JPS5921856Y2 - Paint sludge collection device - Google Patents
Paint sludge collection deviceInfo
- Publication number
- JPS5921856Y2 JPS5921856Y2 JP1980112184U JP11218480U JPS5921856Y2 JP S5921856 Y2 JPS5921856 Y2 JP S5921856Y2 JP 1980112184 U JP1980112184 U JP 1980112184U JP 11218480 U JP11218480 U JP 11218480U JP S5921856 Y2 JPS5921856 Y2 JP S5921856Y2
- Authority
- JP
- Japan
- Prior art keywords
- paint
- paint sludge
- separation tank
- pump
- water
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired
Links
Landscapes
- Details Or Accessories Of Spraying Plant Or Apparatus (AREA)
- Heat Treatment Of Water, Waste Water Or Sewage (AREA)
Description
【考案の詳細な説明】
本考案は、自動車の塗装工場などで発生する塗料粕の回
収装置に関する。[Detailed Description of the Invention] The present invention relates to a device for collecting paint sludge generated in automobile paint factories and the like.
従来、塗装室の底面に落下した塗料粕や、洗浄水と共に
タンクに貯溜された水面に浮かんだ塗料粕は、すべて人
力で掻き集められて回収されていた。In the past, all paint sludge that had fallen to the bottom of the painting room or that had floated on the surface of the water stored in the tank along with the cleaning water had to be manually scraped up and collected.
しかし、このような人力による塗料粕の回収手段では、
作業能率が低く、また作業環境が作業者にとって有害と
なりやすい欠点がある。However, with this manual method of collecting paint sludge,
It has the disadvantage that work efficiency is low and the work environment tends to be harmful to workers.
本考案は、このような欠点を除去して、効率よく自動的
に塗料粕の回収を行なえるようにした装置を提供するこ
とを目的とする。It is an object of the present invention to provide an apparatus that eliminates such drawbacks and can efficiently and automatically collect paint sludge.
このため本考案は、塗装ブースに接続され、同塗装ブー
スで発生する塗料粕と同塗装ブースで洗浄用として循環
使用する洗浄水とを滞溜させ混入する塗料粕を浮上又は
沈降させるバッフルプレートを有する分離槽と、同分離
槽内で浮上又は沈降した高濃度の塗料粕を含む懸濁液を
取り出し搬送する搬送装置と、同搬送装置に連通しかつ
同懸濁液を濾紙により連続的に脱水し同懸濁液中の塗料
粕を同濾紙とともに連続的に分離回収する脱水装置と、
同脱水装置と前記分離槽にスクリーンを配し側壁との間
に設けられたポンプピットとを配管装置で接続したこと
を特徴とする。For this reason, the present invention includes a baffle plate that is connected to the paint booth and allows the paint sludge generated in the painting booth and the cleaning water that is circulated for cleaning in the painting booth to stagnate, and the mixed paint sludge floats or settles. a separation tank, a transport device that takes out and transports a suspension containing high concentration paint scum that has floated or settled in the separation tank, and a transport device that is connected to the transport device and continuously dehydrates the suspension using filter paper. a dehydration device that continuously separates and collects paint sludge in the suspension together with the filter paper;
It is characterized in that the dewatering device and a pump pit provided between a side wall of the separation tank and a screen are connected by a piping device.
このように本考案においては、塗装ブースで過剰に噴霧
された塗料を含む塗料軸懸濁液を前記分離槽内に滞溜さ
せて混入する塗料軸を浮上又は沈降させ、次に分離槽に
おいて浮上又は沈降した高濃度の塗料軸を含む懸濁液を
前記搬送装置で取り出し、その懸濁液を前記脱水装置で
濾紙を用いて連続的に脱水しその懸濁液中の塗料軸を濾
紙とともに連続的に分離回収するとともに、同脱水装置
で得た分離液を前記分離槽にスクリーンを配し側壁との
間に設けられたポンプピットに返送し必要に応して洗浄
水として塗装ブースに供するようにしている。In this way, in the present invention, the paint shaft suspension containing the paint excessively sprayed in the paint booth is allowed to accumulate in the separation tank, and the mixed paint shafts are floated or settled, and then floated in the separation tank. Alternatively, a suspension containing sedimented highly concentrated paint axes is taken out by the conveying device, and the suspension is continuously dehydrated by using a filter paper in the dehydration device, and the paint axes in the suspension are continuously removed together with the filter paper. At the same time, the separated liquid obtained from the dehydration equipment is returned to the pump pit installed between the separation tank and the side wall, where a screen is placed between the separation tank and the side wall, where it is supplied to the painting booth as cleaning water as needed. I have to.
このため、本考案によれば、付着性の高い塗料軸を水な
どの液体とともに搬送するものであるから、機器及び配
管類への付着を防止でき、また分離槽において一旦大部
分の洗浄液を分離し塗料軸濃度の極めて高い懸濁液を脱
水装置中の濾紙を通過させ、塗料軸を濾紙とともに分離
回収するようにしているので、濾紙での目詰りが少なく
かつ極めて効率よく連続的に塗料軸を分離回収できると
ともに、塗装ブースの洗浄水として再利用できる極めて
清浄な分離水が得られる。Therefore, according to the present invention, since highly adhesive paint shafts are transported together with liquids such as water, it is possible to prevent them from adhering to equipment and piping, and most of the cleaning liquid is once separated in a separation tank. The suspension, which has an extremely high concentration of paint axes, is passed through a filter paper in the dewatering device, and the paint axes are separated and collected together with the filter paper, so the paint axes are continuously removed with minimal clogging of the filter paper and extremely efficiently. In addition to being able to separate and recover water, extremely clean separated water can be obtained that can be reused as cleaning water for painting booths.
また濾紙とともに分離回収された塗料軸は焼却等の後処
理が極めて容易である。Further, the paint shafts separated and recovered together with the filter paper can be extremely easily subjected to post-processing such as incineration.
以下、図面により本考案の一実施例としての塗料カス回
収装置について説明すると、第１図乃至第６図に示すと
おり、塗装ブース１の塗料軸洗浄水出口１ａは導管２ａ
を介して分離槽３と連結する。Hereinafter, a paint scum collection device as an embodiment of the present invention will be explained with reference to the drawings. As shown in FIGS.
It is connected to the separation tank 3 via.
また薬注設備４の注出口４ａは導管２ｂを通じて分離槽
３と接続する。Further, the spout 4a of the chemical injection equipment 4 is connected to the separation tank 3 through a conduit 2b.
分離槽３の両側には第２図に示すようにバッフルプレー
ト５を設ける。Baffle plates 5 are provided on both sides of the separation tank 3 as shown in FIG.
また、分離槽３には塗料軸洗浄水入口３ａを設は反対側
の側壁付近にスクリーン６を配して側壁との間にポンプ
ピット７を形成させ、ポンプ８ａを介装する導管２Ｃを
介して塗装ブース清浄水人口１ｂと接続する。In addition, the separation tank 3 has a paint shaft cleaning water inlet 3a, and a screen 6 is arranged near the opposite side wall to form a pump pit 7 between the side wall and a pipe 2C in which a pump 8a is inserted. and connect to the paint booth clean water population 1b.
液面９上に浮上する塗料軸１０を吸引するためのサクシ
ョン部材は第４図、第５図に詳細に示すとおり、液面９
付近に浮上するフロート１２に保持させ、数個のフロー
ト１２の連結枠１３の中間に結合された支持棒１４によ
りフロート１２相互の間の中間に支持し、さらにこのサ
クション部材１１に吸引口１５ａが液面９に追従するよ
うに取付けである。As shown in detail in FIGS. 4 and 5, a suction member for suctioning the paint shaft 10 floating above the liquid surface 9 is attached to the liquid surface 9.
It is held by a float 12 floating nearby and supported between the floats 12 by a support rod 14 connected between the connecting frames 13 of several floats 12, and furthermore, this suction member 11 has a suction port 15a. It is installed so as to follow the liquid level 9.
そして、サクション部材１１はホース１６ａ、導管２ｄ
を通じ切替弁を介してポンプ８ｂに接続する。The suction member 11 includes a hose 16a and a conduit 2d.
is connected to the pump 8b via a switching valve.
また第６図に詳細に示すとおり分離槽３の槽底に沈降す
る塗料軸１０を吸引するための吸引口１５ｂには適宜自
重などの重量を加えて、ホース１６ｂと接続することに
より槽底付近に到達可能に配置し、導管２ｅを通じ切替
弁を介してポンプ８ｂに接続する。Further, as shown in detail in FIG. 6, the suction port 15b for sucking up the paint shaft 10 settling on the bottom of the separation tank 3 is loaded with weight such as its own weight, and connected to the hose 16b, so that the suction port 15b is connected to the bottom of the tank. The pump 8b is connected to the pump 8b through a conduit 2e and a switching valve.
あるいは吸引口１５ａと吸引口１５ｂに連なる導管２ｄ
、２ｅよりそれぞれ切替弁をなくシ、全く別系統のポン
プと導管によって以後の工程に接続してもよい。Alternatively, the conduit 2d that connects the suction port 15a and the suction port 15b
, 2e, the switching valves may be omitted, and the subsequent processes may be connected to the pumps and conduits of completely different systems.
塗料軸回収装置に使用する濾過式脱水装置１７は通常ベ
ルトコンベア型のもので水平に移動し得る濾紙１８にて
濾過するものである。The filtration type dewatering device 17 used in the paint shaft recovery device is usually of the belt conveyor type and filters the paint using a horizontally movable filter paper 18.
第１図に示す実施例では、濾過式脱水装置１７の高さを
分離槽３の高さより高くする場合であり、塗料軸１０を
濾過式脱水装置１７へ移送するためのポンプ８ｂを配し
、導管２ｆを介して濾過式脱水装置１７に接続する。In the embodiment shown in FIG. 1, the height of the filtration type dewatering device 17 is made higher than the height of the separation tank 3, and a pump 8b for transferring the paint shaft 10 to the filtration type dehydrating device 17 is arranged. It is connected to a filtration type dehydrator 17 via a conduit 2f.
なお、その場合、ポンプ８ｂの入口直前を山越配管（管
を一旦ポンプ高さより高く山形に曲管すること）にする
とポンプ停止時にポンプ８ｂから分離槽３への逆流がな
く再起動が容易となる。In this case, if the pipe is installed in front of the inlet of the pump 8b over a mountain (the pipe is bent into a mountain shape to be higher than the height of the pump), there will be no backflow from the pump 8b to the separation tank 3 when the pump is stopped, making it easier to restart the pump. .
また、ポンプ８ｂは自吸性の高いケーシングを有するも
のが望ましい。Further, it is desirable that the pump 8b has a casing with high self-priming properties.
そして濾過式脱水装置１７の濾過水出口１９は導管２ｇ
を通じてポンプピット７に接続する。The filtrate water outlet 19 of the filtration type dehydrator 17 is connected to a conduit 2g.
It connects to the pump pit 7 through.
なお、２０は塗料軸１０を含有する懸濁液、２１は濾過
式脱水装置１７で脱水処理された回収塗料軸１０ａの受
箱である。In addition, 20 is a suspension containing the paint shaft 10, and 21 is a receiving box for the recovered paint shaft 10a which has been dehydrated in the filtration type dehydrator 17.
このように構成された実施例において塗装ブース１にて
過剰噴射された塗料軸１０は多量の水に懸濁、吸収され
導管２ａを通じ分離槽３に供給される。In the embodiment configured as described above, the paint shaft 10 over-sprayed in the paint booth 1 is suspended and absorbed in a large amount of water, and is supplied to the separation tank 3 through the conduit 2a.
分離槽３に供給された塗料軸１０の懸濁液２０には、塗
料軸１０の装置への付着性を低減させるために必要に応
じて薬注設備４より導管２ｂを通じてキラー剤が注入さ
れる。A killer agent is injected into the suspension 20 of the paint shaft 10 supplied to the separation tank 3 from the chemical injection equipment 4 through the conduit 2b as necessary to reduce the adhesion of the paint shaft 10 to the equipment. .
塗料軸懸濁液２０は分離槽３において滞流しながら浮上
、沈降する。The paint stem suspension 20 floats and settles in the separation tank 3 while flowing.
分離槽３にはバッフルプレート５を取付けることによっ
て、第２図に示すようにゆるやかな渦流を起させ、分離
した塗料軸１０を一定場所に集中させることが可能であ
る。By attaching a baffle plate 5 to the separation tank 3, it is possible to generate a gentle vortex as shown in FIG. 2 and to concentrate the separated paint shafts 10 at a certain location.
塗料軸１０を分離した処理水はスクリーン６を通過し、
粗大物を除去してポンプピット７に流入後、ポンプ８ａ
により導管２Ｃを通じて再び塗装ブース１に返送され循
環使用に供される。The treated water separated from the paint shaft 10 passes through the screen 6,
After removing coarse materials and flowing into the pump pit 7, the pump 8a
The paint is then returned to the coating booth 1 through the conduit 2C and used for circulation.
分離槽３についてサクション部材１１に接続された吸引
口１５ａは液２０中から液面９上方にかけて開口し、ま
た吸引口１５ｂは槽底３ｂ部に達して開口しているので
浮上した塗料粕１０および沈降した塗料粕１０は吸引し
て導管２ｄおよび導管２ｅに向けて各々管中に吸入され
る。Regarding the separation tank 3, the suction port 15a connected to the suction member 11 opens from inside the liquid 20 to above the liquid level 9, and the suction port 15b reaches the bottom 3b of the tank and opens, so that floating paint scum 10 and The settled paint sludge 10 is sucked into the conduit 2d and the conduit 2e, respectively.
サクション部材１１は液面９下にあるので吸引口１５
ａからの空気吸込みを防止する。Since the suction member 11 is below the liquid level 9, the suction port 15
Prevent air intake from a.
また、吸引口１５ａはフロート１２の動きに連れて前に
述べた渦流に追従するので、塗料粕１０が集中した位置
で効率よく吸引する。In addition, since the suction port 15a follows the above-mentioned vortex flow as the float 12 moves, it efficiently sucks paint sludge 10 at a concentrated position.
サクション部材１１に吸引された含水の塗料粕１０は濾
過式脱水装置１７に移送する。The water-containing paint sludge 10 sucked into the suction member 11 is transferred to a filtration type dewatering device 17.
濾過式脱水装置１７の高さが分離槽３の高さより高くし
た第１図の場合にはポンプ８ｂによって導管２ｆを通じ
濾過式脱水装置１７に移送する。In the case of FIG. 1 in which the height of the filtration type dehydrator 17 is higher than the height of the separation tank 3, the water is transferred to the filtration type dehydrator 17 through the conduit 2f by the pump 8b.
塗料粕１０ ａは移動、供給される濾紙１８上に落下し
て水と濾別され、濾紙１８とともに受箱２１へ送入、回
収する。The paint sludge 10a is moved and falls onto the supplied filter paper 18, is filtered from water, and is sent together with the filter paper 18 to a receiving box 21 and collected.
また濾過水は濾過式脱水装置１７の濾過水出口１９より
導管２ｇを通じて分離槽３内のポンプピット７に返送す
る。Further, the filtrated water is returned to the pump pit 7 in the separation tank 3 from the filtrated water outlet 19 of the filtration type dewatering device 17 through the conduit 2g.
第７図は濾過式脱水装置１７の高さを分離槽３の高さよ
り低くした本考案の他の実施例であり、この実施例では
、塗料粕１０を濾過式脱水装置１７に移送するためのポ
ンプ８ｂは不要となり、水位差による落差を利用するた
め、分離槽３の下方側面または底面に突出したサクショ
ン部材１１に接続する導管２ｂおよび吸引口１５ｂに接
続する導管２ｅに各々切替弁を介して濾過式脱水装置１
７に接続する。FIG. 7 shows another embodiment of the present invention in which the height of the filtration type dehydrator 17 is lower than the height of the separation tank 3. The pump 8b is no longer necessary, and in order to utilize the head caused by the difference in water level, the conduit 2b connected to the suction member 11 protruding from the lower side or bottom of the separation tank 3 and the conduit 2e connected to the suction port 15b are connected via switching valves. Filtration type dehydrator 1
Connect to 7.
濾過式脱水装置１７の濾過水出口１９には導管２ｈおよ
びポンプ８Ｃを通じ貯留溝２２を介し接続する。The filtrate outlet 19 of the filtration type dewatering device 17 is connected via a storage groove 22 through a conduit 2h and a pump 8C.
この実施例においては、濾過式脱水装置１７の高さを分
離槽３の高さより低くしているので、水位差によって自
然流下させ、濾過式脱水装置１７によって前記と同様に
塗料粕１０ ａの回収をする。In this embodiment, the height of the filtration type dehydrator 17 is lower than the height of the separation tank 3, so the water level difference causes the water to flow down naturally, and the filtration type dehydrator 17 collects the paint sludge 10a in the same manner as described above. do.
また濾過水は導管２ｇを通じて濾過水の貯留溝２２に一
旦貯留し、ポンプ８Ｃによって揚水して導管２ｈを通じ
てポンプピット７に返送する。Further, the filtered water is temporarily stored in the filtered water storage groove 22 through the conduit 2g, pumped up by the pump 8C, and returned to the pump pit 7 through the conduit 2h.
なお、本考案の他の実施例としては次のようなものとす
る。Note that other embodiments of the present invention are as follows.
吸引口１５ ｂは分離槽３の中の水中部に開口を持つ管
類の先端で、吸引口１５ ａ 、１５ ｂは塗料粕１０
の集まりやすい（濃度が高い）所に容易に取り出せる様
に設置し、開口の大きさは、塗料カスの搬送が容易に出
来る大きさとする。The suction port 15b is the tip of a pipe having an opening in the underwater part of the separation tank 3, and the suction ports 15a and 15b are used to remove paint sludge 10.
Install it in a place where paint scum tends to collect (high concentration) so that it can be easily removed, and the opening size should be large enough to allow easy transport of paint scum.
また、吸引口１５ ａ 、１５ ｂは他方の濾過式脱水
装置１７に接続して塗料粕１０を搬送する管類又はトラ
フ類と接合している。Further, the suction ports 15 a and 15 b are connected to the other filtration type dewatering device 17 and connected to pipes or troughs for conveying the paint sludge 10 .
一般には、分離槽３は地面高さより低く設置することが
多く、分離、脱水機１７をそれより低く設置し、水位差
により塗料粕１０を搬送することも出来るが、脱水した
水を分離槽３に戻すか他に排水の為に貯槽やポンプ（図
示されていない）が必要になる等設備が大きくなるので
、一般には塗料粕１０取り出しポンプを管類又はトラフ
類の途中に設ける。In general, the separation tank 3 is often installed lower than the ground level, and it is also possible to install the separation and dewatering machine 17 lower than that and transport the paint sludge 10 depending on the water level difference, but the dehydrated water is transferred to the separation tank 3. Since this requires a large facility such as a storage tank and a pump (not shown) for draining water or returning the water to water, a paint sludge 10 removal pump is generally installed in the middle of the pipes or troughs.
塗料粕取出しポンプは浮上した塗料粕１０を取り出すと
き、効率よく回収するため、流量を少くすると空気が混
入しやすく、かつポンプ内に塗料粕１０が付着しやすい
ので、それらの支障が少い構造のポンプを採用する。When the paint sludge removal pump takes out floating paint sludge 10, it is efficiently collected, so if the flow rate is reduced, air tends to get mixed in, and the paint sludge 10 tends to stick inside the pump, so it has a structure that reduces these problems. The pump will be adopted.
浮上している塗料粕１０をポンプを用いて取り出すとき
は、吸引口１５ａに接続する管をポンプと吸込口間の管
をＵ字形にして一定法さに水没してのち、槽外に導くと
、吸引口１５ ａから多少の空気が吸い込まれても揚水
が停止しに＜＜、万一停止しても、容易に自動復帰する
。When the floating paint sludge 10 is taken out using a pump, the pipe connected to the suction port 15a is made U-shaped between the pump and the suction port, submerged in water at a certain level, and then guided out of the tank. Even if some air is sucked in from the suction port 15a, water pumping will stop. Even if it stops, it will easily return automatically.
更に管は、空気が吸込まれると浮力で浮いて来るので、
管におもりをつけるか、フロートの動きに影響しない様
に水中で個定する。Furthermore, when air is sucked into the tube, it floats due to buoyancy.
Either attach a weight to the tube or hold it in the water so that it does not affect the movement of the float.
さらにまた、吸込口１５ ａ 、１５ ｂから分離脱水
機１７への管類（含ポンプ）に狭い通路、突起、曲り、
面積変化は避ける様にする。Furthermore, narrow passages, protrusions, bends,
Avoid changes in area.
その為、逆止弁を極力やめて山越配管（ポンプ停止のと
き、サイホンでポンプ内に水が残らないと再起動しても
揚水しないため、ポンプ内に水を残す必要のため、吸込
管を吸込口高さより高くした部分を作る配管）にするこ
とや主管の流量調節に弁を用いないでバイパス管を設は
バイパスへの逃がし量で流量調節をするなどの工夫をす
る方が良い。Therefore, avoid using check valves as much as possible, and use Yamakoshi piping. It is better to take measures such as creating a pipe with a section that is higher than the mouth height, or installing a bypass pipe without using a valve to adjust the flow rate of the main pipe, and adjusting the flow rate by the amount of relief to the bypass.
以下、これら実施例装置の有する効果ないし利点につい
て列挙すれば次のとおりである。Hereinafter, the effects and advantages of the apparatuses of these embodiments will be enumerated as follows.
（１）塗料粕を含む液体を効率よく自動的に吸引し、塗
料粕分離機構で塗料粕の分離回収を行なうことができ、
また導管にて上記液体を遠方まで選ぷ゛ことができる。(1) The liquid containing paint sludge can be efficiently and automatically sucked, and the paint sludge can be separated and collected using a paint sludge separation mechanism.
In addition, the liquid can be selected from a distance using a conduit.
したがって塗料粕の焼却場がタンクから遠い場合でも支
障がない。Therefore, there is no problem even if the paint sludge incineration site is far from the tank.
（２）塗料粕が液体と共に搬送されるので機械類への塗
料粕の付着が生じない。(2) Since the paint sludge is conveyed together with the liquid, no paint sludge adheres to machinery.
（３）渦を利用して効率のよいところに吸引口を設ける
ことが可能で、これにより確実に塗料粕を吸上げること
ができる。(3) It is possible to provide a suction port at an efficient location by using a vortex, and thereby paint sludge can be reliably sucked up.
（４）分離液の液面が変動しても、フロートの働きによ
り吸引口が確実に液面に追従する。(4) Even if the liquid level of the separated liquid fluctuates, the suction port reliably follows the liquid level due to the action of the float.
（５）吸引口の部分の構造を工夫して空気の吸込みをな
くすことにより、ポンプの効率を高め安定した吸込みを
行なうことができる。(5) By devising the structure of the suction port to eliminate air suction, the efficiency of the pump can be increased and stable suction can be performed.
（６）人力による塗料粕の掻き寄せを必要としないので
、作業環境を大幅に改善することができる。(6) Since manual scraping of paint sludge is not required, the work environment can be greatly improved.
（７）脱水後の塗料粕の取扱いが容易であり、濾過水も
清浄になるので塗装ブースの洗清水として再利用するこ
とが可能である。(7) The paint sludge after dehydration is easy to handle, and the filtered water is also clean, so it can be reused as cleaning water for the painting booth.
（８）分離槽より脱水装置に含水した塗料粕を移送する
際、脱水装置の高さを低くして落差による安定供給がで
きる。(8) When transporting water-containing paint sludge from the separation tank to the dewatering device, the height of the dehydrating device can be lowered to ensure stable supply due to the head difference.
従って最も汚染され易いこの位置でのポンプを省略でき
る。Therefore, the pump can be omitted at this location where it is most likely to be contaminated.
（９）大型の塗装ブースにも対応できる。(9) Can also be used in large painting booths.
第１図乃至第６図は本考案の一実施例としての塗料粕回
収装置を示すもので、第１図はその実施例の全体配置図
、第２図はその実施例の一部を構成する分離槽の平面図
、第３図はその縦断面図であり、第４，５図はそのフロ
ートによるサクション部材の保持部分を示すもので、第
４図はその平面図、第５図は第４図の横断面図、第６図
はその槽底部用サクション部材の横断面図、第７図は本
考案の他実施例としての塗料粕回収装置の全体配置図で
ある。
１・・・・・・塗装ブース、２ Ｃ，２ｄ 、２ ｅ
、２ ｆ・・・・・・導管、３・・・・・・分離槽、８
ｂ・・・・・・ポンプ、９・・・・・・液面、１０・・
・・・・塗料粕、１１・・・・・・サクション部材、１
２・・・・・・フロート、１３・・・・・・連結枠、１
４・・・・・・支持棒、１５ ａ 、１５ ｂ・・・・
・・吸引口、１６ ａ 、１６ ｂ・・・・・・ホース
、１７・・・・・・濾過式脱水装置、２０・・・・・・
懸濁液。Figures 1 to 6 show a paint sludge collection device as an embodiment of the present invention, Figure 1 is the overall layout of the embodiment, and Figure 2 is a part of the embodiment. A plan view of the separation tank, FIG. 3 is a vertical sectional view thereof, and FIGS. 4 and 5 show the holding part of the suction member by the float. FIG. 6 is a cross-sectional view of the suction member for the bottom of the tank, and FIG. 7 is an overall layout diagram of a paint sludge recovery device as another embodiment of the present invention. 1...Painting booth, 2C, 2d, 2e
, 2 f... Conduit, 3... Separation tank, 8
b...Pump, 9...Liquid level, 10...
...Paint sludge, 11...Suction member, 1
2...Float, 13...Connection frame, 1
4...Support rod, 15a, 15b...
... Suction port, 16 a, 16 b ... Hose, 17 ... Filtration type dehydrator, 20 ...
suspension.
Claims (1)
と同塗装ブースで洗浄用として循環使用する洗浄水とを
滞留させ混入する塗料粕を浮上又は沈降させるバッフル
プレートを有する分離槽と、同分離槽内で浮上又は沈降
した高濃度の塗料粕を含む懸濁液を取り出し搬送する搬
送装置と、同搬送装置に連通しかつ同懸濁液を濾紙によ
り連続的に脱水し同懸濁液中の塗料粕を同濾紙とともに
連続的に分離回収する脱水装置と、同脱水装置と前記分
離槽にスクリーンを配し側壁との間に設けられたポンプ
ピットとを配管装置で接続したことを特徴とする塗料粕
回収装置。A separation tank that is connected to the painting booth and has a baffle plate that retains paint sludge generated in the painting booth and cleaning water that is circulated for cleaning in the painting booth and floats or settles mixed paint sludge; A conveying device that takes out and conveys a suspension containing highly concentrated paint scum that has floated or settled in a tank, and a conveying device that is connected to the conveying device and that continuously dehydrates the suspension using filter paper. A dewatering device that continuously separates and collects paint sludge together with the filter paper, and a pump pit provided between the separation tank and the side wall with a screen arranged therein are connected by a piping device. Paint sludge collection device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1980112184U JPS5921856Y2 (en) | 1980-08-07 | 1980-08-07 | Paint sludge collection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1980112184U JPS5921856Y2 (en) | 1980-08-07 | 1980-08-07 | Paint sludge collection device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS5735879U JPS5735879U (en) | 1982-02-25 |
| JPS5921856Y2 true JPS5921856Y2 (en) | 1984-06-29 |
Family
ID=29473249
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP1980112184U Expired JPS5921856Y2 (en) | 1980-08-07 | 1980-08-07 | Paint sludge collection device |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS5921856Y2 (en) |
Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS6039322A (en) * | 1983-08-11 | 1985-03-01 | キヤノン株式会社 | Battery charging system |
| JP2010115626A (en) * | 2008-11-14 | 2010-05-27 | Anest Iwata Corp | Recovery apparatus for sludge treatment in coating booth |
| JP5387232B2 (en) * | 2009-08-26 | 2014-01-15 | Ｊｆｅスチール株式会社 | Sludge removal equipment |
| JP6001501B2 (en) * | 2013-05-22 | 2016-10-05 | 本田技研工業株式会社 | Water-based uncoated paint recovery device and recovery method |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5416379U (en) * | 1977-07-06 | 1979-02-02 |
-
1980
- 1980-08-07 JP JP1980112184U patent/JPS5921856Y2/en not_active Expired
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5416379U (en) * | 1977-07-06 | 1979-02-02 |
Also Published As
| Publication number | Publication date |
|---|---|
| JPS5735879U (en) | 1982-02-25 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| FI75139C (en) | FARING EQUIPMENT FOR APPARATUS AV OLIL FRAON VATTEN. | |
| US7767085B2 (en) | Oil-sludge filtration system having a free floating weir box | |
| US3635343A (en) | Filtration system | |
| KR101751424B1 (en) | Equipment development for effective removal when a lot of sea creatures flow | |
| EP0006925A1 (en) | Method and apparatus for cleaning cutting fluid. | |
| US5300225A (en) | Vacuum cleaned micro-strainer system | |
| US8277652B2 (en) | Oil-sludge filtration system with aeration pump | |
| US4714558A (en) | Wastewater treatment system | |
| JPS5921856Y2 (en) | Paint sludge collection device | |
| US10525380B2 (en) | Floating chopper sludge weir | |
| US5032293A (en) | Basket filter assembly with inclined nozzle | |
| US6969414B2 (en) | Waste stream separator | |
| CN217895337U (en) | Dissolved air floatation slag discharging equipment | |
| JPH059109Y2 (en) | ||
| RU2066360C1 (en) | Machine for cleaning drain well | |
| JPS6330544Y2 (en) | ||
| JP2003145167A (en) | Cleaning device for circulating washing water in washing apparatus | |
| JP2007090291A (en) | Water filtration apparatus | |
| JPH1199349A (en) | Washing type spray booth | |
| CN218810617U (en) | Floating oil collecting and separating integrated equipment | |
| CN211799317U (en) | Full-automatic vacuum discharge guide device with solid-liquid separation function | |
| JPS5851924Y2 (en) | Sediment removal equipment | |
| SU980756A1 (en) | Oil and water separator | |
| SU1386871A1 (en) | Arrangement for cleaning bottom of opened water pools | |
| JP2003094048A (en) | Apparatus and method for recovering floating scum and sludge in grease trap tank |