JP2002153849A - Sink provided with garbage treatment device and application of the same sink to disposal of bulky garbage - Google Patents

Sink provided with garbage treatment device and application of the same sink to disposal of bulky garbage

Info

Publication number
JP2002153849A
JP2002153849A JP2000391619A JP2000391619A JP2002153849A JP 2002153849 A JP2002153849 A JP 2002153849A JP 2000391619 A JP2000391619 A JP 2000391619A JP 2000391619 A JP2000391619 A JP 2000391619A JP 2002153849 A JP2002153849 A JP 2002153849A
Authority
JP
Japan
Prior art keywords
garbage
liquid
sink
water
fermented
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.)
Pending
Application number
JP2000391619A
Other languages
Japanese (ja)
Inventor
Tomoji Tanaka
友爾 田中
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to JP2000391619A priority Critical patent/JP2002153849A/en
Publication of JP2002153849A publication Critical patent/JP2002153849A/en
Pending legal-status Critical Current

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Classifications

    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02ATECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A40/00Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
    • Y02A40/10Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
    • Y02A40/20Fertilizers of biological origin, e.g. guano or fertilizers made from animal corpses
    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02WCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
    • Y02W30/00Technologies for solid waste management
    • Y02W30/10Waste collection, transportation, transfer or storage, e.g. segregated refuse collecting, electric or hybrid propulsion
    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02WCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
    • Y02W30/00Technologies for solid waste management
    • Y02W30/50Reuse, recycling or recovery technologies
    • Y02W30/78Recycling of wood or furniture waste

Abstract

PROBLEM TO BE SOLVED: To provide a domestic garbage treatment device. SOLUTION: The garbage treatment process using this garbage treatment device comprises: preparing hot water used as a liquid for digestion by heating water with a gas-fired water heater 1; fitting a basket 3 inside which a plastic bag 2 is placed, to the inside of a drain hole of a sink A; placing only garbage 5 separated from fabricated articles such as those made of plastics, metals and wood (e.g. half-split chopsticks), bones and paper, in the plastic bag 2 being inside the basket 3 beforehand; placing fermented compost, powdery carbon and urea on the garbage 5 in the plastic bag 2; immersing the garbage 5 in the above hot water of >=70 deg.C for about 10-15 min to heat the garbage 5; filtering the heated garbage 5 by pulling up the plastic bag 2 to obtain a liquid filtered through a number of perforated holes of the plastic bag 2; introducing the filtered liquid into a mixer 8 placed below the drain hole of the sink A; grinding the introduced liquid by rotating the mixer 8 to form a colloidal liquid 11; introducing the colloidal liquid 11 into a small-sized fermenter 12; while agitating the introduced colloidal liquid 11, adding ceramic spheres 15, an activator 16 and fermentation bacterial to the fermenter 12; and fermenting the colloidal liquid 11 for 4-6 hr while agitating the contents of the fermenter 12, to hydrolyze the colloidal liquid 11.

Description

【発明の詳細な説明】DETAILED DESCRIPTION OF THE INVENTION

【産業上利用分野】生ゴミの分解処理器は各電気メーカ
ーや機械メーカーが生産したが、分解速度が遅く悪臭が
発生したりゴキブリや蝿が発生したりして問題となり置
場を広くする必要があった。 分解が4時間〜6時間で
分解する場合は7サイクルが出来るので流し台に取付け
て自動的に生ゴミを分解する事が出来ると、生ゴミの処
理は各家庭で処理される事になる。紙類は回収されて再
利用が可能となる。この発酵分解した残渣物は土壌改良
剤として再利用されるので経済性が高い。又、工場特に
食品工場の産廃物の処理に利用される時は、完熟発酵堆
肥として吸着剤や大気汚染や水質汚染の浄化剤に応用利
用される。
[Industrial applications] Garbage disintegrators are produced by various electric and machine manufacturers, but their decomposition speed is slow, causing odors and cockroaches and flies. there were. If the decomposition is performed in 4 to 6 hours, 7 cycles can be performed. If the garbage can be automatically decomposed by being attached to a sink, the processing of the garbage will be processed in each household. Paper is collected and can be reused. Since the fermented and decomposed residue is reused as a soil conditioner, the economic efficiency is high. In addition, when used for the treatment of industrial wastes from factories, especially food factories, it is applied as an adsorbent or a purifier for air and water pollution as a mature fermented compost.

【本発明が解決しようとする課題】生ゴミの分解を速や
かに行う為の分解菌体の開発。分解菌を濃縮するための
吸着体の開発。分解時間の短縮に伴う分解収容容器の小
型化と促進剤の開発。生ゴミの悪臭処理、加熱処理容器
の選定。脱臭剤の選定と虫の忌避剤の選定。分解しない
生ゴミの処理法の開発。
[Problems to be Solved by the Invention] Development of decomposing cells for promptly decomposing garbage. Development of adsorbent to concentrate degrading bacteria. Reduction of the size of the decomposition container and the development of an accelerator to reduce the decomposition time. Selection of odor processing and heat treatment containers for garbage. Selection of deodorant and insect repellent. Development of a method for processing garbage that does not decompose.

【課題を解決するための手段】生ゴミは時間が経過する
と悪臭が発生するので、生ゴミが生じたら即時分解器に
かけると悪臭の発生は止まるが時間が経過したりもとも
と魚類の残渣物は生臭い臭気があり、分解脱臭には発酵
堆肥や炭粉や尿素の脱臭剤を入れた水液に生ゴミを入れ
て加熱する方法を採用し、次にこれをミキサーで粉砕し
たものを小型の発酵分解器に導入して撹拌機で撹拌しな
がら4時間分解菌とセラミック成型体と混合して、室温
で発酵分解し分解した水液を分離排出しながら連続的に
分解する。固形物の多くはセラミック粉とカルシウム分
が残留する時は発酵分解容器は公知の流し台の下部に篏
挿し、最初の生ゴミをプラスチック袋を篭に入れて流し
台の上部の流し口に篏挿して、ガスバーナで加熱した湯
沸器の加熱水をこの生ゴミを入れたプラスチック袋内に
導入して脱臭剤をいれて、約10分以上湯漬けして放冷
して50℃に達した時生ゴミをミキサーにかけ殺菌脱臭
後冷却しながら下部の弁を開いて生ゴミを下部の発酵分
解器中に導入する様にすると、生ゴミの分解は4時間〜
6時間で終了して粉末状の粉体が残るからこれを分離瀘
別して回収する。
[Means for solving the problem] Since raw garbage generates an odor over time, if garbage is generated, the odor is immediately stopped by decomposing the garbage. There is a raw odor, and for decomposition and deodorization, a method is used in which garbage is put into a fermented compost or a water solution containing a coal powder or a urea deodorant and then heated, and then this is crushed with a mixer to produce a small fermented product. The decomposed bacteria and the ceramic molded body are mixed for 4 hours while being introduced into a decomposer and agitated by a stirrer, and continuously decomposed while separating and discharging the fermented and decomposed water liquid at room temperature. When ceramic powder and calcium remain in most of the solid matter, the fermentation decomposition vessel is inserted into the lower part of the well-known sink, and the first raw garbage is put in a plastic bag and inserted into the upper part of the sink. Then, the heated water of the water heater heated by the gas burner is introduced into the plastic bag containing the garbage, a deodorant is added, and the garbage is immersed in water for about 10 minutes and then cooled to reach 50 ° C. If the garbage is put into a mixer and sterilized and deodorized and then cooled, the lower valve is opened and the garbage is introduced into the lower fermentation decomposer.
After 6 hours, powdery powder remains, which is separated and filtered.

【作用】従来の生ゴミ処理器は各電気メーカーが家庭用
小型発酵分解処理器を生産販売していたが、生ゴミの分
解に時間がかかり1週間以上かかっていた。従って、毎
日発生する生ゴミを処理するには比較的容積の大きな容
器が必要であった。そして、発酵中悪臭が発生し蝿が繁
殖して近所に問題苦情がありその改善が求められてい
た。これを家庭菜園の肥料として添加すると尿素不良と
なり菜園の植物が枯化して問題となっていた。従来の生
ゴミ分解器は金属製で高さ70糎×幅50糎×長さ25
0糎の角形容器の底部に撹拌器を固定して、その上部に
生ゴミと発酵菌の入った発酵堆肥とを投入して一週間以
上撹拌して発酵を行ったものを、発酵堆肥として廃棄又
は土壌改良材として利用していたが、悪臭ガスが発生し
蝿が発生して非衛生的であり、プラスチックやが投入さ
れると完全分解が困難であった。そこで、本発明は電気
加熱沸湯器やガス沸湯器から熱湯をプラスチックや食物
や木片や紙を分離して食品生ゴミだけを集めて流し台流
し口に篏着したプラスチック篭に予め入れ、脱臭剤、尿
素、炭粉の成型物をその上面に入れて湯沸器からパイプ
で70℃以上の熱湯を生ゴミ中に導入して放置すると、
生ゴミは熱湯で消毒され軟化し脱臭が行われる。そし
て、プラスチック袋の底に予め加工した弁を作り、熱湯
水が50℃以下となった時に弁を開口すると生ゴミと共
に水液は下部に流れて、発酵分解槽の上面に架設したパ
イプによってミキサー器に入る様に加工し、スイッチで
ミキサーを作動せしめて粉砕した生ゴミコロイドをミキ
サー出口から発酵槽に導入して撹拌機で撹拌しながら、
4時間分解菌をセラミック成型球とを入れて撹拌して発
酵分解し、分解液は下部出口から排出しながら固形物の
未分解物の発酵分解を続ける。この時、セラミック成型
球は一部摩耗して粉末となり生ゴミ中の無機物は残り、
そのほか魚骨等のアパタイトは一部残留するのを分解水
洗して次の分解を繰り返し行う時は、悪臭を発生する事
なく分解が終わる。夏場微量でも魚臭は蝿やゴキブリ等
を誘引するので忌避材としてチタン酸アルコールキレー
ト液を分解器周辺に塗布すると誘引効果は失われる。排
水を水洗トイレの分解槽にパイプを通じて導入すると、
水液中の発酵菌は糞尿水を発酵分解して曝気されて分解
浄化が行われる。 汚れた紙はミキサーで粉砕コロイド
化すると廃紙も糞尿水に移行して分解され炭素化するか
ら、家庭内の生ゴミは流し台から分解排水まで一貫して
行われ、生ゴミ集荷の必要性は無くなる。
In the conventional garbage disposer, each electric maker produces and sells a small household fermentation disintegrator, but it takes a long time to decompose the garbage and takes more than one week. Therefore, a relatively large container was required to treat the garbage generated every day. During the fermentation, foul odors were generated and flies breeding, and there was a problem complaint in the neighborhood, and improvement was required. If this is added as a fertilizer in a home garden, urea becomes poor and plants in the garden are dead, which has been a problem. The conventional garbage disintegrator is made of metal and is 70cm high x 50cm wide x 25cm long.
A stirrer is fixed to the bottom of a 0-cm square container, and garbage and fermented compost containing fermentation bacteria are put in the upper part of the container and stirred for at least one week. Alternatively, it was used as a soil conditioner, but it was unsanitary due to generation of foul-smelling gas and flies, and it was difficult to completely decompose it when plastic or the like was introduced. Therefore, the present invention separates plastic water, food, wood chips, and paper from hot water heaters or gas water heaters, collects only food garbage, pours it into a plastic basket fitted to the outlet, and deodorizes it. Agent, urea and charcoal powder are put on the upper surface and hot water of 70 ° C or more is introduced into the garbage from a water heater with a pipe,
The garbage is disinfected with hot water, softened and deodorized. Then, a pre-processed valve is made on the bottom of the plastic bag, and when the hot water falls below 50 ° C, the valve is opened. Processed so as to enter the vessel, operate the mixer with a switch, introduce the crushed garbage colloid into the fermenter from the mixer outlet, and stir with a stirrer,
The degrading bacteria are fermented and decomposed by mixing the ceramic mold balls for 4 hours with stirring, and the decomposed liquid is continuously fermented and decomposed of undegraded solids while discharging from the lower outlet. At this time, the ceramic molding sphere partially wears out and becomes powder, and the inorganic substances in the garbage remain,
In addition, when apatites such as fish bones partially decompose and are washed with decomposed water and repeated for the next decomposition, the decomposition ends without generating a bad odor. Even in a trace amount in summer, fish odor attracts flies and cockroaches, so if an alcohol titanate chelate solution is applied as a repellent material around the decomposer, the attracting effect is lost. When the wastewater is introduced through a pipe into the disassembly tank of the flush toilet,
The fermentation bacteria in the water solution are decomposed and purified by fermenting and decomposing manure water to aeration. When the dirty paper is crushed and colloided by a mixer, the waste paper is also transferred to manure water and is decomposed and carbonized.Therefore, household garbage is integrated from the sink to the decomposition wastewater, and the necessity of collecting garbage is Disappears.

【本発明の実施例】以下図面に示す如く実施例により本
発明を詳細に説明すると次の如くである。
DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below in detail with reference to the embodiments shown in the drawings.

【図1】は生ゴミ発酵分解の工程図を示し、先ず流し台
(A)の洗い水の流し口(4)にプラスチック袋(2)
を篏挿した金属篭(3)を篏着し、そのプラスチック袋
(2)の内部に生ゴミ(5)を入れて発酵堆肥炭と尿素
又は硫安を添加した成型円盤(6)を上面に篏挿して、
ガス沸湯器(1)をガスバーナーで加熱してスパイラル
管(11)から加熱した70℃以上の熱湯水を添加して
8分通り入れて生ゴミを湯漬けする。 そして、発酵堆
肥炭尿素円盤(6)で悪臭を除去する。特に、魚臭のト
リメチルアミンを吸収して除去した可溶蛋白質を沈澱せ
しめて、約10分間加熱殺菌したものを10分後にプラ
スチックフィルム袋(2)の金属篭(3)に入った生ゴ
ミ液(A)を下部のミキサー(8)に入れてスイッチ
(9)によりミキサー翼(10)を3000回転させて
生ゴミと発酵堆肥炭と尿素とを粉砕してコロイド(1
1)を作り、脱臭を行い発酵槽(12)にミキサーで粉
砕したコロイド液(11)をミキサーの下部側面に取付
けたバルブ(13)の調整で開口したものを連結するパ
イプ(13’)から流下せしめ、水洗してクリーニング
しミキサーを停止せしめて発酵槽(12)にそのコロイ
ド液(11)を導入して、発酵槽(12)の側面に取付
けた撹拌機(14)を回転し菌体の入ったセラミック球
(15)に活性剤(16)を入れて攪拌し4時間回転を
続ける。そして、4時間後に出口(17)に取り付けた
スパイラルパイプ(18)を通過し、バルブ(19)で
調整しながら液を下部のクリーンフィルター(20)で
瀘別して浄化排水をパイプ(18)によって放出せしめ
る。この排水は、B.O.D5〜20P.P.Mであ
る。
FIG. 1 shows a process diagram of garbage fermentation decomposition. First, a plastic bag (2) is attached to a washing water outlet (4) of a sink (A).
Metal garbage (3) fitted with garbage, garbage (5) is put in the plastic bag (2), and a molded disk (6) containing fermented compost and urea or ammonium sulfate is fitted on the upper surface. Insert,
The gas boiler (1) is heated by a gas burner, and hot water of 70 ° C. or higher heated from a spiral tube (11) is added, and the garbage is immersed in water for 8 minutes. Then, the odor is removed by the fermented compost charcoal urea disk (6). In particular, the soluble protein removed by absorbing and removing the fishy odor of trimethylamine was precipitated and sterilized by heating for about 10 minutes, and after 10 minutes, the garbage liquid (3) placed in the metal basket (3) of the plastic film bag (2) ( A) is put into the lower mixer (8), and the mixer blades (10) are rotated 3000 times by the switch (9) to pulverize the garbage, fermented compost coal and urea to colloid (1).
The colloid liquid (11) crushed by the mixer in the fermenter (12) was prepared by deodorizing the fermenter (12), and the colloid liquid (11) was opened by adjusting the valve (13) attached to the lower side of the mixer. The colloid liquid (11) is introduced into the fermenter (12) by flowing down, washing with water, cleaning and stopping the mixer, and the stirrer (14) attached to the side of the fermenter (12) is rotated to start the cells. The activator (16) is added to the ceramic spheres (15) containing, and the mixture is stirred and rotated for 4 hours. After 4 hours, the liquid passes through a spiral pipe (18) attached to an outlet (17), and is filtered by a lower clean filter (20) while adjusting with a valve (19) to discharge purified wastewater through a pipe (18). . This wastewater is B.I. O. D5-20P. P. M.

【図2】は流し台を拡大した正面図を示し、流し台
(A)の流し口(4)の内部の篭(3)の内側にプラス
チックフィルム袋(2)が篏挿し、その内側に生ゴミ
(5)を篏挿してある。 波型(3’)の篭(3)を流
し口(4)内に篏挿すると多数この穿孔が出来て、流し
水をこの穿孔から下部に流して、ミキサーに入る様にし
ている。
FIG. 2 is an enlarged front view of the sink, in which a plastic film bag (2) is fitted inside a basket (3) inside a sink (4) of the sink (A), and garbage ( 5) is fitted. When a corrugated basket (3 ') is fitted into the sink (4), a large number of perforations are formed, and flowing water flows downward from the perforations to enter the mixer.

【図3】は発酵堆肥炭素尿素の入った成型盤(6)を紙
袋(6’)に包装したものの斜正面図を示し、脱臭発酵
分解剤として生ゴミ(5)の上面に篏挿して生ゴミの溝
様となった上部に篏挿して悪臭を予防する。
FIG. 3 shows an oblique front view of a molding plate (6) containing fermented compost carbon urea packed in a paper bag (6 ′), which is fitted to the upper surface of garbage (5) as a deodorizing fermentation decomposer. Prevents bad smell by fitting into the upper part of the garbage groove.

【図4】は流し台と沸湯器を示す斜正面図を示し、ガス
沸湯器(1a)のガスバルブ(P)を回転して着火して
熱湯水を流し台(A)の流し溝(4a)の内部に篏着し
たプラスチック袋(2a)の入った篭(3a)の内側
に、予め生ゴミ(5a)を入れた上部から流し入れる。
10分加熱した生ゴミの脱臭生ゴミ液を発酵槽(12
a)に導入し撹拌機(14)を回転し、4時間後パイプ
(18)から分解発酵した水液をフィルター(20)で
瀘別しなから回転する。この電気廻りスイッチ(21
a)は流し台(A)の側面ボックス(21’a)を螺着
した側面に架設していて、流し台(A)の側面には開閉
扉(22)(22’)が取付けられ、ミキサーを取り付
けた発酵槽(12a)が篏挿されて流し台(A)の流し
溝(4a)のパイプ(7a)と連結されていて、生ゴミ
を連続的に操作できる。この発酵堆肥炭の脱臭剤を作る
には、 樹皮粉 鋸屑 木材チップ モミガラ粉 藁屑 パルプスラジ 100部 水 5000部 尿素 3部 第2燐酸ソーダーカリ 1.5部 鶏糞 豚糞 牛糞 人糞 300部 を混合し、アスペルギリウス菌の発酵菌50部を添加し
て山積みして発酵する。この発酵中一週間に1回撹拌し
て水分を85%に保持し、90日間発酵を続けて発酵堆
肥の種を作る。90日後の発酵堆肥分析表は次の如くで
ある。 水分 61.56% 窒素含量 0.71% 燐酸含量 0.83% カリ含量 0.18% フミン酸 3.78% PH 6 であり金属成分としては 砒素 0.73%P.P.M カドミウム 0.83%P.P.M 水銀 0.16%P.P.M を含有する。 上記発酵のランニングコストは1ton当たり5,00
0円である。この発酵堆肥Bを主体とする生ゴミ脱臭分
解凝集剤の配合例を示すと、次の如くである。
FIG. 4 is an oblique front view showing a sink and a water heater, wherein the gas valve (P) of the gas heater (1a) is rotated to ignite the hot water and the hot water (4a) of the sink (A). Pour the garbage (5a) into the basket (3a) containing the plastic bag (2a) fitted therein.
The garbage deodorized garbage liquid heated for 10 minutes is added to the fermenter (12
Introduced into a), the stirrer (14) is rotated, and after 4 hours, the aqueous liquid decomposed and fermented from the pipe (18) is filtered off with a filter (20) and then rotated. This electric switch (21
a) is installed on the side of the sink (A) on which the side box (21'a) is screwed, and the opening and closing doors (22) and (22 ') are attached to the side of the sink (A), and the mixer is attached. The fermenter (12a) is fitted and connected to the pipe (7a) of the sink groove (4a) of the sink (A) so that garbage can be continuously operated. To make this fermented compost coal deodorant, bark powder sawdust wood chips fir grass powder straw waste pulp sludge 100 parts water 5000 parts urea 3 parts 2nd phosphate soda potash 1.5 parts chicken dung pig dung cattle dung 300 parts 50 parts of a fermentative bacterium of Aspergillus is added and piled and fermented. During the fermentation, stirring is performed once a week to keep the water content at 85%, and the fermentation is continued for 90 days to produce fermented compost seeds. The fermentation compost analysis table after 90 days is as follows. Moisture 61.56% Nitrogen content 0.71% Phosphoric acid content 0.83% Potassium content 0.18% Humic acid 3.78% PH 6 with arsenic 0.73% P.P. P. M cadmium 0.83% P.M. P. M mercury 0.16% P.M. P. M 2. The running cost of the above fermentation is 5,000 per ton
It is 0 yen. An example of the blending of the garbage deodorizing and decomposing agent mainly composed of the fermented compost B is as follows.

【例1】 発酵堆肥 B 100部 塩化鉄又は硫酸鉄 10部 尿素 5部 炭粉 10部 アルギン酸ソーダー 1部[Example 1] Fermented compost B 100 parts Iron chloride or iron sulfate 10 parts Urea 5 parts Charcoal powder 10 parts Sodium alginate 1 part

【例2】 再発酵オカラ堆肥 100部 コーヒー粕、カレー粕発酵堆肥 100部 炭粉 20部 硫酸鉄 20部 硫酸アンモン 10部 5%ポリビニールアルコール水 100部 食品工場の産業廃棄物と発酵堆肥とを混合して3ケ月発
酵を行ったものは、発酵堆肥種として脱臭に利用され、
半分は有機肥料として利用されるがこれを大気汚染の吸
収浄化剤として利用するばかりでなく、工場排煙のダイ
オキシン吸着剤としても利用される。
[Example 2] Refermented okara compost 100 parts Coffee lees, curry lees fermented compost 100 parts Charcoal powder 20 parts Iron sulfate 20 parts Ammonium sulfate 10 parts 5% polyvinyl alcohol water 100 parts Food factory industrial waste and fermented compost What was mixed and fermented for 3 months is used for deodorization as fermented compost seed,
One half is used as an organic fertilizer, which is not only used as an air pollution absorption and purification agent, but also as a dioxin adsorbent for industrial flue gas.

【例3】 オカラの分解堆肥化 発酵堆肥(B):炭粉 10:1 100部 生オカラ粉又はコーヒー粕粉 70部 硫安 1部 発酵菌 10部 燐酸カリ 1部 水 50部 を混合して室温で60日間発酵室内で発酵するが、その
間一週間に一度上積みと下積みの堆肥を切換えて酸化分
解を促進する。そして、水を散布する。この産業廃棄物
に野菜市場やスーパーの食品廃棄物、食堂の食品廃棄
物、豆腐の廃棄物や水産加工、畜産加工の廃棄物をこの
発酵堆肥と1:1の割合で混合して発酵分解する時は悪
臭の発生はない。発酵堆肥(B)及び(B)を混合した
産廃物の再発酵堆肥は工場排煙中のNox、Soxを2
0P.P.M含有するものを、0.01P.P.Mまで
吸着除去する。 この発酵堆肥はアンモニアガスを副生
するので排煙ガスと接触すると、NoxやSoxはこの
ガスと反応して中和し吸着されるので、再発酵する時は
発酵活性剤として作用し発酵分解される。この堆肥を再
発酵すると脱臭効果が発生しリサイクルが可能となる。
次に、家庭用生ゴミの加熱処理は悪臭の発生を抑制し、
一般公知の脱臭剤の抗菌剤の次亜塩素塩の使用する必要
がないのでダイオキシンの発生は少なく、再発酵を行え
ばダイオキシンは加水分解するが、チタン酸アルコール
キレート液、鉄粉を混合した発酵堆肥農薬の分解に効果
がある。
[Example 3] Decomposition of Okara Fermentation compost (B): Charcoal powder 10: 1 100 parts Raw Okara powder or coffee grounds 70 parts Ammonium sulfate 1 part Fermentation bacteria 10 parts Potassium phosphate 1 part Water 50 parts Fermentation in a fermentation chamber for 60 days, during which the oxidative decomposition is promoted by switching between upper and lower compost once a week. And spray water. Vegetable market, supermarket food waste, canteen food waste, tofu waste, fishery processing, and livestock processing waste are mixed with this industrial waste in a 1: 1 ratio with this fermented compost for fermentation and decomposition. There is no foul odor at times. The fermented compost (B) and the re-fermented compost of the industrial waste mixed with (B) are 2x Nox and Sox in factory exhaust gas.
0P. P. M containing 0.01P. P. M is removed by adsorption. Since this fermented compost produces ammonia gas as a by-product, when it comes in contact with flue gas, Nox and Sox react with this gas and are neutralized and adsorbed. You. When this compost is re-fermented, a deodorizing effect is generated and recycling becomes possible.
Next, the heat treatment of household garbage suppresses the generation of odors,
Since there is no need to use hypochlorite as an antibacterial agent of a generally known deodorant, the generation of dioxin is small, and if refermentation is performed, dioxin is hydrolyzed, but fermentation mixed with a titanate alcohol chelate solution and iron powder Effective for decomposing compost pesticides.

【例4】 ダィオキシン分解用 発酵堆肥 (B) 100部 水 30部 金属粉 100部 5%チタン酸アルコールキレート液100部 混合乾燥
物30部又は5%ジルコニウムグライコールキレート液
[Example 4] Fermented compost for dioxin decomposition (B) 100 parts Water 30 parts Metal powder 100 parts 5% titanate alcohol chelate liquid 100 parts Mixed dry product 30 parts or 5% zirconium glycol glycol chelate liquid

【例5】 工場排煙用脱Nox、脱Sox剤 発酵堆肥 (B) 1000部 水 100部[Example 5] De-Nox and Sox-removing agent for factory flue gas Fermented compost (B) 1000 parts Water 100 parts

【例3】発酵60日堆肥 1000部[Example 3] 1000 days of fermentation compost 1000 parts

【例5】 工場排煙用脱Nox、脱Sox剤 生ゴミ再発酵堆肥 1000部 糞尿発酵堆肥 1000部 水 700部 この発酵菌は80℃に耐えるアスペルギリウス菌を使用
しているので、80℃以下の温度に充分耐えて排煙ガス
を接触しても発酵を続けるので、その発酵堆肥の使用寿
命は10日は充分吸着する。このアスペルギリウス菌は
100gあたり100億株が存在したものが使用される
が、方線菌、硫黄菌を併用する事もある。この発酵堆肥
は多量のフミン酸を含有している。 更に発酵化が進む
と炭素化率は48%に達するので、活性炭と同様に悪臭
ガスを吸着ガスを吸着すると共に生ゴミ中の植物繊維や
パルプスラジが混合されるから、これが発酵に追加発酵
する度に活性化されるので一年以上の発酵菌の添加は必
要なくなる。そして、沸湯器の湯水の温度が80℃にな
っても、菌は耐熱性アスペルギリウス菌であるから殺菌
は1部に過ぎないので排水中にも存在し、他の河川や池
水に流れる時は水の浄化性がある。そして、生ゴミの固
形物は発酵槽中に残留して再発酵分解が行われて溶出す
る。特に、新聞故紙に柿澁処理した紙袋や故紙袋はその
ままミキサーに分解されて発酵により分解する。又、こ
の生ゴミ処理プロセスは水産加工や畜産加工、食品工場
の産廃物や従来のスカムケーキの再処理にも応用され
る。
[Example 5] De-Nox and de-Sox agent for factory flue gas Garbage re-fermentation compost 1000 parts Manure fermentation compost 1000 parts Water 700 parts Since this fermenting bacterium uses Aspergillus bacterium that withstands 80 ° C., it is 80 ° C. Since the fermentation continues even if the exhaust gas comes into contact with the following temperatures, the fermented compost can be sufficiently adsorbed for 10 days. This Aspergillus is used in the presence of 10 billion strains per 100 g, but sometimes Streptomyces and sulfur bacteria are used in combination. This fermented compost contains a large amount of humic acid. Further, as the fermentation proceeds, the carbonization rate reaches 48%, so that the odorous gas is adsorbed as well as the activated carbon, and the vegetable fiber and pulp sludge in the garbage are mixed. No need to add fermentation bacteria for more than one year. And even when the temperature of the water in the water heater reaches 80 ° C, the bacteria are heat-resistant Aspergillus bacteria, so sterilization is only one part, so they are also present in the drainage water and flow to other rivers and pond waters. Sometimes there is water purification. Then, the solid garbage remains in the fermenter and is eluted by refermentation and decomposition. In particular, paper bags and waste paper bags that have been processed into persimmon newspaper paper are decomposed directly by a mixer and decomposed by fermentation. This garbage disposal process is also applied to the processing of fisheries and livestock, the reprocessing of industrial wastes from food factories and conventional scum cakes.

【図5】は工場産廃物の脱臭発酵処理の工程図を示し、
オートクレーブ(1a)に生ゴミのオカラ、コーヒー
粕、カレー粉粕を投入し湯水を入れて加熱し、その上面
に発酵堆肥、尿素、炭素粉を入れた網袋(2a)を投入
して、30分煮沸してオートクレーブ出口(3a)から
パイプ(4a)に導入してポンプ(5a)でフィルター
プレス(6a)に送り瀘別する。瀘別した生ゴミはトロ
ッコ車(7a)によってロータリーキルン(8a)に導
入されて、バーナー(9a)(9’a)で加熱する水蒸
気は煙突(10a)から排出され燃焼ガスは排気煙突
(10’a)から排気される。ロータリーキルン中で加
熱した生ゴミはロータリーキルン(8’a)に入り、乾
燥したものをジエット噴射器で高圧加熱空気で粉砕され
て700メッシュに加工してコンベアー(12a)で搬
送し秤量包装して20kg入袋として出荷する。フィル
タープレス(6a)で瀘別した水液は、ミキサー(13
a)に送り、生ゴミのトロッコ車(7a)によって一部
搬送したものを投下して混合粉砕したものを発酵槽(1
4a)に送り投入する。ここでセラミック球活性剤を湯
水と共に槽内に導入して1時間撹拌機(14’a)で撹
拌発酵せしめる。分解水液は槽(14a)の下部パイプ
(15a)からタンク(16a)に入れて貯水し、槽
(14a)の出口(17a)から固形物を取出して洗滌
してフィルターで瀘別して、瀘別はタンク(19a)に
貯水する。フィルタープレス(18a)で分離した生ゴ
ミ残渣は発酵槽(21a)(21’a)に投入されて再
発酵を行い、60日後完塾発酵堆肥化したものを一部を
有機肥料として利用し、他部を完熟堆肥として生ゴミの
分解に使用する。そして、吸着浄化剤として大気汚染ガ
スの浄化に利用する。この様に発酵法によって処理する
ランニングコストは1ton当たり1,000円〜1,
800円で、従来の活性汚泥方式では1ton当たり1
0,000円〜20,000円はかかる。加熱法に於い
ても1ton当たり2,000円であるから、従来の活
性汚泥法による曝気槽の発酵分解が12時間〜18時間
かかるものを4時間で50%を発酵分解し、残り残渣を
完熟発酵堆肥で混合発酵するので、その時点では悪臭性
は全工程で発生しないし、この完熟発酵堆肥は大気汚染
や水の浄化に利用される。特に鶏糞や豚糞、牛糞の入っ
た完熟発酵堆肥は蛋白質分解酵素が存在し、蛋白質の発
酵分解に役立ち分解を促進する効果がある。そして、加
熱方式を最初に生ゴミを加熱処理するので悪臭ガス発生
は生じないから、家庭生ゴミの自己処理にも工場用生ゴ
ミ処理にも利用される特徴がある。
FIG. 5 shows a process chart of a deodorizing fermentation treatment of industrial waste,
Raw garbage okara, coffee grounds, and curry powder grounds are put into the autoclave (1a), and hot water is put into the autoclave, heated, and a net bag (2a) containing fermented compost, urea, and carbon powder is put on the upper surface thereof, and The mixture is boiled for a minute, introduced into the pipe (4a) from the autoclave outlet (3a), sent to the filter press (6a) by the pump (5a), and filtered. The filtered garbage is introduced into the rotary kiln (8a) by the trolley truck (7a), the steam heated by the burners (9a) (9'a) is discharged from the chimney (10a), and the combustion gas is discharged from the exhaust chimney (10 '). exhausted from a). The garbage heated in the rotary kiln enters the rotary kiln (8'a), and the dried garbage is pulverized with high-pressure heated air by a jet injector, processed into 700 mesh, conveyed by the conveyor (12a), weighed and packaged to 20 kg. Ship as a bag. The water liquid filtered by the filter press (6a) is mixed with a mixer (13).
a), the raw garbage truck (7a) partially dropped and transported and mixed and pulverized into a fermenter (1).
4a). Here, the ceramic ball activator is introduced into the tank together with the hot water, and the mixture is fermented for 1 hour with a stirrer (14'a). The decomposed water solution is put into the tank (16a) from the lower pipe (15a) of the tank (14a) and stored therein. Solid matter is taken out from the outlet (17a) of the tank (14a), washed, filtered, and filtered. Stores water in the tank (19a). The raw garbage residue separated by the filter press (18a) is fed into the fermenters (21a) and (21'a) for re-fermentation. The other part is used to decompose garbage as fully-ripened compost. And it is used for purification of air pollutant gas as an adsorption purifying agent. The running cost of processing by fermentation in this way ranges from 1,000 yen to 1,
800 yen, 1 ton per ton in the conventional activated sludge method
It costs between 20,000 yen and 20,000 yen. Even in the heating method, the cost is 2,000 yen per ton, so fermentation decomposition of the aeration tank by the conventional activated sludge method takes 12 hours to 18 hours, but 50% fermentation decomposition in 4 hours and the remaining residue is fully ripened Since mixed fermentation is performed using fermented compost, no odor is generated in all processes at that time, and this mature fermented compost is used for air pollution and water purification. In particular, ripe fermented compost containing chicken dung, pig dung, and cow dung has proteolytic enzymes, which helps fermentative decomposition of proteins and has the effect of promoting decomposition. Since the garbage is first heat-treated in the heating method, no odorous gas is generated, so that the garbage is used for both self-treatment of household garbage and factory garbage.

【本発明の効果】家庭用生ゴミは放置すると必ず発酵し
て悪臭を放つが、生ゴミを加熱して殺菌すると悪臭の発
生はない。 これを粉砕して発酵槽中で発酵菌とセラミ
ック球とを併用して撹拌すると、4時間〜6時間で生ゴ
ミの多くは分解し10%程度が残留するが、これを更に
生ゴミを加熱して粉砕したものを投入すると先のものは
分解し二次残渣ができるが、連続的に処理すれば生ゴミ
の大半は分解され、分離した水液は排水溝や管を更に浄
化して河川や池水に入るから、水質は余り汚染性がな
い。 又、この家庭用の生ゴミ処理を大型ゴミの出る工
場の産廃物の処理に利用され、生ゴミが完熟発酵される
と堆肥化され、これが大気汚染の吸着剤や有機肥料や水
質浄化剤として利用されその用途は広い。
According to the present invention, household garbage is always fermented and emits a bad smell when left untreated, but no odor is generated when the raw garbage is heated and sterilized. When this is crushed and stirred in a fermenter with the fermentation bacterium and the ceramic ball used together, most of the garbage is decomposed in about 4 to 6 hours, and about 10% remains. When pulverized material is added, the former is decomposed and secondary residue is formed, but if it is continuously treated, most of the garbage is decomposed, and the separated water liquid further purifies the drains and pipes and rivers The water quality is not very polluting because it enters the pond. In addition, this household garbage treatment is used to treat industrial waste from factories that produce large garbage, and when the garbage is fully fermented and fermented, it is composted and used as an adsorbent for air pollution, an organic fertilizer, and a water purification agent. It is widely used.

【本発明の効果】家庭用生ゴミは一般にビニール袋に入
れて密閉したものを一ケ所に集め、市町村の清掃課が集
荷したものを一括処理してきたが、21世紀に入ると生
ゴミの大半は自己処理となる。その為には、この生ゴミ
を直ちに処理しないと分解して悪臭を放ち非衛生的であ
る。魚や骨類や畜産肉や鶏卵殻はそのままでは処理出来
ない。そこで、発酵堆肥を調達するか生ゴミを発酵堆肥
と混合して発酵再発酵せしめたものに、前記、魚や骨類
や畜産肉を粉砕して混合して発酵せしめて再発酵堆肥を
作る。又、生ゴを入れるプラスチック袋はトウモロコシ
澱粉にポリエチレン樹脂の低重合物の粉末を混合して熱
加工してフィルムを作ったものを作るが、予めグライコ
ールエステルを入れると発酵分解しやすいので、このプ
ラスチックフィルム袋に生ゴミを入れて密閉する時は悪
臭ガスは密閉された袋内に収まる。これを発酵すると発
酵としてポリエチレン粉だけが残る事により再利用され
る。生ゴミの発酵分解物の残留物の分析値は次の如くで
ある。 水分 81.5% 窒素含有 0.3% 燐酸含有 0.43% カリ含有 0.06% 有機物 15.12% 炭分 48.38% が平均となる。発酵時間は4時間、生ゴミは1回10k
gであるから再発酵を繰り返し1日3回行うと30kg
となる。これを毎日生ゴミ処理すると平均多い家庭でも
5kg/日となるから、比較的長時間の発酵分解が可能
となり分解残渣量は時間との相関関係に発酵菌も連続可
動がより活性的である。この残渣物中にはセラミック球
や他の形状のペレット状の多孔質が回転摩擦するので1
7%の粉体として発酵槽内に残るが、これは土壌改良材
として連作障害の防止用に利用される。この発酵堆肥は
土壌として使用する時は客土を作り、これを土壌面に散
布し土壌と混合する。この比率は、土壌7に対して3の
割合で発酵堆肥を添加するが、家庭用生ゴミの発酵堆肥
中には分解が充分でない残渣が残るので、客土又は残渣
を約1ケ月静置して熟成したものを使用する。工場排煙
に利用する場合は、樹皮や鋸肩、木材チップ、パルプス
ラジ等の有機物を発酵材料に混合すると持続性であり、
通気性である。炭化物も多いほど吸着性が高く、炭化物
は竹炭でも鋸屑活性炭でも椰子殻炭でも利用される。
この発酵生ゴミの処理の湯沸による加熱処理したもの
は、悪臭は20時間発生がなく発酵分解作用も30%向
上し発酵分解後の排水のB.O.Dも4分の1以下とな
る。そして、ミキサーの架設は生ゴミを粉砕し紙を分散
せしめるから発酵分解が10%短縮される。又、悪臭が
ないので蝿の発生が少なく、これを水洗トイレ排出ピッ
トに連結すると水洗トイレの汚物も発酵分解し、浄化排
水され悪臭が消失する。この発酵堆肥にパルプスラジ
1:1の割合で混合して粒状に加工したものは猫や犬の
糞尿の吸収剤として利用され、鶏卵系の鶏糞処理にも利
用されるので家庭用の衛生管理に役立ち、溜池式トイレ
の糞尿の脱臭剤にも利用され産業上にも有効利用され
る。特に、埋立産廃物にこの発酵堆肥を混合すると分解
が促進され、有害ガスの発生に対して吸着作用がある。
特に、糞尿を土壌に混合すると地下水がアンモニア汚染
され飲料に供し得ない場合があるが、この発酵堆肥の完
熟堆肥はアンモニアによる地下水の汚染は無い。この完
熟堆肥を豚飼料に10%添加したものは体重の増減に関
係無く増量材としても利用される。この様に食品の生ゴ
ミは常に無駄に廃棄される場合が多く、短時間での分解
処理が一番効果的であり、生ゴミを放置すると悪臭が発
生するのを本発明はほとんどクリアーして合理的であ
り、産廃物の処理や堆肥の吸着分解作用に利用すると膨
大な発酵分解も投資額が少なくても可能となり再利用が
出来るばかりでなく、大気汚染の浄化の吸着剤としても
利用され衛生的にも有用な発明である。
[Effects of the present invention] Household garbage is generally collected in a plastic bag and sealed in one place, and the municipal cleaning section collects and collects the garbage. Is self-processing. To this end, if the garbage is not treated immediately, it is decomposed and emits a bad smell, which is unsanitary. Fish, bones, livestock meat and chicken eggshell cannot be processed as is. Therefore, a fermented compost is produced by procuring fermented compost or mixing garbage with a fermented compost and fermenting and refermenting it, and then crushing and mixing fish, bones and livestock meat to ferment and ferment. In addition, plastic bags to put raw berries are made by mixing corn starch with low polymerized powder of polyethylene resin and heat processing to make a film, but if you add glycol ester in advance, it is easy to ferment and decompose, When garbage is put in the plastic film bag and sealed, the odorous gas is contained in the sealed bag. When this is fermented, it is reused by leaving only the polyethylene powder as fermentation. The analytical value of the residue of the fermentation decomposition product of garbage is as follows. Water 81.5% Nitrogen content 0.3% Phosphoric acid content 0.43% Potassium content 0.06% Organic matter 15.12% Charcoal content 48.38% is average. Fermentation time is 4 hours, garbage is 10k once
g and re-fermentation is repeated 3 times a day for 30kg
Becomes If this is treated daily with garbage, the average fermentation rate will be 5 kg / day even in households, so that fermentation and decomposition can be performed for a relatively long period of time, and the amount of decomposition residue is correlated with time, so that the fermentation bacteria are more continuously movable. In this residue, ceramic spheres and other porous pellets of other shapes cause rotational friction.
7% of the powder remains in the fermenter and is used as a soil conditioner to prevent continuous cropping. When this fermented compost is used as soil, it forms a soil, which is sprayed on the soil surface and mixed with the soil. In this ratio, fermented compost is added at a ratio of 3 to soil 7. However, residues that are not sufficiently decomposed remain in the fermented compost of household garbage. Use what has been aged. When used for factory flue gas, mixing bark, saw blades, wood chips, pulp sludge, and other organic matter with fermented materials is persistent,
It is breathable. The greater the amount of carbide, the higher the adsorptivity, and the carbide is used in both bamboo charcoal, sawdust activated charcoal and coconut shell charcoal.
The fermented garbage that has been heated by boiling water has no odor for 20 hours, improves the fermentation decomposition effect by 30%, and improves the B.I. O. D also becomes 1/4 or less. Since the erection of the mixer crushes the garbage and disperses the paper, the fermentation decomposition is reduced by 10%. Further, since there is no bad smell, the generation of fly is small, and if this is connected to the flush toilet discharge pit, the waste from the flush toilet is also fermented and decomposed, purified and drained, and the bad smell disappears. This fermented compost is mixed with pulp sludge at a ratio of 1: 1 and processed into granules, which is used as an absorbent for cat and dog excrement and is also used to treat chicken egg dung, which is useful for household hygiene management. It is also used as a deodorant for feces and urine in pond-type toilets, and is effectively used industrially. In particular, when this fermented compost is mixed with landfill waste, decomposition is promoted, and it has an adsorption effect on generation of harmful gas.
In particular, when manure is mixed with soil, groundwater may be contaminated with ammonia and cannot be used for beverages. However, this fermented compost has no contamination of groundwater with ammonia. What added 10% of this ripe compost to pig feed is also used as a bulking agent regardless of the change in body weight. In this way, food garbage is often discarded in vain, and the decomposition process in a short time is the most effective. It is reasonable, and when used for the treatment of industrial waste and the adsorption and decomposition of compost, it is possible to reuse enormous fermentation even with a small investment amount, and it can be reused as well as used as an adsorbent for purification of air pollution. This is a sanitary useful invention.

【図面の簡単な説明】[Brief description of the drawings]

【図1】 生ゴミの発酵分解の工程図Fig. 1 Process diagram of fermentation decomposition of garbage

【図2】 流し台の拡大正面図Fig. 2 Enlarged front view of the sink

【図3】 発酵堆肥炭素尿素の入った成型盤を紙袋に
包装した斜正面図
Fig. 3 Oblique front view of a molding machine containing fermented compost carbon urea packed in a paper bag

【図4】 流し台と湯沸器の斜正面図FIG. 4 is an oblique front view of a sink and a water heater.

【図5】 工場産廃物の脱臭発酵処理の工程図Fig. 5 Process diagram of deodorizing fermentation treatment of industrial waste

───────────────────────────────────────────────────── 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) C05F 9/02 E03C 1/266 Z 4H061 E03C 1/266 B09B 3/00 ZABD Fターム(参考) 2D061 BA04 BC16 DA03 DE21 3E023 CA05 DA07 GB02 4D004 AA03 CA04 CA07 CA13 CA15 CA19 CA48 CB02 CB06 CB28 CC03 CC08 4D059 AA07 BA01 BA29 BE02 BE04 BJ01 BK02 CA22 CB25 CC01 CC04 DA63 4D065 CA06 CB07 CC03 ED25 4H061 AA03 CC47 CC55 EE05 EE61 EE66 EE70 GG13 GG16 GG18 GG43 GG54 GG70 ──────────────────────────────────────────────────の Continued on the front page (51) Int.Cl. 7 Identification symbol FI Theme coat ゛ (Reference) C05F 9/02 E03C 1/266 Z 4H061 E03C 1/266 B09B 3/00 ZABD F-term (Reference) 2D061 BA04 BC16 DA03 DE21 3E023 CA05 DA07 GB02 4D004 AA03 CA04 CA07 CA13 CA15 CA19 CA48 CB02 CB06 CB28 CC03 CC08 4D059 AA07 BA01 BA29 BE02 BE04 BJ01 BK02 CA22 CB25 CC01 CC04 DA63 4D065 CA06 CB07 CC03 ED25 4H471GG03 EA05 CC03 CC GG70

Claims (1)

【特許請求の範囲】[Claims] 生ゴミを選別してプラスチック、金属、木片等を分離し
発酵する生ゴミを集めて、流し台上の流水口の底に弁の
付いたプラスチックフィルム袋を篏挿した篭を入流水口
と篭との間に隙間を作り流水口とし、そのプラスチック
フィルム袋中に選別生ゴミを投入し、その上に成型した
発酵堆肥と炭粉と発酵菌尿素又は硫安の入った脱臭堆肥
を積載して、ガス湯沸かし器から熱湯水を導入して静置
して生ゴミの脱臭を行い、これをミキサーで粉砕してコ
ロイド化した液を発酵槽に入れてセラミック球と発酵菌
活性剤を加えて撹拌機を回転して発酵分解し分解液を瀘
別して固形物は残し、液は水と放流する事を特徴とした
家庭用生ゴミの発酵分解器付流し台と産廃物の応用。
Separate the garbage, separate the plastic, metal, wood chips, etc., collect the garbage to be fermented, collect the garbage and attach a plastic film bag with a valve at the bottom of the water outlet on the sink to fit the basket with the inlet and outlet. Create a gap between them and use it as a water outlet, put the sorted garbage into the plastic film bag, load the molded fermented compost, the charcoal powder, and the deodorized compost containing the fermentative urea or ammonium sulphate on top of it, and use it as a gas water heater Deodorize garbage by introducing hot water and leaving it to stand, then pulverize it with a mixer, put the colloidal liquid into the fermenter, add the ceramic balls and the fermenter activator, and rotate the stirrer. The fermentation decomposer for household garbage is characterized by the fact that the decomposed liquid is filtered off to leave solids and the liquid is discharged with water.
JP2000391619A 2000-11-17 2000-11-17 Sink provided with garbage treatment device and application of the same sink to disposal of bulky garbage Pending JP2002153849A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2000391619A JP2002153849A (en) 2000-11-17 2000-11-17 Sink provided with garbage treatment device and application of the same sink to disposal of bulky garbage

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2000391619A JP2002153849A (en) 2000-11-17 2000-11-17 Sink provided with garbage treatment device and application of the same sink to disposal of bulky garbage

Publications (1)

Publication Number Publication Date
JP2002153849A true JP2002153849A (en) 2002-05-28

Family

ID=18857726

Family Applications (1)

Application Number Title Priority Date Filing Date
JP2000391619A Pending JP2002153849A (en) 2000-11-17 2000-11-17 Sink provided with garbage treatment device and application of the same sink to disposal of bulky garbage

Country Status (1)

Country Link
JP (1) JP2002153849A (en)

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106391246A (en) * 2016-11-21 2017-02-15 郑州搜趣信息技术有限公司 Urea smashing device with uniform scattering device
CN107609615A (en) * 2017-10-30 2018-01-19 郑州云海信息技术有限公司 A kind of Intelligent garbage treatment system and method
CN108821803A (en) * 2018-07-17 2018-11-16 芜湖鑫霖森椽环保科技有限公司 A kind of excrement of animals pretreatment unit with deodorization functions
CN109607005A (en) * 2019-01-08 2019-04-12 吴慧军 A kind of urban environmental protection garbage collecting transporting device
CN111453239A (en) * 2020-04-12 2020-07-28 张坤海 Dry and wet garbage separation environmental sanitation box

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106391246A (en) * 2016-11-21 2017-02-15 郑州搜趣信息技术有限公司 Urea smashing device with uniform scattering device
CN106391246B (en) * 2016-11-21 2018-11-30 绍兴柯桥兴旺印纸印花有限公司 A kind of urea grinding device with uniform material-strewing device
CN107609615A (en) * 2017-10-30 2018-01-19 郑州云海信息技术有限公司 A kind of Intelligent garbage treatment system and method
CN108821803A (en) * 2018-07-17 2018-11-16 芜湖鑫霖森椽环保科技有限公司 A kind of excrement of animals pretreatment unit with deodorization functions
CN109607005A (en) * 2019-01-08 2019-04-12 吴慧军 A kind of urban environmental protection garbage collecting transporting device
CN111453239A (en) * 2020-04-12 2020-07-28 张坤海 Dry and wet garbage separation environmental sanitation box

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