, and a mud drain pipe 4 is provided between the bottom of the aeration tank 2 and the sludge tank 5. An electromagnetic valve is provided at the end of the mud drain pipe 4, a bracket 3 is provided below the aeration tank 2, a floating platform 11 is provided below the bracket 3, and the floating platform 11 mounts all members. It is placed and floats on the surface of the lake, an aeration tank 2 is provided on the surface of the floating platform 11, a gas injection port is provided at the bottom of the aeration tank 2, and the gas injection port communicates with the aeration device 6. The aeration device 6 is connected to the ozone supply chamber 7 via a conduit, the aeration tank 2 communicates with the ultraviolet excitation chamber 9 via a communication pipe 8, and a water purification pipe is connected to the side wall of the ultraviolet excitation chamber 9. 10 is provided, the control system 12 is located on the surface of the floating platform 11, and a water pump and an electromagnetic valve are connected to the control system 12 via a lead wire.

さらに、前記曝気槽２は、曝気槽ケース２１、水平濾過バッフル２２、傾斜導流板２３、垂直仕切り板２４、水位センサ２５、収集室２６、曝気ヘッド２７を含み、
前記傾斜導流板２３は曝気槽ケース２１の内部の左側に位置し、その上端は上向きに曲がった円弧状板であり、下部は１０°〜４５°傾斜した斜板であり、傾斜導流板２３の両側は曝気槽ケース２１の内壁にシームレスに溶接され、前記水平濾過バッフル２２は傾斜導流板２３の底部の位置に水平に配置され、水平濾過バッフル２２の右壁は傾斜導流板２３の底部にシームレスに溶接され、残りの側壁は曝気槽ケース２１の内壁にシームレスに溶接され、水平濾過バッフル２２の表面に大量の貫通孔が均等に分布しており、前記垂直仕切り板２４は傾斜導流板２３の底部の位置に垂直に配置され、垂直仕切り板２４の天面は傾斜導流板２３の底部にシームレスに溶接され、残りの側壁は曝気槽ケース２１の内壁にシームレスに溶接され、前記曝気槽２の内部に水位センサ２５が設けられ、水位センサ２５はリード線を介して制御システム１２に接続され、水平濾過バッフル２２の下部に沈殿物を収集するための収集室２６が設けられ、曝気槽ケース２１の底部には、一端が外部のエアポンプに連通し、他端が複数の曝気ヘッド２７に連通している曝気装置６が設けられる。 Further, the aeration tank 2 includes an aeration tank case 21, a horizontal filtration baffle 22, an inclined flow guide plate 23, a vertical partition plate 24, a water level sensor 25, a collection chamber 26, and an aeration head 27.
The inclined flow guide plate 23 is located on the left side inside the aeration tank case 21, the upper end thereof is an arcuate plate bent upward, and the lower portion is a inclined plate inclined by 10 ° to 45 °. Both sides of 23 are seamlessly welded to the inner wall of the aeration tank case 21, the horizontal filtration baffle 22 is horizontally arranged at the bottom of the inclined flow plate 23, and the right wall of the horizontal filtration baffle 22 is the inclined flow plate 23. The remaining side wall is seamlessly welded to the inner wall of the aeration tank case 21, a large number of through holes are evenly distributed on the surface of the horizontal filtration baffle 22, and the vertical partition plate 24 is inclined. Arranged perpendicular to the position of the bottom of the diversion plate 23, the top surface of the vertical partition plate 24 is seamlessly welded to the bottom of the inclined diversion plate 23, and the remaining side walls are seamlessly welded to the inner wall of the aeration tank case 21. A water level sensor 25 is provided inside the air exposure tank 2, the water level sensor 25 is connected to the control system 12 via a lead wire, and a collection chamber 26 for collecting sediment is provided below the horizontal filtration baffle 22. At the bottom of the air-exhaust tank case 21, an air-exhausting device 6 is provided, one end of which communicates with an external air pump and the other end of which communicates with a plurality of air-exhaust heads 27.

さらに、前記曝気ヘッド２７は、ダクト２７１、ダスト吸着ブロック２７２、ホットエアリング２７３、バルブ２７４、排気通路２７５、微生物成長剤ノズル２７６、ダスト濾過網２７７、給気通路２７８を含み、
一端にある排気通路２７５は、その出力ポートにバルブ２７４が設けられ、バルブ２７４はリード線を介して制御システム１２に接続され、排気通路２７５の左側の内部に微生物成長剤ノズル２７６が設けられ、微生物成長剤ノズル２７６はラッパ状をしており、左方に開口し、チューブを介して外部の微生物成長剤に接続され、微生物成長剤ノズル２７６の左側にホットエアリング２７３が設けられ、ホットエアリング２７３のリング面の左側に大量の貫通孔が設けられ、ホットエアリング２７３の左側にダスト濾過網２７７、ダスト吸着ブロック２７２、ダクト２７１、給気通路２７８が順次設けられる。 Further, the aeration head 27 includes a duct 271, a dust adsorption block 272, a hot air ring 273, a valve 274, an exhaust passage 275, a microbial growth agent nozzle 276, a dust filtration net 277, and an air supply passage 278.
The exhaust passage 275 at one end is provided with a valve 274 at its output port, the valve 274 is connected to the control system 12 via a lead wire, and a microbial growth agent nozzle 276 is provided inside the left side of the exhaust passage 275. The microbial growth agent nozzle 276 has a trumpet shape, opens to the left, is connected to an external microbial growth agent via a tube, has a hot air ring 273 on the left side of the microbial growth agent nozzle 276, and has a hot air ring 273. A large number of through holes are provided on the left side of the ring surface, and a dust filtration net 277, a dust suction block 272, a duct 271, and an air supply passage 278 are sequentially provided on the left side of the hot air ring 273.

さらに、該設備の作動方法は、
制御システム１２は水輸送管１の水ポンプを起動させて湖水を曝気槽２内に送るとともに、曝気装置６を起動させて曝気槽２の底部のガス噴射口から大量の気体を噴射し、汚染湖水を曝気処理し、制御システム１２は排泥管４の末端の電磁弁を開き、曝気による汚泥を、排泥管４を介して汚泥槽５に排出し、５ｍｉｎ〜１００ｍｉｎ曝気処理後、曝気装置６はオゾン供給室７内のオゾンを、ガス噴射口から曝気槽２に送り、水を処理し、連通管８は曝気槽２内の水を紫外線励起室９に送り、紫外線を照射することで、有害な微生物をさらに死滅させ、制御システム１２は浄水管１０を経る電気制御弁を開いて、浄水を湖に排出するステップ１と、
曝気槽２の作動中、処理対象湖水は右側から側壁に沿って曝気槽２の内部に入り、曝気装置６は複数の曝気ヘッド２７により処理対象湖水を曝気処理し、沈殿物は傾斜導流板２３の斜面に沿って、水平濾過バッフル２２の貫通孔を通過して収集室２６に入り、処理済みの水は曝気槽２の右側の高所から排出され、曝気槽２の最上部には水位センサ２５が設けられ、曝気槽２の水位の操作上の安全性をリアルタイムで監視するステップ２と、
曝気ヘッド２７の作動中、空気が給気通路２７８から入り、ダクト２７１、ダスト吸着ブロック２７２、ダスト濾過網２７７を順次通過し、空気中のダストが除去され、ホットエアリング２７３による４０℃〜６０℃のホットエアが微生物の成長を促進し、微生物成長剤ノズル２７６から噴出された微生物成長剤が微生物の成長を促進し、最終的にバルブ２７４を介して気体を噴射するステップ３を含む。 Furthermore, the operation method of the equipment is
The control system 12 activates the water pump of the water transport pipe 1 to send lake water into the aeration tank 2, and also activates the aeration device 6 to inject a large amount of gas from the gas injection port at the bottom of the aeration tank 2 to contaminate the aeration tank 2. The lake water is aerated, the control system 12 opens the electromagnetic valve at the end of the mud drain pipe 4, discharges the sludge from the aeration to the sludge tank 5 through the sludge pipe 4, and after 5 min to 100 min aeration treatment, the aeration device. 6 sends the ozone in the ozone supply chamber 7 to the aeration tank 2 from the gas injection port to treat the water, and the communication pipe 8 sends the water in the aeration tank 2 to the aeration chamber 9 and irradiates the aeration chamber 9. In step 1, the control system 12 opens the electric control valve passing through the water purification pipe 10 to discharge the purified water to the lake, further killing harmful microorganisms.
During the operation of the aeration tank 2, the lake water to be treated enters the inside of the aeration tank 2 from the right side along the side wall, the aeration device 6 aerates the lake water to be treated by a plurality of aeration heads 27, and the sediment is an inclined flow plate. Along the slope of 23, it passes through the through hole of the horizontal filtration baffle 22 and enters the collection chamber 26, the treated water is discharged from a high place on the right side of the aeration tank 2, and the water level is at the top of the aeration tank 2. Step 2 in which the sensor 25 is provided and the operational safety of the water level of the aeration tank 2 is monitored in real time, and
During the operation of the aeration head 27, air enters from the air supply passage 278, passes through the duct 271, the dust adsorption block 272, and the dust filtration network 277 in order, the dust in the air is removed, and the temperature is 40 ° C to 60 ° C by the hot air ring 273. The hot air of the microbial growth agent promotes the growth of microorganisms, the microbial growth agent ejected from the microbial growth agent nozzle 276 promotes the growth of microorganisms, and finally includes step 3 of injecting gas through the valve 274.

本考案の利点は、構造が合理的かつコンパクトであり、使用効果が高く、プロセスが新規であり、設備の適用範囲が広いことである。 The advantages of the present invention are that the structure is rational and compact, the effect of use is high, the process is new, and the range of equipment is wide.

本考案の湖の富栄養化処理設備の図である。It is a figure of the eutrophication treatment facility of the lake of this invention. 本考案の曝気槽２の図である。It is a figure of the aeration tank 2 of this invention. 本考案の曝気ヘッド２７の図である。It is a figure of the aeration head 27 of this invention.

以下、図面を参照しながら本考案による湖の富栄養化処理設備をさらに説明する。 Hereinafter, the lake eutrophication treatment facility according to the present invention will be further described with reference to the drawings.

図１は本考案の湖の富栄養化処理設備の図である。水輸送管１、曝気槽２、ブラケット３、排泥管４、汚泥槽５、曝気装置６、オゾン供給室７、連通管８、紫外線励起室９、浄水管１０、フローティングプラットフォーム１１、制御システム１２を含み、
前記曝気槽２は水輸送管１を介して下部の湖に接続され、水輸送管１に水ポンプが設けられ、前記曝気槽２の底部と汚泥槽５との間に排泥管４が設けられ、排泥管４の末端に電磁弁が設けられ、前記曝気槽２の下方にブラケット３が設けられ、前記ブラケット３の下方にフローティングプラットフォーム１１が設けられ、フローティングプラットフォーム１１はすべての部材を載置して湖の表面にフロートし、前記フローティングプラットフォーム１１の表面に曝気槽２が設けられ、曝気槽２内の底部にガス噴射口が設けられ、ガス噴射口は曝気装置６に連通しており、前記曝気装置６は管路を介してオゾン供給室７に接続され、前記曝気槽２は連通管８を介して紫外線励起室９に連通しており、前記紫外線励起室９の側壁に浄水管１０が設けられ、前記制御システム１２はフローティングプラットフォーム１１の表面に位置し、水ポンプ、電磁弁はリード線を介して制御システム１２に接続される。 FIG. 1 is a diagram of the eutrophication treatment facility for the lake of the present invention. Water transport pipe 1, aeration tank 2, bracket 3, mud drain pipe 4, sludge tank 5, aeration device 6, ozone supply chamber 7, communication pipe 8, ultraviolet excitation chamber 9, water purification pipe 10, floating platform 11, control system 12 Including
The aeration tank 2 is connected to a lower lake via a water transport pipe 1, a water pump is provided in the water transport pipe 1, and a mud drain pipe 4 is provided between the bottom of the aeration tank 2 and the sludge tank 5. An electromagnetic valve is provided at the end of the mud drain pipe 4, a bracket 3 is provided below the aeration tank 2, a floating platform 11 is provided below the bracket 3, and the floating platform 11 mounts all members. It is placed and floats on the surface of the lake, an aeration tank 2 is provided on the surface of the floating platform 11, a gas injection port is provided at the bottom of the aeration tank 2, and the gas injection port communicates with the aeration device 6. The aeration device 6 is connected to the ozone supply chamber 7 via a conduit, the aeration tank 2 communicates with the ultraviolet excitation chamber 9 via a communication pipe 8, and a water purification pipe is connected to the side wall of the ultraviolet excitation chamber 9. 10 is provided, the control system 12 is located on the surface of the floating platform 11, and a water pump and an electromagnetic valve are connected to the control system 12 via a lead wire.

図２は本考案の曝気槽２の図である。前記曝気槽２は、曝気槽ケース２１、水平濾過バッフル２２、傾斜導流板２３、垂直仕切り板２４、水位センサ２５、収集室２６、曝気ヘッド２７を含み、
前記傾斜導流板２３は曝気槽ケース２１の内部の左側に位置し、その上端は上向きに曲がった円弧状板であり、下部は１０°〜４５°傾斜した斜板であり、傾斜導流板２３の両側は曝気槽ケース２１の内壁にシームレスに溶接され、前記水平濾過バッフル２２は傾斜導流板２３の底部の位置に水平に配置され、水平濾過バッフル２２の右壁は傾斜導流板２３の底部にシームレスに溶接され、残りの側壁は曝気槽ケース２１の内壁にシームレスに溶接され、水平濾過バッフル２２の表面に大量の貫通孔が均等に分布しており、前記垂直仕切り板２４は傾斜導流板２３の底部の位置に垂直に配置され、垂直仕切り板２４の天面は傾斜導流板２３の底部にシームレスに溶接され、残りの側壁は曝気槽ケース２１の内壁にシームレスに溶接され、前記曝気槽２の内部に水位センサ２５が設けられ、水位センサ２５はリード線を介して制御システム１２に接続され、水平濾過バッフル２２の下部に沈殿物を収集するための収集室２６が設けられ、曝気槽ケース２１の底部には、一端が外部のエアポンプに連通し、他端が複数の曝気ヘッド２７に連通している曝気装置６が設けられる。 FIG. 2 is a diagram of the aeration tank 2 of the present invention. The aeration tank 2 includes an aeration tank case 21, a horizontal filtration baffle 22, an inclined flow guide plate 23, a vertical partition plate 24, a water level sensor 25, a collection chamber 26, and an aeration head 27.
The inclined flow guide plate 23 is located on the left side inside the aeration tank case 21, the upper end thereof is an arcuate plate bent upward, and the lower portion is a inclined plate inclined by 10 ° to 45 °. Both sides of 23 are seamlessly welded to the inner wall of the aeration tank case 21, the horizontal filtration baffle 22 is horizontally arranged at the bottom of the inclined flow plate 23, and the right wall of the horizontal filtration baffle 22 is the inclined flow plate 23. The remaining side wall is seamlessly welded to the inner wall of the aeration tank case 21, a large number of through holes are evenly distributed on the surface of the horizontal filtration baffle 22, and the vertical partition plate 24 is inclined. Arranged perpendicular to the position of the bottom of the diversion plate 23, the top surface of the vertical partition plate 24 is seamlessly welded to the bottom of the inclined diversion plate 23, and the remaining side walls are seamlessly welded to the inner wall of the aeration tank case 21. A water level sensor 25 is provided inside the air exposure tank 2, the water level sensor 25 is connected to the control system 12 via a lead wire, and a collection chamber 26 for collecting sediment is provided below the horizontal filtration baffle 22. At the bottom of the air-exhaust tank case 21, an air-exhausting device 6 is provided, one end of which communicates with an external air pump and the other end of which communicates with a plurality of air-exhaust heads 27.

図３は本考案の曝気ヘッド２７の図である。前記曝気ヘッド２７は、ダクト２７１、ダスト吸着ブロック２７２、ホットエアリング２７３、バルブ２７４、排気通路２７５、微生物成長剤ノズル２７６、ダスト濾過網２７７、給気通路２７８を含み、
一端にある排気通路２７５は、その出力ポートにバルブ２７４が設けられ、バルブ２７４はリード線を介して制御システム１２に接続され、排気通路２７５の左側の内部に微生物成長剤ノズル２７６が設けられ、微生物成長剤ノズル２７６はラッパ状であり、左方に開口し、チューブを介して外部の微生物成長剤に接続され、微生物成長剤ノズル２７６の左側にホットエアリング２７３が設けられ、ホットエアリング２７３のリング面の左側に大量の貫通孔が設けられ、ホットエアリング２７３の左側にダスト濾過網２７７、ダスト吸着ブロック２７２、ダクト２７１、給気通路２７８が順次設けられる。 FIG. 3 is a diagram of the aeration head 27 of the present invention. The aeration head 27 includes a duct 271, a dust adsorption block 272, a hot air ring 273, a valve 274, an exhaust passage 275, a microbial growth agent nozzle 276, a dust filtration net 277, and an air supply passage 278.
The exhaust passage 275 at one end is provided with a valve 274 at its output port, the valve 274 is connected to the control system 12 via a lead wire, and a microbial growth agent nozzle 276 is provided inside the left side of the exhaust passage 275. The microbial growth agent nozzle 276 is trumpet-shaped, opens to the left, is connected to an external microbial growth agent via a tube, is provided with a hot air ring 273 on the left side of the microbial growth agent nozzle 276, and is a ring of the hot air ring 273. A large number of through holes are provided on the left side of the surface, and a dust filtration net 277, a dust suction block 272, a duct 271, and an air supply passage 278 are sequentially provided on the left side of the hot air ring 273.

水輸送管１、曝気槽２、ブラケット３、排泥管４、汚泥槽５、曝気装置６、オゾン供給室７、連通管８、紫外線励起室９、浄水管１０、フローティングプラットフォーム１１、制御システム１２、曝気槽ケース２１、水平濾過バッフル２２、傾斜導流板２３、垂直仕切り板２４、水位センサ２５、収集室２６、曝気ヘッド２７、ダクト２７１、ダスト吸着ブロック２７２、ホットエアリング２７３、バルブ２７４、排気通路２７５、微生物成長剤ノズル２７６、ダスト濾過網２７７、給気通路２７８。 Water transport pipe 1, aeration tank 2, bracket 3, mud drain pipe 4, sludge tank 5, aeration device 6, ozone supply chamber 7, communication pipe 8, ultraviolet excitation chamber 9, water purification pipe 10, floating platform 11, control system 12 , Aeration tank case 21, horizontal filtration baffle 22, inclined flow plate 23, vertical partition plate 24, water level sensor 25, collection chamber 26, aeration head 27, duct 271, dust suction block 272, hot air ring 273, valve 274, exhaust Passage 275, Microbial Growth Agent Nozzle 276, Dust Filtration Net 277, Air Supply Passage 278.

Claims (4)

水輸送管（１）、曝気槽（２）、ブラケット（３）、排泥管（４）、汚泥槽（５）、曝気装置（６）、オゾン供給室（７）、連通管（８）、紫外線励起室（９）、浄水管（１０）、フローティングプラットフォーム（１１）、制御システム（１２）を含む湖の富栄養化処理設備であって、
前記曝気槽（２）は水輸送管（１）を介して下部の湖に接続され、水輸送管（１）に水ポンプが設けられ、前記曝気槽（２）の底部と汚泥槽（５）との間に排泥管（４）が設けられ、排泥管（４）の末端に電磁弁が設けられ、前記曝気槽（２）の下方にブラケット（３）が設けられ、前記ブラケット（３）の下方にフローティングプラットフォーム（１１）が設けられ、フローティングプラットフォーム（１１）はすべての部材を載置して湖の表面にフロートし、前記フローティングプラットフォーム（１１）の表面に曝気槽（２）が設けられ、曝気槽（２）内の底部にガス噴射口が設けられ、ガス噴射口は曝気装置（６）に連通しており、前記曝気装置（６）は管路を介してオゾン供給室（７）に接続され、前記曝気槽（２）は連通管（８）を介して紫外線励起室（９）に連通しており、前記紫外線励起室（９）の側壁に浄水管（１０）が設けられ、前記制御システム（１２）はフローティングプラットフォーム（１１）の表面に位置し、水ポンプ、電磁弁はリード線を介して制御システム（１２）に接続される、ことを特徴とする湖の富栄養化処理設備。 Water transport pipe (1), aeration tank (2), bracket (3), mud drain pipe (4), sludge tank (5), aeration device (6), ozone supply room (7), communication pipe (8), A lake enrichment treatment facility that includes an ultraviolet excitation chamber (9), a water purification pipe (10), a floating platform (11), and a control system (12).
The aeration tank (2) is connected to the lower lake via a water transport pipe (1), a water pump is provided in the water transport pipe (1), and the bottom of the aeration tank (2) and the sludge tank (5). A mud drain pipe (4) is provided between the aeration pipe (4), an electromagnetic valve is provided at the end of the mud drain pipe (4), a bracket (3) is provided below the aeration tank (2), and the bracket (3) is provided. ) Is provided below the floating platform (11), the floating platform (11) is provided with all the members placed on it and floats on the surface of the lake, and the aeration tank (2) is provided on the surface of the floating platform (11). A gas injection port is provided at the bottom of the aeration tank (2), the gas injection port communicates with the aeration device (6), and the aeration device (6) communicates with the ozone supply chamber (7) via a conduit. ), The aeration tank (2) communicates with the ultraviolet excitation chamber (9) via the communication pipe (8), and a water purification pipe (10) is provided on the side wall of the ultraviolet excitation chamber (9). The aeration of the lake, characterized in that the control system (12) is located on the surface of the floating platform (11) and the water pump, the electromagnetic valve is connected to the control system (12) via a lead wire. Processing equipment. 前記曝気槽（２）は、曝気槽ケース（２１）、水平濾過バッフル（２２）、傾斜導流板（２３）、垂直仕切り板（２４）、水位センサ（２５）、収集室（２６）、曝気ヘッド（２７）を含み、
前記傾斜導流板（２３）は曝気槽ケース（２１）の内部の左側に位置し、その上端は上向きに曲がった円弧状板であり、下部は１０°〜４５°傾斜した斜板であり、傾斜導流板（２３）の両側は曝気槽ケース（２１）の内壁にシームレスに溶接され、前記水平濾過バッフル（２２）は傾斜導流板（２３）の底部の位置に水平に配置され、水平濾過バッフル（２２）の右壁は傾斜導流板（２３）の底部にシームレスに溶接され、残りの側壁は曝気槽ケース（２１）の内壁にシームレスに溶接され、水平濾過バッフル（２２）の表面に大量の貫通孔が均等に分布しており、前記垂直仕切り板（２４）は傾斜導流板（２３）の底部の位置に垂直に配置され、垂直仕切り板（２４）の天面は傾斜導流板（２３）の底部にシームレスに溶接され、残りの側壁は曝気槽ケース（２１）の内壁にシームレスに溶接され、前記曝気槽（２）の内部に水位センサ（２５）が設けられ、水位センサ（２５）はリード線を介して制御システム（１２）に接続され、水平濾過バッフル（２２）の下部に沈殿物を収集するための収集室（２６）が設けられ、曝気槽ケース（２１）の底部には、一端が外部のエアポンプに連通し、他端が複数の曝気ヘッド（２７）に連通している曝気装置（６）が設けられる、ことを特徴とする請求項１に記載の湖の富栄養化処理設備。 The aeration tank (2) includes an aeration tank case (21), a horizontal filtration baffle (22), an inclined flow guide plate (23), a vertical partition plate (24), a water level sensor (25), a collection chamber (26), and aeration. Including the head (27)
The inclined flow guide plate (23) is located on the left side inside the aeration tank case (21), the upper end thereof is an arcuate plate bent upward, and the lower portion is a inclined plate inclined by 10 ° to 45 °. Both sides of the inclined diversion plate (23) are seamlessly welded to the inner wall of the air exposure tank case (21), and the horizontal filtration baffle (22) is horizontally arranged at the position of the bottom of the inclined diversion plate (23) and is horizontal. The right wall of the filtration baffle (22) is seamlessly welded to the bottom of the inclined flow plate (23), the remaining side walls are seamlessly welded to the inner wall of the aeration tank case (21), and the surface of the horizontal filtration baffle (22). A large number of through holes are evenly distributed in the vertical partition plate (24), the vertical partition plate (24) is arranged vertically at the position of the bottom of the inclined flow guide plate (23), and the top surface of the vertical partition plate (24) is an inclined guide plate. It is seamlessly welded to the bottom of the flow plate (23), the remaining side walls are seamlessly welded to the inner wall of the aeration tank case (21), and a water level sensor (25) is provided inside the aeration tank (2) to provide a horizontal level. The sensor (25) is connected to the control system (12) via a lead wire, a collection chamber (26) for collecting sediment is provided under the horizontal filtration baffle (22), and an air exposure tank case (21). The lake according to claim 1, wherein an air-exhausting device (6) having one end communicating with an external air pump and the other end communicating with a plurality of air-exhausting heads (27) is provided at the bottom of the lake. Rich nutrient processing equipment. 前記曝気ヘッド（２７）は、ダクト（２７１）、ダスト吸着ブロック（２７２）、ホットエアリング（２７３）、バルブ（２７４）、排気通路（２７５）、微生物成長剤ノズル（２７６）、ダスト濾過網（２７７）、給気通路（２７８）を含み、
一端にある排気通路（２７５）は、その出力ポートにバルブ（２７４）が設けられ、バルブ（２７４）はリード線を介して制御システム（１２）に接続され、排気通路（２７５）の左側の内部に微生物成長剤ノズル（２７６）が設けられ、微生物成長剤ノズル（２７６）はラッパ状をしており、左方に開口し、チューブを介して外部の微生物成長剤に接続され、微生物成長剤ノズル（２７６）の左側にホットエアリング（２７３）が設けられ、ホットエアリング（２７３）のリング面の左側に大量の貫通孔が設けられ、ホットエアリング（２７３）の左側にダスト濾過網（２７７）、ダスト吸着ブロック（２７２）、ダクト（２７１）、給気通路（２７８）が順次設けられる、ことを特徴とする請求項２に記載の湖の富栄養化処理設備。 The aeration head (27) includes a duct (271), a dust adsorption block (272), a hot air ring (273), a valve (274), an exhaust passage (275), a microbial growth agent nozzle (276), and a dust filtration net (277). ), Including air supply passage (278),
The exhaust passage (275) at one end is provided with a valve (274) at its output port, the valve (274) is connected to the control system (12) via a lead wire, and the inside on the left side of the exhaust passage (275). The microbial growth agent nozzle (276) is provided in the microbial growth agent nozzle (276), and the microbial growth agent nozzle (276) has a trumpet shape, opens to the left, is connected to an external microbial growth agent via a tube, and is connected to an external microbial growth agent nozzle. A hot air ring (273) is provided on the left side of (276), a large number of through holes are provided on the left side of the ring surface of the hot air ring (273), and a dust filtration net (277) and dust are provided on the left side of the hot air ring (273). The lake enrichment treatment facility according to claim 2, wherein a suction block (272), a duct (271), and an air supply passage (278) are sequentially provided. 湖の富栄養化処理設備であって、該設備の作動方法は、
制御システム（１２）は水輸送管（１）の水ポンプを起動させて湖水を曝気槽（２）内に送るとともに、曝気装置（６）を起動させて曝気槽（２）の底部のガス噴射口から大量の気体を噴射し、汚染湖水を曝気処理し、制御システム（１２）は排泥管（４）の末端の電磁弁を開き、曝気による汚泥を、排泥管（４）を介して汚泥槽（５）に排出し、５ｍｉｎ〜１００ｍｉｎ曝気処理後、曝気装置（６）はオゾン供給室（７）内のオゾンを、ガス噴射口から曝気槽（２）に送り、水を処理し、連通管（８）は曝気槽（２）内の水を紫外線励起室（９）に送り、紫外線を照射することで、有害な微生物をさらに死滅させ、制御システム（１２）は浄水管（１０）を経る電気制御弁を開いて、浄水を湖に排出する、ステップ１と、
曝気槽（２）の作動中、処理対象湖水は右側から側壁に沿って曝気槽（２）の内部に入り、曝気装置（６）は複数の曝気ヘッド（２７）により処理対象湖水を曝気処理し、沈殿物は傾斜導流板（２３）の斜面に沿って、水平濾過バッフル（２２）の貫通孔を通過して収集室（２６）に入り、処理済みの水は曝気槽（２）の右側の高所から排出され、曝気槽（２）の最上部には水位センサ（２５）が設けられ、曝気槽（２）の水位の操作上の安全性をリアルタイムで監視するステップ２と、
曝気ヘッド（２７）の作動中、空気が給気通路（２７８）から入り、ダクト（２７１）、ダスト吸着ブロック（２７２）、ダスト濾過網（２７７）を順次通過し、空気中のダストが除去され、ホットエアリング（２７３）による４０℃〜６０℃のホットエアが微生物の成長を促進し、微生物成長剤ノズル（２７６）から噴出された微生物成長剤が微生物の成長を促進し、最終的にバルブ（２７４）を介して気体を噴射するステップ３を含む、ことを特徴とする湖の富栄養化処理設備。 It is a lake eutrophication treatment facility, and the operation method of the facility is
The control system (12) activates the water pump of the water transport pipe (1) to send lake water into the aeration tank (2), and activates the aeration device (6) to inject gas at the bottom of the aeration tank (2). A large amount of gas is injected from the mouth to aerate the contaminated lake water, the control system (12) opens the electromagnetic valve at the end of the mud drain pipe (4), and the sludge from the aeration is aerated through the mud drain pipe (4). After being discharged to the sludge tank (5) and aerated for 5 to 100 minutes, the aeration device (6) sends the ozone in the ozone supply chamber (7) from the gas injection port to the aeration tank (2) to treat the water. The communication pipe (8) sends the water in the aeration tank (2) to the ultraviolet excitation chamber (9) and irradiates it with ultraviolet rays to further kill harmful microorganisms, and the control system (12) is the water purification pipe (10). Open the electric control valve that goes through, and discharge the purified water to the lake, step 1 and
During the operation of the aeration tank (2), the lake water to be treated enters the inside of the aeration tank (2) from the right side along the side wall, and the aeration device (6) aerates the lake water to be treated by a plurality of aeration heads (27). , The sediment passes through the through hole of the horizontal filtration baffle (22) along the slope of the inclined flow plate (23) and enters the collection chamber (26), and the treated water is on the right side of the aeration tank (2). A water level sensor (25) is provided at the top of the aeration tank (2) to monitor the operational safety of the water level of the aeration tank (2) in real time.
During the operation of the aeration head (27), air enters from the air supply passage (278), passes through the duct (271), the dust adsorption block (272), and the dust filtration network (277) in that order, and the dust in the air is removed. , 40 ° C to 60 ° C hot air by hot aeration (273) promotes the growth of microorganisms, the microbial growth agent ejected from the microbial growth agent nozzle (276) promotes the growth of microorganisms, and finally the valve (274). A lake enrichment treatment facility comprising step 3 of injecting a gas through).
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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN114804380A (en) * 2022-06-11 2022-07-29 宋嘉祥 River flood control and eutrophication integrated treatment device
CN116062918A (en) * 2023-03-07 2023-05-05 安徽泛湖生态科技股份有限公司 Movable aeration device for lake treatment

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN114804380A (en) * 2022-06-11 2022-07-29 宋嘉祥 River flood control and eutrophication integrated treatment device
CN116062918A (en) * 2023-03-07 2023-05-05 安徽泛湖生态科技股份有限公司 Movable aeration device for lake treatment
CN116062918B (en) * 2023-03-07 2023-08-08 安徽泛湖生态科技股份有限公司 Movable aeration device for lake treatment

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