JPH09295885A - Production of bioactive organic fertilizer - Google Patents

Production of bioactive organic fertilizer

Info

Publication number
JPH09295885A
JPH09295885A JP14481096A JP14481096A JPH09295885A JP H09295885 A JPH09295885 A JP H09295885A JP 14481096 A JP14481096 A JP 14481096A JP 14481096 A JP14481096 A JP 14481096A JP H09295885 A JPH09295885 A JP H09295885A
Authority
JP
Japan
Prior art keywords
organic
fermentation
product
water
organic fertilizer
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
JP14481096A
Other languages
Japanese (ja)
Inventor
Yaichi Obara
弥一 小原
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.)
OBARA YASUNORI
Original Assignee
OBARA YASUNORI
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 OBARA YASUNORI filed Critical OBARA YASUNORI
Priority to JP14481096A priority Critical patent/JPH09295885A/en
Publication of JPH09295885A publication Critical patent/JPH09295885A/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
    • Y02W30/40Bio-organic fraction processing; Production of fertilisers from the organic fraction of waste or refuse

Landscapes

  • Fertilizers (AREA)

Abstract

PROBLEM TO BE SOLVED: To provide an organic fertilizer which is increased in its bio-activity and balanced between the quality and the amount in order to produce the foods fulfilling the qualities required by the so-called health food, as the environment is safe-guarded in the culture of farm crops. SOLUTION: In the production of this organic fertilizer, the substance containing large amounts of characteristic plant fibers, namely rice chaff and soybean curd lees which are crushed at lower temperature, is combined with cereal grain (rice) bran, oil extraction lees, sawdust, fossil seashell and a soil-activating agent. Then, they are thoroughly mixed, as its water content is adjusted with water or a dilute organic acid solution thereby effecting aerobic fermentation at a mild temperature lower than 65 deg.C to prepare a fermentation product having high bioactivity (A). Then, the fermentation product (A) is mixed with additive-free and fermented swine droppings, organic phosphoric acid and the lees after extraction of decomposed marine plants and they are thoroughly mixed as the water content is adjusted with water or a dilute organic acid solution to effect gradual fermentation aerobically at a mild temperature lower than 50 deg.C and aged to give a product (B). This fermented product (B) and the group of microorganisms which are induced and grown in the fermentation are used as an organic fertilizer whereby health food are produced, as the environment is safe- guarded.

Description

【発明の詳細な説明】Detailed Description of the Invention

【発明の属する技術分野】本発明は植物栽培の土台とな
る土壌の生産力を維持増強しながら、望ましい植物の特
性を発現させる為の有機肥料の製造に関するものであ
る。
BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to the production of an organic fertilizer for expressing desired plant characteristics while maintaining and enhancing the productivity of soil which is a base for plant cultivation.

【従来技術】植物を人工的に育てる栽培にあって、それ
が効率よく収益をあげるための必須養分源となる肥料は
欠くべからざるものであり選って開発されている。すな
わち科学の進歩につれて解明と分化が進みその利用分野
の拡大はおびただしい。しかしその養分源の足らざるを
調べて補う肥科学の軌跡は、その目的を達したときから
報酬漸減の法則の影響を受けると共に、咋今は化学肥料
の連続多投による肥料養分の過剰におちいり、土壌劣化
は深刻の度を加えて、安定生産の阻害や、食品の栄養欠
陥にまで及ぶことから、その改善と対応は緊急の課題と
なってきている。
2. Description of the Related Art In cultivation for artificially growing plants, fertilizers that are essential nutrient sources for efficiently raising profits are indispensable and have been selected and developed. In other words, as science advances, clarification and differentiation progresses, and the fields of application are expanding enormously. However, the trajectory of fertilizer science that investigates and supplements the lack of nutrient sources is affected by the law of gradual reduction of rewards from the time when it reaches its purpose. However, soil deterioration has been seriously impaired, and stable production has been impaired and nutritional defects of foods have been addressed.

【発明が解決しようとする課題】前項に鑑み具体的課題
をさぐる前提として農業に求められるものは何なのか? 環境保全や自然浄化力を機能させる持続的農耕技術の
確立を求める社会的要請。 食料は命の糧たる資質、また喰べたいと言う味、更に
進んで積極的に健康に貢献する例えば機能性食品的資質
の要件を満たしながら安定して供給する義務。等である
が、現実には化学資材偏重によって、上記のいずれにも
相反する事態が進行し、更に地球的規模での環境汚染も
加わって、連作障害等農耕地の荒れが顕在化してきた。
本発明者は、以上の矛盾に気づき苦しみ、その解決に取
り組んできたなかで、自然から教えられて次のことにた
どりついた。 植物を育てる農業は自然循環系の中にある生態系の営
みそのものである。 その環境や土、育つ植物は無数の酵素微生物の媒介に
よって営まれる生化学反応そのものである。 したがって農耕の具体的手段は、酵素微生物環境の整
備と言う側面の考察に従って組み立て幇助されなければ
ならない。 農業に求められる義務の具体的目標即ち環境保全や健
康に貢献出来る等の事象内容は、現代の科学が解明しつ
つあり、対応すべき具体策も鮮明になってきた。 以上の考察に基づいて、本発明は植物体を育てる循環系
の基本である成熟した植物繊維を多く含む有機質を基調
とした肥料養分の補給方法の中に、その微生物環境を整
える具体的手段を提供することを目指すものである。
[Problems to be Solved by the Invention] What are the requirements for agriculture as a premise for solving specific problems in view of the preceding paragraph? Social demand for the establishment of sustainable agricultural technology that functions as environmental conservation and natural purification. Food must be a stable supply while satisfying the requirements of functional food qualities that contribute to health, the taste that one wants to eat, and the will to actively contribute to health. However, in reality, due to the heavy use of chemical materials, situations contradictory to the above have progressed, and environmental pollution on a global scale has also been added.
The present inventor noticed the above contradiction and suffered, and while working to solve the contradiction, he was taught by nature and arrived at the following. Agriculture that grows plants is the very operation of the ecosystem in the natural circulation system. The environment, soil, and growing plants are the biochemical reactions themselves mediated by a myriad of enzyme microorganisms. Therefore, the concrete means of farming must be assisted by assembling according to the consideration of the aspect of maintaining the enzyme microbial environment. The specific goals of the obligations required for agriculture, that is, the contents of events that can contribute to environmental protection and health, are being elucidated by modern science, and the concrete measures to be taken have become clear. Based on the above consideration, the present invention provides a concrete means for preparing the microbial environment in the method of supplying fertilizer nutrients based on an organic matter containing a large amount of mature plant fiber which is the basis of the circulatory system for growing a plant. It aims to provide.

【課題を解決するための手段】本発明は、先人が営々と
して築きあげた有機栽培手法や現代科学の解明した情報
の事象を参考とし、又前項課題を具体的に気付かされた
経験に基づいて、地域に賦存する資源の隠された資質を
顕現する手段を構築するものである。即ち発明者は、先
に開発出願したモミガラ低温破砕機による利用技術をも
とに、植物資源からの土壌活性化剤各種を開発利用して
いる経験から、目標とする多くの研究文献事象に到達す
ることが多く、それぞれの資源が秘めている資質を教え
知らされた。また先人が経験上会得し実践して来た有機
栽培技法が、農業に期待される地域社会と健康食品への
義務を果たしていたことも具体的に教えられた。自然界
は絶妙な資質の資源を物質循環のために準備提供してお
り、科学もその道筋を教示しているが、特に植物性有機
珪酸の果たす役割の重要性を教えられた。本案はその請
求項記載の構成手法即ちバイオテクノロジーの成果によ
る生成物が、土壌や植物体生育の活性化を促すミネラル
や酵素群を創り出すと共に、併せてバランスのとれた肥
料養分を保持するように組み立てられたもので、比較多
量の特色ある有機珪酸を多く含む成熟した植物繊維有機
質に、相乗発酵により誘導生成されたミネラルや酵素群
を肥料養分と共に棲みつかせるものである。
[Means for Solving the Problems] The present invention is based on the experience of being aware of the above-mentioned problems concretely, with reference to the phenomenon of information clarified by the organic cultivation method and modern science that the ancestors built up on an ongoing basis. Then, the means for revealing the hidden qualities of resources existing in the region are constructed. That is, the inventor has reached a number of targeted research literature events from the experience of developing and using various soil activators from plant resources based on the utilization technology by the rice husk low temperature crusher that was previously applied for development. I was often taught, and I was informed of the qualities of each resource. In addition, it was specifically taught that the organic cultivation techniques that the ancestors had learned from their experience and practiced fulfilled their obligations to the community and health foods expected of agriculture. The natural world prepares resources of exquisite qualities for material cycle, and science teaches the way, but I was taught the importance of the role of plant organosilicic acid. In this plan, the product according to the construction method described in the claim, that is, the result of biotechnology, creates minerals and enzymes that promote activation of soil and plant growth, and at the same time, maintains a balanced fertilizer nutrient. Assembled, it allows the minerals and enzymes produced by synergistic fermentation to live together with fertilizer nutrients in mature plant fiber organic matter containing a large amount of characteristic organic silicic acid.

【課題を解決するための作用】本案の構成手段によって
目標に到達する作用の原理は次の通りである。 有機質素材には固有の栄養分と共に蛋白態酵素の生命
体が存在する。 穀実殻や、糠類等には固有の珪酸を核とした物質構造
の植物繊維を多く含む。 有機質生合成は陽反応系の法則的酵素反応の秩序があ
り、その分解に当たっても反対の陰反応系の法則的酵素
反応の秩序があり、他の物質との相乗的発酵の映響を受
けるので、同一構成による現象成果は確実に再現する。 有機栽培は根圏を中心とした微生物反応の成果が、植
物体内の生化学反応と連動することにより得られる生成
物である固有の品質産物を求めるものである。 医食と呼ぶ品質特性は、恣意的な投入素材の構成手法
によって、発酵反応を誘導する結果として植物固性を高
次に発現させることによって強化される。 以上の文献記載事象と経験から確認されている原理に基
づき組み立てられた本案は、各種素材がそれぞれもって
いる固有の生命体である蛋白態酵素と養分が複合して反
応する相乗発酵によって誘導される結果生成物が、酵素
群や複合アミノ酸群等の養分態に生まれ変わるもので、
その変化図式は正に消して化けると言える劇的なもので
ある。(実施例で利用するキコOF2号等はその成果で
ある) 例えれば甲殻類が健全な土に入ると、キチナーゼ等の分
解酵素が誘導生成され無臭分解されてキトサンになる。
キチナーゼ自体も多面的活性化機能の特性を有すると言
われる文献記載情報が教えるように、いわゆる土に還る
と称される自然界の浄化力は神秘的な生態系微生物活動
の創成反応によって維持されている。又モミガラは特異
な有機珪酸主体の炭素構造をもつ成熟した植物繊維より
成る外、発芽抑制酵素アブジンジン酸や、モミラクトー
ンフェノール等の抽出成分を保有して種子を保護する機
能特性をもつ素材であり、低温破砕するとその酵素反応
が分解系に転換するので、微生物の栄養炭素源として、
特にその保有する有機珪酸質がいわゆるボカシ肥的発酵
では中核的、觸媒的に関与(シリケート四面体構造形
成)する如き特性が確認されているのでそれを積極的に
活用する。更に豆腐粕は、もとととなる大豆が空気中の
窒素ガスを蛋白体に生合成する生態系の申し子とも言え
る特性を持っている。その穀実粕でありその殻とともに
含まれる胚芽は大豆の偉大な生命力の巣で、その分解反
応は、生合成反応の陰映である光合成細菌類が誘導生成
されるもととなる如く、その発酵生成物を施用して栽培
する作物の生育健全化とその味に顕著に反映してその特
性を教えている。これ等本案の基となる植物繊維を多く
含有する有機素材に加える各種の殻実糠の糖質と酵素の
栄養基になるブナオガ屑が、貝化石や土壌活性化剤の酵
素やミネラル等に誘導されて相乗発酵した結果生成物が
(A)であり自然浄化力を強く補強し、植物体の潜在資
質を発現させる素となる等単独でも活用例は多い。加え
る無添加発酵豚糞は、排泄物のうちでもっとも動物性質
と言われ危険なガスの発生の虞れ少なく土に優しい肥料
養分源である。又有機燐酸はミネラル類、有機石灰、珪
酸等も豊富で、更に海洋性腐植のミネラル群に助けられ
て発酵に参画する。こうして熟成発酵した生成物が
(B)であり、土壌や植物に持続的な活力と養分を与え
る量と質のバランスを保った有機肥料となる。本発明の
作用について総括すると、成熟した植物繊維を多く含有
する基材を始めとする有機質は固有の養分と共に生命体
である酵素をもっている。一方生態系における有機質の
分解は法則的秩序があって、前述した微生物群が誘導生
成されるメカニズムがある。海洋性腐植は自然界組成の
特異なミネラル群を保有して有効肥料養分の揮発蒸散を
抑えて生成物に吸着させ効果を高める。その間にあって
本発明の恣意的な特徴ある素材即ち有機硅酸を多く含有
する多数の素材の組合せによる相乗発酵と言う結果生成
物は、多数の酵素群やミネラル群が誘導生成され、肥料
的養分と共に土壌と植物の活性化機能を併せもち、具体
的には光合成菌由来の菌叢が形成されたが如く、土壌の
浄化力が強化された現象が顕著に見られるし、植物体が
健康的に育ち生産物が美味しくなる判然とした効果が確
認されている等、正にバイオ活性と呼び得る高次の資質
を備えた有機肥料に到達する。
The principle of the operation to reach the target by the constituent means of the present invention is as follows. In the organic material, protein-enzyme life forms exist along with the unique nutrients. Grain shells, bran and the like contain a large amount of plant fibers having a material structure centered on silicic acid. Organic biosynthesis has a regular enzymatic reaction order of the positive reaction system, and even when it is decomposed, it has a regular enzymatic reaction order of the opposite negative reaction system, which is influenced by synergistic fermentation with other substances. , Phenomenon results with the same configuration are reproduced without fail. Organic cultivation seeks a unique quality product, which is a product obtained by linking the results of microbial reactions centered on the rhizosphere with biochemical reactions in plants. The quality trait, called medical food, is enhanced by an arbitrary approach to the composition of the input material, which results in a higher fermentation of plant solidity as a result of inducing a fermentation reaction. The present invention, which was constructed based on the above-mentioned phenomena described in the literature and the principle confirmed from experience, is induced by synergistic fermentation in which protein enzymes, which are unique life forms of various materials, and nutrients react in a complex manner. The resulting product is reborn into a nutrient state such as enzymes and complex amino acids,
The change diagram is a dramatic one that can be said to be completely erasable. (The Kiko OF2, etc. used in the examples is the result of this.) For example, when crustaceans enter healthy soil, degrading enzymes such as chitinase are induced and produced to be odorlessly decomposed to chitosan.
As described in the literature that chitinase itself also has the characteristic of multifaceted activation function, the purification power of the natural world called returning to the soil is maintained by the creation reaction of mysterious ecological microbial activity. There is. In addition, the rice husk is composed of mature plant fibers having a unique organic silicic acid-based carbon structure, and possesses the germination inhibitor enzyme azudinic acid and extractive components such as momiractone phenol to protect seeds. When crushed at low temperature, its enzymatic reaction is converted to a decomposition system, so as a nutrient carbon source for microorganisms,
In particular, it has been confirmed that the organic silicic acid possessed by the organic silicic acid has a characteristic that it plays a central role in the so-called fermented fermented fermentative fermentation, and acts as a catalyst (silicate tetrahedral structure formation). Furthermore, tofu meal has the characteristic that it can be said that it is the origin of the ecosystem in which the original soybean biosynthesizes nitrogen gas in the air into protein. The germ, which is the grain meal and the shell, is the nest of soybean's great vitality, and its decomposition reaction causes photosynthetic bacteria, which is a shadow of the biosynthetic reaction, to be induced and produced. It teaches the characteristics of the crops that are cultivated by applying fermented products, by notably reflecting the growth and soundness of the crops. In addition to the organic material containing a large amount of plant fiber, which is the basis of the present invention, beech shavings, which are the nutrients for the sugars and enzymes of various shell nut bran, are induced in the fossil shells and enzymes and minerals of soil activators. As a result of the synergistic fermentation, the product is (A), which strongly strengthens the natural purification power and serves as an element that expresses the latent qualities of the plant body. The additive-free fermented pig manure added is a fertilizer nutrient source that is said to be the most animal property of the excrement and is less likely to generate dangerous gas, and is soil-friendly. In addition, organic phosphoric acid is rich in minerals, organic lime, silicic acid, etc., and participates in fermentation by being assisted by the mineral group of marine humus. The product fermented and fermented in this manner is (B), and it becomes an organic fertilizer that maintains a balance of quantity and quality that gives sustainable vitality and nutrients to soil and plants. Summarizing the action of the present invention, the organic matter including the substrate containing a large amount of mature plant fiber has an enzyme which is a living body together with its own nutrients. On the other hand, the decomposition of organic matter in the ecosystem has a regular order, and there is a mechanism by which the above-mentioned microbial group is induced and produced. Marine humus possesses a unique mineral group of natural composition and suppresses volatilization of effective fertilizer nutrients and adsorbs it to the product to enhance its effect. In the meantime, the product having an arbitrary characteristic of the present invention, that is, synergistic fermentation by combining a large number of materials containing a large amount of organic silicic acid, is a product in which a large number of enzyme groups and mineral groups are induced and produced, and a fertilizer-like nutrient. It also has the function of activating soil and plants, and in particular, the phenomenon that the soil purification power is strengthened is remarkably seen as if the flora derived from photosynthetic bacteria was formed, and the plant body is healthy. The organic fertilizer has high-quality qualities that can be called bioactivity, for example, it has been confirmed that the product is delicious and the product is delicious.

【実施例】以下一実施例について詳述する。モミガラ2
00ιを特開平1−24563号に記載の装置で破砕処
理して得た130ιに、豆腐粕100ιを加える、更に
米糠7kg、搾油なたね粕3kg貝化石20kg、ブナ
オガ屑15ιに特開平4−122788号記載の土壌活
性化剤(キコOF2号−(株)オバラフローラ)20k
gを加えて、0.1%酢酸液10ιを添加して充分混合
し、65℃以下の温度で7日以上好気的発酵をさせ(攪
拌して放熱)生成物(A)約100kgを得た。次いで
(A)剤70kgに無添加発酵豚糞15kgと、有機燐
酸(マドラグアノ(株)佐藤商事)20kgを加え、海
洋性腐植抽出粕(MR−X(株)福島沢井)2kgに水
または稀有機酸0.1%液20ιを加えながら充分混合
して、10日以上ゆっくりと好気的発酵熟成して、生成
物(B)約100kgを得るもので、後述する様に特徴
ある酵素群やミネラル群等活力の高い有機肥料となるも
のである。
EXAMPLE An example will be described in detail below. Chaff 2
100 liters of tofu meal are added to 130 ι obtained by crushing OOι with the device described in JP-A-1-24563, and further, 7 kg of rice bran, 3 kg of crushed oilseed meal, 20 kg of shell fossils, and 15 ounces of beech tree scraps are disclosed in JP-A-4-122788. Activator (Kiko OF No. 2-Obara Flora Co., Ltd.) described in No. 20k
10 g of 0.1% acetic acid solution and thoroughly mixed, and aerobically fermented at a temperature of 65 ° C or lower for 7 days or more (heated by stirring) to obtain about 100 kg of the product (A). It was Next, 15 kg of additive-free fermented pig feces and 20 kg of organic phosphoric acid (Madoguano Sato Corporation) were added to 70 kg of (A) agent, and 2 kg of marine humus extract cake (MR-X Fukushima Sawai) was added to water or a rare organic substance. Acid 0.1% liquid 20ι is added and mixed thoroughly, and aerobically fermented and aged for 10 days or longer to obtain about 100 kg of product (B). Characteristic enzyme groups and minerals as described below. It becomes an organic fertilizer with high vitality for the group.

【発明の効果】以上詳述した様に本案の構成手段によっ
て得られた有機肥料を用いた植物栽培では、土壌を健全
化して環境保全の社会要請に応え、育つ植物を活性化し
て、食品産物にあっては積極的に健康に貢献する品質
(機能性食品と言う積極性)に高めることが出来た。2
つの課題目標の達成手段は同根であることを確証出来た
のである。即ちそれぞれの施用圃場の反応を標本的に挙
げれば次の通りである。 水田では、表層がトロ土化し緑藻(光合成微生物で環
境浄化機能がある)の発生が顕著で、根が良く発達して
稈が丈夫で耐病性や耐冷性も強くなる、又炊飯に際して
吸水量を10%以上多く要することは澱粉密度の高いこ
とを示す。 畑地における土壌劣化の標本的に言われるギシギシ草
を鋤込んでも新しい根を出せない程土の性質が急速に変
化して鋤込まれた草類有機材の消化が速やかである。雑
草種子を不時催芽させるので耕耘数回で殺草効果が出
る。根が倍以上も良く発達するので旱害にも強くなる。
大豆を栽培したときは根瘤菌の着生が顕著となる等々の
現象が明らかである。その結果として生産物は細胞が緻
密となり別品種かと迷う美味しさがある事例も多く確認
されている。社会的にも、市場経済環境からも厳しい農
業の存続は、一にかかって社会と生活者に支えられてこ
そ可能なので、それに充分応えられる効果のある本案に
よる有機肥料は農業に明るい希望を与える確かな一つの
方法である。
As described above in detail, in the plant cultivation using the organic fertilizer obtained by the constitution means of the present invention, the soil is made healthy to meet the social demand for environmental conservation, the growing plant is activated, and the food product is produced. In that case, we were able to improve the quality (activeness called functional food) that positively contributes to health. Two
We were able to confirm that the means to achieve the two objectives were the same root. That is, the reactions of each applied field are listed as samples. In paddy fields, the surface layer of soil is heavily soiled and green algae (photosynthetic microorganisms have an environmental purification function) are prominent, roots are well developed, culms are strong, and disease resistance and cold resistance are strong. If more than 10% is required, it means that the starch density is high. Soil deterioration in the field is said to be said to be a sample. Even if a plowed grass is used as a plow, the soil properties change so rapidly that new roots cannot be released, and the plowed organic material of grass is quickly digested. Since weed seeds are sproutlessly germinated, the herbicidal effect is obtained after several times of tilling. The roots develop more than twice as well, which makes them more resistant to drought.
When soybeans are cultivated, phenomena such as remarkable growth of root-knot fungi are obvious. As a result, there are many cases in which the product has a delicate cell structure and is delicious as if it were a different product. The survival of agriculture, which is severe both socially and from the market economic environment, can only be supported by society and consumers in the first place, so the organic fertilizer according to this plan, which has the effect of fully responding to it, gives bright hope to agriculture. This is a surefire method.

Claims (1)

【特許請求の範囲】[Claims] 【請求項1】成熟した植物性繊維を多く含む低温破砕モ
ミガラと豆腐粕の有機素材に、搾油粕と穀実糖とオガ屑
と貝化石と土壌活性化剤を加え、水か稀有機酸液で水分
を50〜70%望ましくは60%に調整しながら充分に
混合し、50〜70℃望ましくは65℃以下の温和な温
度で5〜10日望ましくは7日以上好気的発酵をさせ
て、多くの有用微生物群が誘導生成された発酵生成物
(A)を得る。ついで(A)に無添加発酵豚糞と有機燐
酸と海洋性腐植抽出粕を加え、水または稀有機酸液で水
分を30〜50%望ましくは40%に調整しながら充分
に混和して、40〜60℃望ましくは50℃以下の温和
な温度で10日以上ゆるやかに好気的発酵熟成させるこ
とにより得られる発酵生成物(B)及び同時に誘導生成
される有用微生物群を生きたまま利用することを特徴と
するバイオ活性有機肥料の製造法。
1. An organic material for low-temperature crushed rice husk and tofu meal containing a large amount of mature plant fiber, added with crushed oil meal, grain sugar, sawdust, shell fossil and soil activator, and added with water or a rare organic acid solution. Mix well while adjusting the water content to 50 to 70%, preferably 60%, and aerobically ferment at 5 to 10 days, preferably 7 days or longer at a moderate temperature of 50 to 70 ° C, preferably 65 ° C or less. , A fermentation product (A) in which many useful microorganism groups are induced and produced. Then, non-additive fermented pig manure, organic phosphoric acid, and marine humus extraction meal are added to (A), and water or a dilute organic acid solution is added to the mixture to adjust the water content to 30 to 50%, preferably 40%. -60 ° C, preferably a fermented product (B) obtained by slowly aerobic fermentation and aging at a mild temperature of 50 ° C or less for 10 days or more, and a useful microorganism group induced and produced at the same time as alive A method for producing a bioactive organic fertilizer characterized by.
JP14481096A 1996-04-30 1996-04-30 Production of bioactive organic fertilizer Pending JPH09295885A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP14481096A JPH09295885A (en) 1996-04-30 1996-04-30 Production of bioactive organic fertilizer

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP14481096A JPH09295885A (en) 1996-04-30 1996-04-30 Production of bioactive organic fertilizer

Publications (1)

Publication Number Publication Date
JPH09295885A true JPH09295885A (en) 1997-11-18

Family

ID=15370996

Family Applications (1)

Application Number Title Priority Date Filing Date
JP14481096A Pending JPH09295885A (en) 1996-04-30 1996-04-30 Production of bioactive organic fertilizer

Country Status (1)

Country Link
JP (1) JPH09295885A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103449922A (en) * 2013-08-31 2013-12-18 安徽省司尔特肥业股份有限公司 Special long-lasting formula fertilizer for corns and preparation method thereof
JP2015520096A (en) * 2012-04-05 2015-07-16 メジ, マルセル, レオンMEZY, Marcel, Leon Preparation methods of doped or overdoped organic materials / plant complexes and activated plant complexes containing carbonate, and their application, especially in methanation or biogas production

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2015520096A (en) * 2012-04-05 2015-07-16 メジ, マルセル, レオンMEZY, Marcel, Leon Preparation methods of doped or overdoped organic materials / plant complexes and activated plant complexes containing carbonate, and their application, especially in methanation or biogas production
CN103449922A (en) * 2013-08-31 2013-12-18 安徽省司尔特肥业股份有限公司 Special long-lasting formula fertilizer for corns and preparation method thereof

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