JP2003211148A - System for feeding wastewater treatment agent - Google Patents
System for feeding wastewater treatment agentInfo
- Publication number
- JP2003211148A JP2003211148A JP2002014821A JP2002014821A JP2003211148A JP 2003211148 A JP2003211148 A JP 2003211148A JP 2002014821 A JP2002014821 A JP 2002014821A JP 2002014821 A JP2002014821 A JP 2002014821A JP 2003211148 A JP2003211148 A JP 2003211148A
- Authority
- JP
- Japan
- Prior art keywords
- treatment agent
- wastewater
- wastewater treatment
- quality
- agent component
- 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.)
- Granted
Links
Classifications
-
- 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
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W10/00—Technologies for wastewater treatment
- Y02W10/10—Biological treatment of water, waste water, or sewage
Landscapes
- Treatment Of Biological Wastes In General (AREA)
- Activated Sludge Processes (AREA)
Abstract
Description
【０００１】[0001]
【発明の属する技術分野】本発明は、グリストラップや
浄化槽等の排水中に投入して油分や繊維等の分解を行う
排水処理剤を供給するための排水処理剤供給システムに
関する。更に詳しくは、使用する排水処理剤に含有する
複数成分を排水の成分に合わせて調製し、無駄の少ない
排水処理剤を供給することができる排水処理剤供給シス
テムに関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a wastewater treatment agent supply system for supplying a wastewater treatment agent that is put into wastewater such as grease traps and septic tanks to decompose oil and fibers. More specifically, the present invention relates to a wastewater treatment agent supply system capable of preparing a plurality of components contained in a wastewater treatment agent to be used according to the components of wastewater and supplying a wastewater treatment agent with little waste.
【０００２】[0002]
【従来の技術】飲食店等では調理くずや廃油等を含む大
量の排水が生じるが、この排水を直接下水道に流した
り、放水することは河川等の汚染につながるため、グリ
ストラップ及び浄化槽等の排水処理装置によって所定の
排水基準におさまるように、汚物等の除去及び浄化を行
ってから排出を行うことが求められている。2. Description of the Related Art A large amount of waste water containing cooking waste, waste oil, etc. is produced in restaurants and the like, but if this waste water is directly discharged into the sewer or discharged, it will lead to pollution of rivers and the like. It is required to remove and purify filth and the like before discharging the wastewater so that the wastewater treatment equipment meets a predetermined wastewater standard.
【０００３】これら排水処理装置のうち、グリストラッ
プは油脂及び料理くず等の汚物を排水から分離し、集め
る設備である。また、グリストラップは集めた油分等を
そのまま保持するため、油分等が悪臭を放つという問題
があった。これらの問題を解決するため、グリストラッ
プに微生物等を排水処理剤として投入し、これらによっ
て保持される油分等を分解するという提案が、特許３０
１１６４１号公報及び特開平１０−２６３５２４号公報
等でされている。Of these wastewater treatment devices, the grease trap is a facility for separating dirt such as fats and oils and cooking waste from the wastewater and collecting them. Further, since the grease trap retains the collected oil and the like as it is, there is a problem that the oil and the like give off a bad odor. In order to solve these problems, there is a proposal that a microorganism or the like is added to a grease trap as a wastewater treatment agent to decompose oil and the like retained by these agents, as disclosed in Patent 30.
11641 and Japanese Patent Laid-Open No. 10-263524.
【０００４】また、浄化槽は汚物等を沈下等の方法で分
離するとともに、浄化槽内の微生物等の活動によって油
分等の有機物を分解させることで排水を浄化する排水処
理装置である。この浄化槽は微生物等が繁殖できるよう
に、浄化槽へ流入する排水品質を考慮する必要がある。
更に、排水の品質が微生物の処理能力以上である場合は
浄化槽に排水処理剤を投入する場合がある。The septic tank is a wastewater treatment device for separating wastewater by a method such as subsidence, and decomposing wastewater by decomposing organic substances such as oil by the activity of microorganisms in the septic tank. In this septic tank, it is necessary to consider the quality of the wastewater that flows into the septic tank so that microorganisms can propagate.
Further, when the quality of the wastewater is higher than the treatment capacity of microorganisms, the wastewater treatment agent may be added to the septic tank.
【０００５】[0005]
【発明が解決しようとする課題】しかし、グリストラッ
プ及び浄化槽に流入する排水の品質は一様ではない。例
えば、焼肉料理を扱う飲食店であれば脂肪等の油分が多
い排水となるし、麺料理を扱う飲食店であれば調味料を
多く含む汁が多い排水となる。このような様々な品質の
排水を処理するために、通常排水処理剤は複数の処理剤
成分を含有している。このため、排水の品質によっては
全て使用されない処理剤成分や、効果を発揮できない処
理剤成分が生じ、無駄があるという問題がある。また、
これら無駄となる処理剤成分を含有することから排水処
理剤のコストが嵩む問題がある。However, the quality of the waste water flowing into the grease trap and the septic tank is not uniform. For example, a restaurant that deals with yakiniku dishes has a large amount of oil such as fat, and a restaurant that deals with noodle dishes has a large amount of soup containing a lot of seasonings. In order to treat such wastewater of various qualities, the wastewater treatment agent usually contains a plurality of treatment agent components. Therefore, depending on the quality of the wastewater, there is a problem that some of the treatment agent components are not used or some of the treatment agent components cannot exert their effects, resulting in waste. Also,
Since these waste treatment agent components are contained, the cost of the wastewater treatment agent increases.
【０００６】更に、排水の品質及び量は常に一定ではな
く、無駄のない排水処理剤にするには、その処理剤成分
の比率を適宜変更する必要があり、この調節の手間が煩
雑であった。例えば飲食店等ではメニューの変更、及び
客数の変動により排水の質や量が変わる。また、グリス
トラップ等は、その性能を維持するために定期的に清掃
する必要がある。しかし、蓄積した油分が放つ異臭のた
め、清掃を行う意欲が消失し、適切な掃除が行われない
場合がある。Further, the quality and amount of wastewater are not always constant, and in order to obtain a wastewater treatment agent with no waste, it is necessary to appropriately change the ratio of the components of the treatment agent, which is troublesome to adjust. . For example, in restaurants and the like, the quality and quantity of wastewater change due to changes in the menu and changes in the number of customers. In addition, the grease trap and the like need to be regularly cleaned to maintain its performance. However, since the accumulated oil gives off an offensive odor, the motivation for cleaning may be lost and proper cleaning may not be performed.
【０００７】本発明はこのような問題点を解決するもの
であり、排水処理剤に含有する各処理剤成分の無駄が少
なく、適切な成分及び量を含む排水処理剤を供給するこ
とができる排水処理剤供給システムを提供することを目
的とする。The present invention solves such a problem, and wastewater of each treatment agent component contained in the wastewater treatment agent is less wasted, and a wastewater treatment agent containing an appropriate component and amount can be supplied. An object is to provide a treatment agent supply system.
【０００８】[0008]
【課題を解決するための手段】本発明の排水処理剤供給
システムは、複数の処理剤成分の１種又は２種以上を配
合してなる排水処理剤を供給するために、該排水処理剤
を投入する対象の排水の品質情報を入力する排水品質入
力手段と、該排水を処理するために必要な該処理剤成分
及びその配合比率を該品質情報から求めるための処理剤
成分配合情報を記憶する処理剤成分配合記憶手段と、該
排水品質入力手段により入力した該品質情報、並びに該
処理剤成分配合情報から該排水処理剤に含まれる該処理
剤成分及びその処理剤成分の配合比率を決定する処理剤
成分決定手段と、該処理剤成分決定手段によって決定し
た該処理剤成分及びその処理剤成分の該配合比率を出力
する処理剤成分出力手段と、を備えることを特徴とす
る。The wastewater treatment agent supply system according to the present invention supplies the wastewater treatment agent in order to supply the wastewater treatment agent containing one or more of a plurality of treatment agent components. The wastewater quality input means for inputting quality information of the wastewater to be input, and the processing agent component mixing information for obtaining the processing agent component and its mixing ratio necessary for treating the wastewater from the quality information are stored. The treating agent component mixture storage means, the quality information input by the wastewater quality inputting means, and the treating agent component mixture information are used to determine the treating agent component contained in the wastewater treating agent and the blending ratio of the treating agent component. It is characterized by comprising a treating agent component determining means and a treating agent component output means for outputting the treating agent component and the blending ratio of the treating agent component determined by the treating agent component determining means.
【０００９】また、上記排水は飲食料の調理及び食器の
洗浄にともなって生じる水であり、上記排水品質入力手
段は、上記飲食料及び／又はその材料の種類を上記品質
情報として入力することができる。更に、上記排水は飲
食店から排出され、上記排水品質入力手段は、該飲食店
の所定期間あたりの来客数を入力し、上記処理剤成分決
定手段は、上記排水処理剤の供給量を該来客数から決定
することができる。更に、上記排水処理剤は、少なくと
も上記排水を処理する酵素を含有する上記処理剤成分を
含むことができる。Further, the drainage water is water produced by cooking the food and drink and washing the dishes, and the drainage quality input means may input the kind of the food and drink and / or its material as the quality information. it can. Further, the wastewater is discharged from a restaurant, the wastewater quality input means inputs the number of visitors per predetermined period of the restaurant, and the treatment agent component determining means determines the supply amount of the wastewater treatment agent to the guests. It can be determined from the number. Further, the wastewater treatment agent can include at least the treatment agent component containing an enzyme that treats the wastewater.
【００１０】本排水処理剤供給システムは、上記飲食店
の業種、上記来客数及び上記所定時間当りの排水量から
上記排水処理剤の料金を決定するための料金算出式情報
を記憶した料金算出式記憶手段と、上記排水品質入力手
段による求める該業種、退却数及び該排水量、並びに該
料金算出式記憶手段に記憶される料金算出式情報から、
該排水処理剤の料金を決定する料金算出手段と、該料金
算出手段により決定された該料金を出力する料金出力手
段とを更に備えることができる。上記排水品質入力手段
による排水の品質情報は、所定期間毎に繰り返し行われ
ることができる。上記処理剤成分出力手段により出力さ
れる上記処理剤成分及び該処理剤成分の配合比率の上記
排水処理剤を製造する排水処理剤製造装置を更に備える
ことができる。The present wastewater treatment agent supply system stores a charge calculation formula memory for storing charge calculation formula information for determining the charge of the wastewater treatment agent from the type of restaurant, the number of visitors, and the amount of wastewater per predetermined time. Means, the industry, the number of retreats and the amount of drainage required by the wastewater quality input means, and the charge calculation formula information stored in the charge calculation formula storage means,
It is possible to further include a charge calculation means for determining the charge of the wastewater treatment agent, and a charge output means for outputting the charge determined by the charge calculation means. The quality information of the wastewater by the wastewater quality input means can be repeatedly provided every predetermined period. It is possible to further include a wastewater treatment agent manufacturing apparatus for producing the wastewater treatment agent having the mixing ratio of the treatment agent component and the treatment agent component output by the treatment agent component output means.
【００１１】[0011]
【発明の効果】本発明の排水処理剤供給システムによれ
ば、排水の品質情報を入力することで、処理剤成分の無
駄がなく、かつ排水を適正に処理することができる排水
処理剤の成分比率を求め、この排水処理剤を供給するこ
とができる。また、排水の品質が異なる複数箇所へ、そ
れぞれ適正に排水処理し、かつ無駄のない排水処理剤を
容易に供給することができる。更に、排水の品質が変化
しても、品質入力が容易であるため、対応する排水処理
剤を容易に供給することができる。また、供給する排水
処理剤を排水処理装置に使用することにより、排水処理
装置に蓄積される油分等の悪臭源を分解し、悪臭の発生
を抑制することができる。更に、悪臭の発生を抑制する
ことで排水処理装置の清掃を行うことの抵抗感を軽減す
ることができる。According to the wastewater treatment agent supply system of the present invention, by inputting the quality information of the wastewater, the wastewater treatment agent components can be properly treated without waste of the treatment agent components. The wastewater treatment agent can be supplied by obtaining the ratio. In addition, it is possible to appropriately supply wastewater to a plurality of places having different effluent qualities and to easily supply a wastewater treatment agent without waste. Further, even if the quality of the wastewater changes, the quality input is easy, so that the corresponding wastewater treatment agent can be easily supplied. Further, by using the supplied wastewater treatment agent in the wastewater treatment device, it is possible to decompose the source of malodor such as oil accumulated in the wastewater treatment device and suppress the generation of malodor. Furthermore, by suppressing the generation of foul odors, it is possible to reduce the resistance to cleaning the wastewater treatment device.
【００１２】本排水処理剤供給システムは、排水の品質
自体を入力するのではなく、排水の元となる飲食料及び
材料を品質情報として入力することで排水処理剤の成分
比率を求めることができるため、排水品質の入力に必要
な情報を容易に用意することができ、手間をかける必要
がない。更に、排水量に応じて排水処理剤の使用量を調
節する必要があるが、排水量を来客数から求めるために
排水量を求めるための計器を新たに設ける必要がなく、
しかも容易に排水処理剤の使用量を求めることができ
る。In this wastewater treatment agent supply system, the component ratio of the wastewater treatment agent can be obtained by not inputting the quality itself of the wastewater, but by inputting the food and drink and the material which are the source of the wastewater as quality information. Therefore, it is possible to easily prepare the information necessary for inputting the wastewater quality, and it is not necessary to take the trouble. Furthermore, it is necessary to adjust the amount of wastewater treatment agent used according to the amount of wastewater, but there is no need to newly install a meter for determining the amount of wastewater in order to obtain the amount of wastewater from the number of visitors.
Moreover, the amount of wastewater treatment agent used can be easily determined.
【００１３】また、排水処理剤は排水の品質に応じて必
要な酵素を含有することができる。更に、排水処理剤供
給システムは、業種や来客数等から排水処理剤の料金を
決定することができ、飲食店の規模に応じた適性の料金
を提示することができる。Further, the wastewater treatment agent can contain an enzyme necessary for the quality of the wastewater. Furthermore, the wastewater treatment agent supply system can determine the fee for the wastewater treatment agent from the type of industry, the number of visitors, etc., and can present an appropriate fee according to the scale of the restaurant.
【００１４】[0014]
【発明の実施の形態】以下に図１〜図２を用いて、本発
明の排水処理剤供給システムを詳細に説明する。本排水
処理剤供給システムは、グリストラップ及び浄化槽等の
排水処理装置に投入し、排水処理を行う排水処理剤を供
給するためのシステムである。また、特に飲食店等の有
機物を多く含む排水を処理する排水処理剤を供給するた
めのシステムである。BEST MODE FOR CARRYING OUT THE INVENTION The wastewater treatment agent supply system of the present invention will be described in detail below with reference to FIGS. This wastewater treatment agent supply system is a system for supplying the wastewater treatment agent to a wastewater treatment device such as a grease trap and a septic tank to perform wastewater treatment. In addition, it is a system for supplying a wastewater treatment agent for treating wastewater containing a large amount of organic substances, especially in restaurants.
【００１５】１．排水処理剤
本排水処理剤供給システムで供給する排水処理剤は、１
種類又は２種類以上の処理剤成分を含有する。また、排
水処理剤は、水溶性の粉末又は液体の形態で製造され
る。この「処理剤成分」とは排水処理剤に配合使用さ
れ、排水処理装置内の排水を分解等により処理を行うこ
とができる一成分をいう。この処理剤成分として、本実
施例では、排水中の有機物（油分、繊維等も含む）を分
解することができる酵素と、死滅した浄化槽内の土着菌
を代替するための補充用菌と、酵素の活性を補助する補
酵素及びｐＨ調整剤等の補助処理剤とを用いている。ま
た、補充用菌及び補助処理剤のみでは、排水処理に用い
ることができないため、排水処理剤は、少なくとも酵素
からなる処理剤成分を含むものとした。1. Wastewater treatment agent The wastewater treatment agent supplied by this wastewater treatment agent supply system is 1
Contains one or more types of treatment agent components. The wastewater treatment agent is manufactured in the form of water-soluble powder or liquid. The “treatment agent component” is a component that is used by being mixed with the wastewater treatment agent and that can treat the wastewater in the wastewater treatment equipment by decomposition or the like. As the treatment agent component, in the present embodiment, an enzyme capable of decomposing organic matter (including oil, fiber, etc.) in wastewater, a supplementary bacterium for substituting the indigenous bacteria in the dead septic tank, and an enzyme And a co-enzyme such as a co-enzyme and a pH adjusting agent for assisting the activity of the. In addition, since only the supplementary bacteria and the auxiliary treatment agent cannot be used for wastewater treatment, the wastewater treatment agent contains at least a treatment agent component composed of an enzyme.
【００１６】このように複数の処理剤成分を選択可能に
しているのは、酵素によって処理できる有機物が限られ
ており、全ての種類の有機物に対して効果がなかった
り、効果が少ないためである。つまり、脂肪の分解に適
した酵素は、セルロース等の食物繊維の分解に適さない
し、食物繊維の分解に適する酵素では脂肪の分解が難し
い。このため、本発明では、いくつかの酵素を処理剤成
分として可能とし、有機物の種類毎に適切に作用する処
理剤成分の組合せ及び配合比率を予め調べた情報を作成
した。また、排水中の有機物の種類に応じて処理剤成分
の組合せ及び配合比率を該情報より求めることで、容易
に排水処理剤を供給できるようにした。尚、排水処理剤
の供給方法は特に問わない。例えば、排水処理剤をビン
詰め及び袋詰め等の形態で包装し、輸送することで供給
することができる。更に、パイプライン等を構築し、排
水処理装置に直接供給することもできる。The reason why a plurality of treating agent components can be selected in this way is that the organic substances that can be treated by the enzyme are limited, and there is little or no effect on all types of organic substances. . That is, an enzyme suitable for decomposing fat is not suitable for decomposing dietary fiber such as cellulose, and an enzyme suitable for decomposing dietary fiber is difficult to decompose fat. Therefore, in the present invention, some enzymes are made possible as treatment agent components, and information is prepared by previously examining the combinations and blending ratios of the treatment agent components that act appropriately for each type of organic substance. Further, by obtaining the combination and mixing ratio of the treatment agent components from the information according to the type of organic matter in the wastewater, the wastewater treatment agent can be easily supplied. The method for supplying the wastewater treatment agent is not particularly limited. For example, the wastewater treatment agent can be supplied by packaging it in a form such as bottle filling and bag filling and transporting it. Further, a pipeline or the like can be constructed and directly supplied to the wastewater treatment equipment.
【００１７】また、供給する排水処理剤を間欠投入する
場合、その投入間隔が排水処理装置の清掃間隔に一致す
るように投入量を調節することができる。投入量を調節
して排水処理剤の投入作業と清掃作業を同時に行うこと
ができるようにすることで、排水処理装置の排水処理装
置にかかわる手間をまとめることができる。また、投入
作業又は清掃作業の実施を忘れにくくし、排水処理装置
の性能を容易に維持することができる。In addition, when the wastewater treatment agent to be supplied is intermittently charged, it is possible to adjust the charging amount so that the charging interval matches the cleaning interval of the wastewater treatment device. By adjusting the input amount so that the work of supplying the wastewater treatment agent and the cleaning work can be performed at the same time, the time and effort involved in the wastewater treatment device of the wastewater treatment device can be summarized. In addition, it is possible to make it easier to forget to perform the loading work or the cleaning work, and easily maintain the performance of the wastewater treatment device.
【００１８】２．排水処理剤供給システムの構成
本排水処理剤供給システムはパーソナルコンピュータ及
びワークステーション等のコンピュータ上のプログラム
として動作し、図１に示すように、排水品質入力手段１
１、処理剤成分配合記憶手段１２、処理剤成分決定手段
１３、処理剤成分出力手段１４、料金算出式記憶手段１
５、料金算出手段１６、料金出力手段１７及び排水処理
剤製造装置１８を備える。2. Configuration of Wastewater Treatment Agent Supply System This wastewater treatment agent supply system operates as a program on a computer such as a personal computer and a workstation, and as shown in FIG.
1, processing agent component combination storage means 12, processing agent component determination means 13, processing agent component output means 14, charge calculation formula storage means 1
5, the charge calculation means 16, the charge output means 17, and the wastewater treatment agent manufacturing apparatus 18 are provided.
【００１９】（１）排水品質入力手段１１
排水品質入力手段１１は、コンピュータのキーボード、
又はインターネット等のネットワーク等の手段で構成さ
れており、排水の品質情報を入力する手段である。排水
自体の品質は、排水中の有機物の量及び種類等によって
決まる。しかし、排水自体の品質を求めるにはＣＯＤ
（化学的酸素消費量）等の形で求める必要があるため、
一般の事業所及び家庭等では測定器具や試薬等を用意
し、測定作業を行う必要があるため、煩雑である。そこ
で、本排水処理剤供給システムでは、飲食料及び／又は
その材料の種類を上記「品質情報」として排水品質入力
手段１１に入力することで、排水自体の品質を類推して
いる。本排水処理剤供給システムにより供給する排水処
理剤の対象は主に飲食店等であり、飲食店では使用する
飲食料及び／又はその材料の種類に偏りがあるため、上
記類推によって排水処理剤の配合比率等を決定しても、
十分な排水処理性能を備えた排水処理剤を供給すること
ができるからである。また、家庭においても、排水は生
活排水であるため、飲食料及び／又はその材料の種類の
他に、風呂の残り湯、洗濯水及びトイレの排水を含める
ことで排水自体の品質を類推することができる。(1) Drainage quality input means 11 The drainage quality input means 11 is a computer keyboard,
Alternatively, it is configured by means of a network such as the Internet and is a means for inputting quality information of wastewater. The quality of the wastewater itself is determined by the amount and type of organic matter in the wastewater. However, to find the quality of the wastewater itself, COD
Since it is necessary to calculate in the form of (chemical oxygen consumption),
In general offices and homes, it is necessary to prepare measuring instruments, reagents, etc. and perform measurement work, which is complicated. Therefore, in the wastewater treatment agent supply system, the quality of the wastewater itself is estimated by inputting the type of food and drink and / or its material into the wastewater quality input means 11 as the “quality information”. The target of the wastewater treatment agent supplied by this wastewater treatment agent supply system is mainly restaurants and the like, and there is a bias in the types of food and drink and / or its materials used in restaurants, so the above analogy suggests that Even if you decide the mixing ratio etc.
This is because a wastewater treatment agent having sufficient wastewater treatment performance can be supplied. Also, at home, since the wastewater is domestic wastewater, the quality of the wastewater itself should be estimated by including the remaining hot water in the bath, the washing water, and the wastewater in the toilet in addition to the type of food and drink and / or the material thereof. You can
【００２０】（２）処理剤成分配合記憶手段１２
処理剤成分配合記憶手段１２は、処理剤成分配合情報を
記憶する手段であり、任意の記憶装置中にデータベース
として構築されている。「処理剤成分配合情報」は、排
水品質入力手段１１に入力された品質情報である飲食料
及び／又はその材料から、これらを調理及び飲食した結
果排出される排水に必要な処理剤成分の種類及びその比
率を求めるための情報である。例えば表１に示すよう
に、品質情報に「動物油」が含まれている場合は、この
動物油由来の排水処理を行うのに適した排水処理剤の処
理剤成分は、「酵素Ａ」及び「酵素Ｄ」であり、その比
率が４対１であることがわかる。この処理剤成分配合情
報は、予め、飲食料及び／又はその材料のそれぞれの排
水処理に必要な処理剤成分及びその比率を調べて求めた
ものである。(2) Processing Agent Component Mixing Storage Means 12 The processing agent component mixing storage means 12 is a means for storing processing agent component mixing information, and is constructed as a database in an arbitrary storage device. “Treatment agent component mixture information” is the type of treatment agent component required for drainage discharged as a result of cooking and eating the food and drink and / or its material, which is the quality information input to the wastewater quality input means 11. And information for obtaining the ratio. For example, as shown in Table 1, when the quality information includes “animal oil”, the treatment agent components of the wastewater treatment agent suitable for performing the wastewater treatment derived from this animal oil are “enzyme A” and “enzyme”. D ”and the ratio is 4: 1. This treating agent component blending information is obtained in advance by examining the treating agent component and its ratio required for the drainage treatment of each food and drink and / or its material.
【００２１】[0021]
【表１】 [Table 1]
【００２２】（３）処理剤成分決定手段１３
処理剤成分決定手段１３は排水品質入力手段１１に入力
された品質情報と、処理剤成分配合記憶手段１２に記憶
する処理剤成分配合情報とから、供給する排水処理剤に
含まれる処理剤成分及びその処理剤成分の配合比率を決
定するための演算手段である。本処理剤成分決定手段１
３は、品質情報中の飲食料及び／又はその材料を表１に
示す処理剤成分配合情報に照らし合わせ、排水処理剤の
処理剤成分の種類及びその比率を求める。また、飲食料
及び／又はその材料が複数種類ある場合は、それぞれ処
理剤成分配合情報に照らし合わせて、排水処理剤の処理
剤成分の種類及びその比率を求め、まとめることが行わ
れる。更に、飲食料及び／又はその材料の利用比率に応
じた、処理剤成分量の補正が行われる。(3) Treating agent component determining means 13 The treating agent component determining means 13 uses the quality information input to the wastewater quality input means 11 and the treating agent component mixture information stored in the treating agent component mixture storing means 12, It is an arithmetic means for determining the treatment agent component contained in the supplied wastewater treatment agent and the mixing ratio of the treatment agent component. The present treatment agent component determination means 1
3 compares the food and drink in the quality information and / or the material thereof with the treating agent component mixture information shown in Table 1 to obtain the type and the ratio of the treating agent component of the wastewater treating agent. When there are a plurality of types of food and drink and / or their ingredients, the types and ratios of the treatment agent components of the wastewater treatment agent are obtained and summarized based on the respective treatment agent component combination information. Further, the amount of the treating agent component is corrected according to the usage ratio of the food and drink and / or the material thereof.
【００２３】また、品質情報中の所定時間当りの排水量
から、排水処理剤の供給量の算出も行われる。更に、排
水処理剤を排水処理装置に間欠投入される場合は、その
投入量の算出が行われる。Further, the supply amount of the wastewater treatment agent is calculated from the wastewater amount per predetermined time in the quality information. Further, when the wastewater treatment agent is intermittently introduced into the wastewater treatment equipment, the amount of the introduction is calculated.
【００２４】（４）処理剤成分出力手段１４
処理剤成分出力手段１４は、処理剤成分決定手段１３に
よって決定された排水処理剤の処理剤成分の種類及びそ
の比率を、排水処理剤製造装置１８に出力する手段であ
る。この処理剤成分出力手段１４は、任意に選択するこ
とができ、ネットワーク等の通信線を用いて、処理剤成
分の種類等の情報を送信することを例示することができ
る。また、プリンタに数字等を用いて印刷し、その印刷
した紙を用いて製造装置に伝達することができる。(4) Treatment agent component output means 14 The treatment agent component output means 14 determines the type and ratio of the treatment agent component of the wastewater treatment agent determined by the treatment agent component determination means 13 from the wastewater treatment agent manufacturing apparatus 18 It is a means to output to. The processing agent component output means 14 can be arbitrarily selected, and it can be exemplified that the information such as the type of the processing agent component is transmitted using a communication line such as a network. In addition, it is possible to print on the printer using numbers or the like and to transmit the printed paper to the manufacturing apparatus.
【００２５】（５）料金算出式記憶手段１５
料金算出式記憶手段１５は、料金算出式情報を記憶する
手段であり、任意の記憶装置中にデータベースとして構
築されている。「料金算出式情報」は、排水処理剤の料
金を決定するための式に関する情報である。この料金算
出式情報は、表２〜４に示すように飲食店の業種、来客
数及び所定時間当りの排水量から算出するための表であ
る。(5) Charge Calculation Formula Storage Means 15 The charge calculation formula storage means 15 is a means for storing charge calculation formula information, and is constructed as a database in an arbitrary storage device. The “charge calculation formula information” is information regarding a formula for determining the charge of the wastewater treatment agent. As shown in Tables 2 to 4, this charge calculation formula information is a table for calculating from the type of restaurant, the number of visitors, and the amount of drainage per predetermined time.
【００２６】[0026]
【表２】 [Table 2]
【００２７】[0027]
【表３】 [Table 3]
【００２８】[0028]
【表４】 [Table 4]
【００２９】業種によって利用料金の算出をするのは、
喫茶店、レストラン、和食店、洋食店、中華食店及び焼
肉店等の飲食店は、その業種によって排水の質及び量が
似通っているため、料金の区分けに容易に利用できるか
らである。本実施例では、業種によって料金の算出を５
種類に分類分けを行っている。The calculation of the usage charge according to the type of business is
This is because restaurants and restaurants such as coffee shops, restaurants, Japanese restaurants, Western restaurants, Chinese restaurants, and yakiniku restaurants have similar quality and quantity of drainage depending on their industries, and can be easily used for price classification. In this embodiment, the charge is calculated according to the type of business, which is 5
We classify into types.
【００３０】（６）料金算出手段１６
料金算出手段１６は、排水品質入力手段１１に入力され
た飲食店の業種、該当飲食店の来客数及び所定時間当り
の排水量から排水処理剤の料金を算出する演算手段であ
る。料金算出手段１６は、飲食店の業種、該当飲食店の
来客数及び所定時間当りの排水量から排水処理剤の料金
を、表２〜４に示す料金算出式情報に照らし合わせ、排
水処理剤の料金を算出する。(6) Charge calculating means 16 The charge calculating means 16 calculates the charge of the wastewater treatment agent from the business type of the restaurant entered in the wastewater quality inputting means 11, the number of visitors of the restaurant and the amount of wastewater per predetermined time. Is a calculation means. The charge calculating means 16 compares the charge of the wastewater treatment agent from the type of restaurant, the number of visitors of the restaurant, and the amount of wastewater per predetermined time with the charge calculation formula information shown in Tables 2 to 4, and the charge of the wastewater treatment agent To calculate.
【００３１】（７）料金出力手段１７
料金出力手段１７は、料金算出手段１６によって算出さ
れた排水処理剤の料金を出力する手段である。料金出力
手段１７の具体的な手段は、顧客に応じて任意に選択さ
れ、例えば、料金を請求書及び納品書等に印刷し、顧客
に対して送付することができる。また、金融機関に接続
し、料金の引き落としを行うこともできる。(7) Charge output means 17 The charge output means 17 is means for outputting the charge of the wastewater treatment agent calculated by the charge calculation means 16. The specific means of the fee output means 17 is arbitrarily selected according to the customer, and for example, the fee can be printed on an invoice, a delivery note, etc. and sent to the customer. You can also connect to a financial institution and deduct the charge.
【００３２】（８）排水処理装置
本排水処理剤供給システムによって供給される排水処理
剤は、図２に示すような排水処理装置に対して使用され
る。この排水処理装置４は、家屋１内の排水溝２から流
れる排水３の処理装置であり、所定の広さと深さを備え
た排水処理槽５と、排水処理された処理済み排水６を排
水処理槽５の下流側から汲み出す排出管７と、排水処理
槽５において底面５ａに所定間隔をおいて複数個設置さ
れた立設邪魔板８と、同様に排水処理槽５において所定
間隔をおいて各立設邪魔板８の間に垂下させた垂下邪魔
板９とからなるグリストラップである。また、排水処理
槽５において上流側には排水溝２の中を排水３に同伴し
て流れてきた残飯菜等の固形物を捕捉するためのフィル
タ部材１０が設置されている。(8) Wastewater Treatment Device The wastewater treatment agent supplied by the present wastewater treatment agent supply system is used for a wastewater treatment device as shown in FIG. The wastewater treatment device 4 is a treatment device for the wastewater 3 flowing from the drainage ditch 2 in the house 1, and is a wastewater treatment tank 5 having a predetermined width and depth, and a wastewater treated wastewater 6 is treated. A discharge pipe 7 pumped out from the downstream side of the tank 5, a plurality of standing baffles 8 installed on the bottom surface 5a of the wastewater treatment tank 5 at predetermined intervals, and similarly, at a predetermined interval in the wastewater treatment tank 5. It is a grease strap composed of a hanging baffle plate 9 suspended between the standing baffle plates 8. In addition, a filter member 10 for capturing solid matter such as leftover rice and vegetables that has flowed along with the drainage 3 in the drainage groove 2 is installed on the upstream side of the wastewater treatment tank 5.
【００３３】本排水処理剤供給システムによって供給さ
れる排水処理剤は、排水処理槽５中の排水１１に投入さ
れる。排水処理剤の投入方法は任意に選択することがで
き、間欠動作用のタイマを用いて一定間隔で投入した
り、流量を調節した連続投入することを例示できる。The wastewater treatment agent supplied by this wastewater treatment agent supply system is put into the wastewater 11 in the wastewater treatment tank 5. The method of introducing the wastewater treatment agent can be arbitrarily selected, and examples thereof include the introduction at a constant interval using a timer for intermittent operation, and the continuous introduction in which the flow rate is adjusted.
【００３４】また、排水溝２から流下する排水３はフィ
ルタ部材１０を通って排水処理槽５に流れる。排水は、
垂下邪魔板９及び立設邪魔板８によって流れを妨害され
るために滞留し、浮遊する汚物が沈下する。また、投入
された排水処理剤によって有機物等が分解される。処理
された排水６の上澄み部分は最も清澄であり、排出管７
を通して下水道等の排水設備に排出される。The drainage 3 flowing down from the drainage groove 2 flows into the drainage treatment tank 5 through the filter member 10. Drainage
The suspended baffle plate 9 and the standing baffle plate 8 interfere with the flow, so that the staying and floating wastes sink. In addition, organic substances and the like are decomposed by the introduced wastewater treatment agent. The supernatant of the treated wastewater 6 is the clearest and the discharge pipe 7
It is discharged to drainage facilities such as sewers through.
【００３５】３．排水処理剤供給システムの利用方法
本発明の排水処理剤供給システムの利用方法を順に説明
する。
（１）排水の品質情報の入力
始めに排水品質入力手段１１に排水の品質情報の入力を
行う。入力する品質情報は、排水処理剤の供給先である
飲食店の商品である飲料物の種類及び原材料を調べ、表
１に示すように、植物油、緑黄色野菜、デンプン質・芋
類、繊維質、炭水化物及び肉・たまご等の分類に分け、
それぞれの比率を入力する。また、品質情報として、一
日あたりの来客数の入力を行う。更に、排水処理に影響
を及ぼす洗剤等がある場合は、これらの入力も行う。排
水処理剤中の特定処理剤成分の酵素を不活性にさせた
り、浄化槽の菌類を死滅させる場合があるためである。3. Method of Using Wastewater Treatment Agent Supply System A method of using the wastewater treatment agent supply system of the present invention will be described in order. (1) Input of wastewater quality information First, wastewater quality information is input to the wastewater quality input means 11. As for the quality information to be input, as shown in Table 1, vegetable oil, green and yellow vegetables, starchy / potatoes, fiber, Divide into categories such as carbohydrates, meat and eggs,
Enter each ratio. In addition, the number of visitors per day is input as quality information. In addition, if there is a detergent or the like that affects the wastewater treatment, input these as well. This is because the enzyme of the specific treatment agent component in the wastewater treatment agent may be inactivated or the fungi in the septic tank may be killed.
【００３６】更に、排水処理剤の料金を決定するため、
業種及び排水量の入力を行う。業種の入力は、表２に示
すように、喫茶、和食及び洋食等の分類と、主に提供す
る食品に沿って入力する。また、排水量は、測定機器を
用いて測定した結果、又は下水道の利用明細中の使用量
等を入力する。Furthermore, in order to determine the fee for the wastewater treatment agent,
Enter the type of industry and the amount of wastewater. As shown in Table 2, the business type is input according to the categories such as cafe, Japanese food, Western food, etc., and foods to be provided mainly. For the amount of wastewater, enter the result of measurement using a measuring device, or the amount used in the usage statement of sewerage.
【００３７】また、品質情報の入力は、同じ飲食店であ
っても月単位等の適当な間隔で定期的に再入力が行われ
る。同じ飲食店であっても、来客数の大幅な変化が生じ
たり、メニューを変更する等の要因によって排水の品質
が変化するため、適切な排水処理剤を供給する必要があ
るためである。The quality information is input again at appropriate intervals such as monthly even at the same restaurant. This is because even in the same restaurant, the quality of the wastewater changes due to factors such as a large change in the number of visitors and changes in the menu, so it is necessary to supply an appropriate wastewater treatment agent.
【００３８】（２）排水処理剤の処理剤成分等の算出
排水品質入力手段１１に入力した品質情報は、処理剤成
分決定手段１３に送られる。処理剤成分決定手段１３は
入力内容の排水に適した排水処理剤の処理剤成分、その
配合比率及び供給量等を処理剤成分配合記憶手段１２に
記憶する処理剤成分配合情報を用いて算出を行う。(2) Calculation of the treatment agent component of the wastewater treatment agent The quality information input to the wastewater quality input means 11 is sent to the treatment agent component determination means 13. The treatment agent component determining unit 13 calculates the treatment agent component of the wastewater treatment agent suitable for the drainage of the input content, the mixture ratio, the supply amount, and the like using the treatment agent component mixture information stored in the treatment agent component mixture storage unit 12. To do.
【００３９】（３）排水処理剤の処理剤成分等の出力及
び排水処理剤の供給
算出された排水処理剤の処理剤成分等の情報は、処理剤
成分出力手段１４によって出力される。また、出力され
た情報は、排水処理剤製造装置１８に入力され、排水処
理剤の製造が行われる。そして、作成された排水処理剤
を、排水の品質情報源である飲食店に供給する。(3) Output of Treatment Agent Component of Wastewater Treatment Agent and Supply of Wastewater Treatment Agent Information on the calculated treatment agent component of the wastewater treatment agent is output by the treatment agent component output means 14. Moreover, the output information is input to the wastewater treatment agent manufacturing apparatus 18, and the wastewater treatment agent is manufactured. Then, the produced wastewater treatment agent is supplied to a restaurant which is a quality information source of wastewater.
【００４０】（４）排水処理剤の料金算出及び出力
排水品質入力手段１１に入力した品質情報は、料金算出
手段１６に送られる。料金算出手段１６は業種、来客数
及び排水量と、料金算出式記憶手段１５に記憶された料
金算出式情報を元に排水処理剤の料金の算出を行う。ま
た、算出された排水処理剤の料金は、料金出力手段１７
によって出力される。(4) Calculation of charges for wastewater treatment agent and quality information input to the output wastewater quality input means 11 is sent to the charge calculation means 16. The charge calculation unit 16 calculates the charge of the wastewater treatment agent based on the type of business, the number of visitors, the amount of wastewater, and the charge calculation formula information stored in the charge calculation formula storage unit 15. Further, the calculated wastewater treatment agent charge is the charge output means 17
Output by.
【００４１】３．排水処理剤供給システムの効果
本実施例の排水処理剤供給システムは、排水の品質情報
を排水品質入力手段１１に入力することで、処理剤成分
の無駄がなく、かつ排水を適正に処理することができる
排水処理剤の処理剤成分及び成分比率を求め、この排水
処理剤を供給することができる。3. Effect of Wastewater Treatment Agent Supply System The wastewater treatment agent supply system of this embodiment inputs wastewater quality information into the wastewater quality input means 11 so that the wastewater treatment agent components are not wasted and the wastewater is properly treated. It is possible to supply the wastewater treatment agent by determining the treatment agent component and the component ratio of the wastewater treatment agent which can be obtained.
【００４２】また、供給する排水処理剤を排水処理装置
に使用することにより、排水処理装置に蓄積される油分
等の悪臭源を分解し、悪臭の発生を抑制することができ
る。更に、悪臭の発生を抑制することで排水処理装置の
清掃を行うことの抵抗感を軽減することができる。ま
た、供給する排水処理剤を間欠投入する場合、その投入
間隔が排水処理装置の清掃間隔に一致するように投入量
を調節することで、排水処理装置の排水処理装置にかか
わる手間をまとめることができる。Further, by using the supplied wastewater treatment agent in the wastewater treatment equipment, it is possible to decompose the offensive odor source such as oil accumulated in the wastewater treatment equipment and suppress the generation of the offensive odor. Furthermore, by suppressing the generation of foul odors, it is possible to reduce the resistance to cleaning the wastewater treatment device. In addition, when intermittently supplying the wastewater treatment agent to be supplied, by adjusting the input amount so that the input interval matches the cleaning interval of the wastewater treatment device, it is possible to reduce the time and effort involved in the wastewater treatment device of the wastewater treatment device. it can.
【００４３】また、排水処理剤の処理剤成分等の算出が
容易であるため、排水の品質が異なる複数箇所の飲食店
へ、それぞれ適正に排水処理し、かつ無駄のない排水処
理剤を容易に供給することができる。更に、定期的に排
水の品質の再入力を容易に行うことができるため、排水
の品質が変化しても、対応する排水処理剤を供給するこ
とができる。Further, since the treatment agent component of the wastewater treatment agent can be easily calculated, the wastewater treatment agent can be properly treated to a plurality of restaurants having different wastewater qualities, and the wastewater treatment agent can be easily used. Can be supplied. Further, since it is possible to easily re-input the quality of the wastewater at regular intervals, it is possible to supply the corresponding wastewater treatment agent even if the quality of the wastewater changes.
【００４４】また、排水の品質自体を入力するのではな
く、排水の元となる飲食料及び材料を品質情報として入
力しても、処理剤成分配合記憶手段１２に記憶する処理
剤成分配合情報によって、適切な処理剤成分及びその成
分比率を求めることができる。このため、排水品質の入
力に必要な情報を改めて準備しなくても、飲食店のメニ
ューや原材料、及び来客数等から品質情報を求めること
ができるため、本排水処理剤供給システムの導入にとも
なう負担が少なく、手間をかける必要がない。更に、排
水量に応じて排水処理剤の使用量を調節する必要がある
が、排水量を来客数から求めるために排水量を求めるた
めの計器を新たに設ける必要がなく、しかも容易に排水
処理剤の使用量を求めることができる。また、排水処理
剤供給システムは、業種や来客数等から排水処理剤の料
金を決定することができ、飲食店の規模に応じた適性の
料金を提示することができる。Even if the food and drink and the material that are the source of the wastewater are input as the quality information instead of inputting the quality itself of the wastewater, the processing agent component combination information stored in the processing agent component combination storage means 12 is used. Therefore, it is possible to determine an appropriate treating agent component and its component ratio. Therefore, it is possible to obtain quality information from restaurant menus, raw materials, the number of visitors, etc. without preparing the information necessary for inputting the wastewater quality again. The burden is low and there is no need to spend time. Furthermore, it is necessary to adjust the amount of wastewater treatment agent used according to the amount of wastewater, but it is not necessary to install a new meter for determining the amount of wastewater in order to obtain the amount of wastewater from the number of visitors, and it is easy to use the wastewater treatment agent. The quantity can be calculated. In addition, the wastewater treatment agent supply system can determine the fee for the wastewater treatment agent from the type of industry, the number of visitors, and the like, and can present an appropriate fee according to the scale of the restaurant.
【００４５】尚、本発明においては、上記実施例に限ら
ず、目的、用途に応じて本発明の範囲内で種々変更した
実施例とすることができる。即ち、排水品質入力手段
は、利用者である顧客側にある端末を用いて通信回線を
介して排水の品質情報を入力することができる。また、
来客数が急増した等、排水品質が大幅に変化した場合
は、定期的な再入力の時期でなくても再入力を行うこと
ができる。更に、所定の間隔外であっても排水処理剤の
供給を指示することができる。The present invention is not limited to the above-mentioned embodiment, but various modifications can be made within the scope of the present invention according to the purpose and application. That is, the wastewater quality input means can input wastewater quality information via the communication line using the terminal on the customer side of the user. Also,
If the quality of wastewater changes drastically, such as when the number of visitors increases sharply, it is possible to re-input even if it is not the time for regular re-input. Furthermore, it is possible to instruct the supply of the wastewater treatment agent even outside the predetermined interval.
【００４６】また、本実施例では排水の品質情報を排水
処理剤の処理剤成分の種類等及び料金の算出に用いてい
るがこれに限らず、他の用途に利用することができる。
例えば、排水の品質情報の統計をとり、調理時の油の利
用状況等の調査に用いることができる。また、通信回線
等を介して、顧客が品質情報の取得を行うことができ
る。更に、本排水処理剤供給システムは、飲食店に排水
処理剤を供給するだけに限られず、排水を排出する他の
業種、例えばホテル、学校及び小規模工場、及び商業ビ
ル等に対して適用することができる。また、排水処理剤
に含有する処理剤成分は、酵素の代わりに菌類を用いる
ことができる。菌類による排水中の分解を行うことがで
きるためである。更に、菌類に対して使用される栄養剤
を含有することもできる。また、消毒剤、消臭剤及び芳
香剤等を、補助処理剤として使用することができる。Further, in this embodiment, the quality information of wastewater is used to calculate the type of treatment agent component of the wastewater treatment agent and the charge, but it is not limited to this and can be used for other purposes.
For example, it is possible to collect statistics of quality information of wastewater and use it for investigating the use status of oil during cooking. Further, the customer can acquire the quality information via a communication line or the like. Furthermore, this wastewater treatment agent supply system is not limited to supplying wastewater treatment agents to restaurants, but is applied to other industries that discharge wastewater, such as hotels, schools and small factories, and commercial buildings. be able to. As the treatment agent component contained in the wastewater treatment agent, fungi can be used instead of the enzyme. This is because fungi can decompose the wastewater. In addition, it may contain nutrients used against fungi. In addition, disinfectants, deodorants, fragrances and the like can be used as auxiliary treatment agents.
【図１】本排水処理剤供給システムを説明するためのブ
ロック図である。FIG. 1 is a block diagram for explaining the present wastewater treatment agent supply system.
【図２】排水処理装置であるグリストラップを説明する
ための模式断面図である。FIG. 2 is a schematic cross-sectional view for explaining a grease trap that is a wastewater treatment device.
１１；排水品質入力手段、１２；処理剤成分配合記憶手
段、１３；処理剤成分決定手段、１４；処理剤成分出力
手段、１５；料金算出式記憶手段、１６；料金算出手
段、１７；料金出力手段、１８；排水処理剤製造装置11: Wastewater quality input means, 12: Treatment agent component mixture storage means, 13; Treatment agent component determination means, 14; Treatment agent component output means, 15; Charge calculation formula storage means, 16; Charge calculation means, 17; Charge output Means, 18; Wastewater treatment agent manufacturing apparatus
───────────────────────────────────────────────────── フロントページの続き (51)Int.Cl.7 識別記号 ＦＩ テーマコート゛(参考） Ｃ０２Ｆ 3/12 Ｃ０２Ｆ 3/12 Ｖ ─────────────────────────────────────────────────── ─── Continuation of front page (51) Int.Cl. 7 Identification code FI theme code (reference) C02F 3/12 C02F 3/12 V
Claims (7)
配合してなる排水処理剤を供給するために、 該排水処理剤を投入する対象の排水の品質情報を入力す
る排水品質入力手段と、 該排水を処理するために必要な該処理剤成分及びその配
合比率を該品質情報から求めるための処理剤成分配合情
報を記憶する処理剤成分配合記憶手段と、 該排水品質入力手段により入力した該品質情報、並びに
該処理剤成分配合情報から該排水処理剤に含まれる該処
理剤成分及びその処理剤成分の配合比率を決定する処理
剤成分決定手段と、 該処理剤成分決定手段によって決定した該処理剤成分及
びその処理剤成分の該配合比率を出力する処理剤成分出
力手段と、を備えることを特徴とする排水処理剤供給シ
ステム。1. A wastewater quality input for inputting quality information of wastewater into which the wastewater treatment agent is introduced, in order to supply the wastewater treatment agent containing one or more of a plurality of treatment agent components. Means, a treating agent component mixture storing means for storing treating agent component mixture information for obtaining the treating agent component and its mixture ratio necessary for treating the wastewater from the quality information, and the wastewater quality inputting means. A treating agent component determining means for determining the treating agent component contained in the wastewater treating agent and a treating agent component blending ratio from the inputted quality information and treating agent component blending information; A wastewater treatment agent supply system, comprising: the determined treatment agent component and a treatment agent component output unit that outputs the blending ratio of the treatment agent component.
にともなって生じる水であり、上記排水品質入力手段
は、上記飲食料及び／又はその材料の種類を上記品質情
報として入力する請求項１記載の排水処理剤供給システ
ム。2. The drainage is water produced by cooking of food and drink and washing of dishes, and the drainage quality input means inputs the type of food and drink and / or its material as the quality information. The wastewater treatment agent supply system according to 1.
水品質入力手段は、該飲食店の所定期間あたりの来客数
を入力し、上記処理剤成分決定手段は、上記排水処理剤
の供給量を該来客数から決定する請求項１又は２に記載
の排水処理剤供給システム。3. The wastewater is discharged from a restaurant, the wastewater quality input means inputs the number of visitors per predetermined period of the restaurant, and the treatment agent component determining means supplies the amount of the wastewater treatment agent supplied. The wastewater treatment agent supply system according to claim 1 or 2, wherein the number of visitors is determined.
を処理する酵素を含有する上記処理剤成分を含む請求項
１乃至３のいずれか一項に記載の排水処理剤供給システ
ム。4. The wastewater treatment agent supply system according to claim 1, wherein the wastewater treatment agent contains at least the treatment agent component containing an enzyme for treating the wastewater.
所定時間当りの排水量から上記排水処理剤の料金を決定
するための料金算出式情報を記憶した料金算出式記憶手
段と、上記排水品質入力手段による求める該業種、退却
数及び該排水量、並びに該料金算出式記憶手段に記憶さ
れる料金算出式情報から、該排水処理剤の料金を決定す
る料金算出手段と、該料金算出手段により決定された該
料金を出力する料金出力手段とを更に備える請求項３乃
至４のいずれか一項に記載の排水処理剤供給システム。5. A charge formula storage means for storing charge formula information for determining the charge of the wastewater treatment agent from the type of business of the restaurant, the number of visitors and the amount of wastewater per predetermined time, and the wastewater quality. A charge calculation means for determining the charge of the wastewater treatment agent from the type of industry, the number of retreats and the amount of drainage calculated by the input means, and the charge calculation formula information stored in the charge calculation formula storage means, and the charge calculation means. The wastewater treatment agent supply system according to any one of claims 3 to 4, further comprising: a charge output unit that outputs the generated charge.
情報は、所定期間毎に繰り返し行われる請求項１乃至５
のいずれか一項に記載の排水処理剤供給システム。6. The drainage quality information by the drainage quality input means is repeatedly performed every predetermined period.
The wastewater treatment agent supply system according to any one of 1.
る上記処理剤成分及び該処理剤成分の配合比率の上記排
水処理剤を製造する排水処理剤製造装置を更に備える請
求項１乃至６のいずれか一項に記載の排水処理剤供給シ
ステム。7. The effluent treatment agent production apparatus for producing the effluent treatment agent having the treatment agent component and the mixing ratio of the treatment agent component outputted by the treatment agent component output means, further comprising: The wastewater treatment agent supply system according to item 1.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2002014821A JP4187442B2 (en) | 2002-01-23 | 2002-01-23 | Wastewater treatment agent supply system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2002014821A JP4187442B2 (en) | 2002-01-23 | 2002-01-23 | Wastewater treatment agent supply system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JP2003211148A true JP2003211148A (en) | 2003-07-29 |
| JP4187442B2 JP4187442B2 (en) | 2008-11-26 |
Family
ID=27651392
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2002014821A Expired - Fee Related JP4187442B2 (en) | 2002-01-23 | 2002-01-23 | Wastewater treatment agent supply system |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP4187442B2 (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2015514565A (en) * | 2012-03-06 | 2015-05-21 | ナルコ カンパニー | Treatment method for industrial water system |
| WO2015087738A1 (en) * | 2013-12-10 | 2015-06-18 | 栗田工業株式会社 | Water treatment chemical concentration calculation system and method |
| CN111470550A (en) * | 2020-03-12 | 2020-07-31 | 三亚云讯科技有限公司 | Monitoring and treating system for industrial pollution source emission and operation method thereof |
-
2002
- 2002-01-23 JP JP2002014821A patent/JP4187442B2/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2015514565A (en) * | 2012-03-06 | 2015-05-21 | ナルコ カンパニー | Treatment method for industrial water system |
| WO2015087738A1 (en) * | 2013-12-10 | 2015-06-18 | 栗田工業株式会社 | Water treatment chemical concentration calculation system and method |
| JP2015114154A (en) * | 2013-12-10 | 2015-06-22 | 栗田工業株式会社 | Water treatment chemical concentration calculation system and method |
| US9791427B2 (en) | 2013-12-10 | 2017-10-17 | Kurita Water Industrie Ltd. | System and method for calculating concentration of water treatment chemical |
| CN111470550A (en) * | 2020-03-12 | 2020-07-31 | 三亚云讯科技有限公司 | Monitoring and treating system for industrial pollution source emission and operation method thereof |
| CN111470550B (en) * | 2020-03-12 | 2022-05-24 | 三亚云讯科技有限公司 | Emission monitoring and treating system for industrial pollution source and operation method thereof |
Also Published As
| Publication number | Publication date |
|---|---|
| JP4187442B2 (en) | 2008-11-26 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| Boguniewicz-Zablocka et al. | Water quality and resource management in the dairy industry | |
| Fürhacker et al. | Bisphenol A: emissions from point sources | |
| Perez et al. | Triclosan occurrence in freshwater systems in the United States (1999–2012): A meta‐analysis | |
| Jamrah et al. | Evaluating greywater reuse potential for sustainable water resources management in Oman | |
| Janarthanan et al. | Purification of contaminated water using eco enzyme | |
| Kim et al. | Characterization of typical household food wastes from disposers: fractionation of constituents and implications for resource recovery at wastewater treatment | |
| Musee | Environmental risk assessment of triclosan and triclocarban from personal care products in South Africa | |
| Dwumfour-Asare et al. | Greywater characterization and handling practices among urban households in Ghana: the case of three communities in Kumasi Metropolis | |
| Laurent et al. | Biodegradable organic matter removal in biological filters: evaluation of the CHABROL model | |
| Lynn et al. | Dynamic performance of biosand filters | |
| EP3678995B1 (en) | Solid waste interceptor for a drain | |
| Khor et al. | A model-based optimization study on greywater reuse as an alternative urban water resource | |
| US9611161B2 (en) | Circulating water utilization system | |
| Khazaei et al. | Nitrogen and phosphorous removal from aerated lagoon effluent using horizontal roughing filter (HRF) | |
| JP2003211148A (en) | System for feeding wastewater treatment agent | |
| Tsuzuki et al. | Municipal wastewater characteristics in Thailand and effects of soft intervention measures in households on pollutant discharge reduction | |
| WO2015083778A1 (en) | Drainage water monitoring device for recirculated water use system and recirculated water use system | |
| Rossi et al. | The cost impact of joint treatment of domestic and poultry processing wastewaters | |
| Ahmed et al. | Socio-cultural acceptability of urine diverted composting toilets: A review of literature for possible adoption in peri-urban areas as a sustainable sanitation solution | |
| Pradhan et al. | Impacts of biological additives, part 2: septic tank effluent quality and overall additive efficacy | |
| Kagu et al. | Assessment of Domestic Wastewater Disposal in Some Selected Wards of Maiduguri Metropolis, Borno State, Nigeria | |
| Wind | Prognosis of environmental concentrations by geo-referenced and generic models: a comparison of GREAT-ER and EUSES exposure simulations for some consumer-product ingredients in the Itter | |
| Mkude et al. | Material flow analysis as a decision supporting tool for faecal sludge resource recovery: mathematical formulation and quantification | |
| Nandana et al. | Quality of greywater based on economic class and generation time (a case study of Ciliwung watershed, Indonesia) | |
| Gormley et al. | Up-scaling sanitation provision using mixed design methodologies and failure risk assessment: A case study of Marikuppam, India |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| A621 | Written request for application examination |
Free format text: JAPANESE INTERMEDIATE CODE: A621 Effective date: 20041013 |
|
| RD04 | Notification of resignation of power of attorney |
Free format text: JAPANESE INTERMEDIATE CODE: A7424 Effective date: 20050606 |
|
| A131 | Notification of reasons for refusal |
Free format text: JAPANESE INTERMEDIATE CODE: A131 Effective date: 20080603 |
|
| A521 | Written amendment |
Free format text: JAPANESE INTERMEDIATE CODE: A523 Effective date: 20080804 |
|
| TRDD | Decision of grant or rejection written | ||
| A01 | Written decision to grant a patent or to grant a registration (utility model) |
Free format text: JAPANESE INTERMEDIATE CODE: A01 Effective date: 20080826 |
|
| A01 | Written decision to grant a patent or to grant a registration (utility model) |
Free format text: JAPANESE INTERMEDIATE CODE: A01 |
|
| A61 | First payment of annual fees (during grant procedure) |
Free format text: JAPANESE INTERMEDIATE CODE: A61 Effective date: 20080909 |
|
| R150 | Certificate of patent or registration of utility model |
Free format text: JAPANESE INTERMEDIATE CODE: R150 |
|
| FPAY | Renewal fee payment (event date is renewal date of database) |
Free format text: PAYMENT UNTIL: 20110919 Year of fee payment: 3 |
|
| LAPS | Cancellation because of no payment of annual fees |