JP2010000508A - Recycling method and recycling system of food residue resource - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a recycling method and a recycling system of food residue resource which enables a head office having a trace center to perform the overall tracing management of the circulation of discharged resources among a discharging project office, a recycling center and a producer so as to perform the circulation smoothly and yield profits in all respects. <P>SOLUTION: The recycling system of food residue resource includes: a server 14a for management and a database 14c installed on the trace center 2a of the head office; and clients as terminal computers which are connected with the server 14a for management via the Internet 14 and disposed respectively on the discharging project office 3, the recycling center 4 and the producer 5, wherein the circulation of recycling of residual resources can be traced by the clients as terminal computers respectively disposed on the discharging project office 3, the recycling center 4 and the producer 5. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a food residue resource recycling method and a recycling system for recycling food residues discharged from general households, supermarkets, hotels, restaurants, lunch centers or hospitals.

  Disposal of materials accompanying the development of the industry has turned the earth into garbage dumps, and the problem is that the earth, water, and air have been polluted one after another, and a recycling society that does not burden the environment is required. ing.

  As a conventional method for disposing of food residues such as food waste, municipalities such as municipalities regularly collect them with garbage trucks, collect them at a garbage disposal site, dispose of them together, or use compost. And each family had their own disposal.

  Also, in facilities such as supermarkets, hotels, restaurants, school lunch centers, and hospitals, they were collected in garbage trucks and disposed of in incinerators etc. that were established independently at each facility, just like ordinary households. .

  When food residues are incinerated in an incinerator, it is necessary to prevent the generation of harmful dioxins. If measures against dioxins are not taken in the incinerator, it will not be possible to incinerate accidentally, and waste will be stored for a long period of time, leading to a problem of allowable amount.

  When food residues are disposed of with compost, etc., there are problems such as the occurrence of maggots in summer and the like, and a terrible odor. If the food waste cannot be disposed of properly, it will lead to illegal dumping of garbage.

  As in the invention described in Patent Document 1, an invention of a food residue resource recycling system that reuses food residues issued by members by providing them to contracted farmers as organic fertilizers or soil conditioners at a recycling center is also disclosed. Yes.

JP 2002-203038 A

  However, from the viewpoint of food safety, not only simply recycling food residues, but also traceability to clarify processes such as cultivation, breeding, processing, production, and distribution in order to ensure food safety. ) Is necessary.

  Therefore, an object of the present invention is to provide a food residue resource recycling method and a recycling system in which traceability is introduced by a secretariat that manages distribution among discharge establishments, recycling centers, and producers.

  In order to solve the above-mentioned problems, the present invention is connected to a management server and database installed in a trace center of the secretariat, and the management server via the Internet. A residue resource recycling system capable of tracking the recycling of residue resources, the client being a terminal computer provided in each of the center and the producer, wherein the client includes a central processing unit, A storage device and an interface are provided, and when a report content is input, the central processing unit operates to temporarily store the report content in the storage device, as well as the temporarily stored report content and a registration instruction. Is sent to the server via the Internet, and when a search condition is input, the central processing unit operates, The search condition is temporarily stored in a storage device, and the temporarily stored search condition and search instruction are transmitted to the server via the Internet. The server includes a central processing unit, a storage When the report content and registration instruction are received from the client via the Internet, the central processing unit operates to temporarily store the report content in a storage device, and A database operation language is created based on the contents, registered in the database, and when a search condition and a search instruction are received from the client, the central processing unit operates to temporarily store the search condition in a storage device. At the same time, a database operation language is created based on the search conditions, and the corresponding data is extracted from the database. A screen is created based on the data, and the screen is transmitted to the client via the Internet, and the report content transmitted from the client provided at the discharge establishment is sent from the discharge establishment to the recycling center. The amount of dry resources sent to the wastewater is the amount of dry resources that have been dried to a moisture content of 15% or less by a small garbage processor, or the garbage is 60 by a large garbage processor. The content of the report sent from the client provided at the recycling center is the amount of dry resources received from the waste establishment, which has been dried at a temperature of 30 ° C. to 160 ° C. , And the amount of organic fertilizer or feed produced from the dry resource. The organic fertilizer or feed is crushed from the dry resource to produce a bioion balance (registered trader). The report content sent from the client provided to the producer is the amount of organic fertilizer or feed received from the recycling center and the organic matter received from the recycling center. It is the amount of production of products cultivated or bred using fertilizer or feed, and the resources that are recycled by the client, which is a computer for terminals provided at the discharge establishment, recycling center and producer, respectively. To provide a system for recycling food residue resources characterized by being able to track circulation.

  In order to solve the above-mentioned problems, the present invention is connected to a management server and database installed in a trace center of the secretariat, and the management server via the Internet. A residue resource recycling method using a residue resource recycling system provided with a client that is a terminal computer provided in each of a center and a producer, and capable of tracking the recycling of residue resources; Each of the clients includes a central processing unit, a storage device, and an interface. When a report content is input, the central processing unit operates and temporarily stores the report content in the storage device. The stored report contents and registration instructions are sent to the server via the Internet, and the search conditions are entered. Then, the central processing unit operates to temporarily store the search conditions in the storage device, and to transmit the temporarily stored search conditions and search instructions to the server via the Internet, The server includes a central processing unit, a storage device, and an interface. When a report content and a registration instruction are received from the client via the Internet, the central processing unit operates to temporarily store the report content in the storage device. The database processing language is created based on the report contents, registered in the database, and when the search condition and the search instruction are received from the client, the central processing unit operates to execute the search condition. Is temporarily stored in the storage device, and a database operation language is created based on the search conditions. A screen is created based on the extracted data, the screen is transmitted to the client via the Internet, and the report content transmitted from the client provided in the emission establishment is the emission establishment The amount of dry resources sent to the recycling center from which the garbage is dried by a small garbage processor to a moisture content of 15% or less, or the garbage is treated as a large garbage The content of the report sent from the client provided at the recycling center is the dry resource received from the waste establishment, which has been dried at 60 ° C. to 160 ° C. with a water content of 30% or less. And the production amount of organic fertilizer or feed produced from the dry resource, the organic fertilizer or feed crushed the dry resource, The report content sent from the client provided to the producer is the amount of organic fertilizer or feed received from the recycling center, and the amount received from the recycling center. It is the production amount of the product cultivated or bred using the received organic fertilizer or feed, and the residual resource is recycled by the client, which is a terminal computer provided at each of the discharge establishment, recycling center and producer. Provided is a method for recycling food residue resources, which makes it possible to trace the recycling cycle.

  Each of the dry resources, organic fertilizers, feeds and products is preferably given a management number to ensure tracking.

  In addition, it is preferable that a configuration is such that a subscription application as an emission establishment or a purchase application for a product can be received via the Internet by providing a website on the server.

  The dry resources produced by drying the raw garbage to a water content of 30% or less while being stirred at 60 to 160 ° C. with a large garbage processor are those whose temperature is adjusted to 40 ° C. or less. Preferably there is.

  The Bioion Balance (registered trademark) is ripened by adding marine or mineral minerals, amino acids, nucleic acids, chitosan, humans or seaweed gel to physiologically active substances produced by lactic acid bacteria, yeast, photosynthetic bacteria, and actinomycetes. It is preferable that it is the agricultural soil improvement microbial material obtained by the above.

  It is preferable that the dry resources are those in which component adjustment and moisture adjustment are performed by mixing organic calcium, rice bran, bentonite, zeolite, brucite, or magnesium when pulverized.

  When the dry resources are mixed with stirring, the components are adjusted by adding synthetic minerals, special molasses, magnesium, calcium, siliceous materials, etc., and the salt is neutralized or the pH is adjusted. It is preferable that

  The dried resources are sterilized and sterilized by drying raw garbage, free from odors and liquids, and the amount is reduced from 1/5 to 1/7 before drying. It is preferable that it can be used and collected at a recycling center.

  Discharge establishments provided with clients that are computers for the terminal include homes, businesses, convenience stores, supermarkets, hotels, restaurants, canteens, school lunch centers, hospitals or nursing homes, or homes, businesses, convenience stores, supermarkets, It is preferable that the establishment collects all garbage discharged from hotels, restaurants, restaurants, school lunch centers, hospitals or nursing homes.

  Since this invention is the above structure, the following effects are acquired. First, the secretariat having the trace center can improve the safety by tracking and managing the circulation between the discharge establishment, the recycling center and the producer as a whole. In addition, it is possible to increase the trust of consumers by disclosing information. And since the secretariat is a recycling method of resource circulation that manages the distribution among the emission establishments, recycling centers and producers, the circulation can flow smoothly and create a sustainable society that produces profits for all. .

  Secondly, the food residue from the waste establishment is dried by a garbage processing machine purchased from a sales partner affiliated with the secretariat, and the amount is from 1/5 to 1/7 before drying. Therefore, the number of food residue collections can be reduced, and the processing cost can be greatly reduced.

  Thirdly, since the food residue is dried, there is no problem of insects such as bad odor, dripping or flies, and it can be stored for a long time without sterilization or sterilization. In addition, food residues can be collected by methods other than garbage trucks, and can also be collected from ordinary households using home delivery.

  Fourth, the dried food residue can be used as a fertilizer in agriculture and can be used as feed in the livestock or fisheries industry. Even a poorly sorted material can be used as a solid fuel and can be recycled without waste.

  Fifth, when recycling into organic fertilizer or feed at a recycling center, by mixing Bioion Balance (registered trademark), it can be decomposed and fermented in the soil when used as fertilizer, It is possible to prevent generation of harmful gas due to decay.

  Sixth, even when the recycled organic fertilizer or feed is used as feed, the intestinal fungi of the domestic animal are activated by mixing Bioion Balance (registered trademark) and fermenting with lactic acid, Will be better. Further, the oil component of the feed is not oxidized and can be stored for a long time.

  Seventh, Bioion Balance (registered trademark) is also a destructive enzyme for harmful substances. Dioxins contained in soil are reduced by approximately 84% by placing them at room temperature for 3 weeks and approximately 100% by placing them for 5 weeks. can do.

  Eighth, a sales agent that has partnered with the secretariat explained the philosophy of recycling food residue resource recycling methods and emission standards to the waste establishments, and changed the awareness of the waste producers. , Can increase the willingness to recycle.

  Ninth, production standards such as cultivation standards and breeding standards are established, and the affiliated organizations that have partnered with the secretariat provide certification or guidance, etc., so that producers ship delicious products with high safety and nutritional value. And consumer confidence.

It is a general view which shows the condition of the circulation of the food residue resource in the system for food residue resource recycling and the system for food residue resource recycling which concerns on this invention. It is a block diagram which shows the relationship of each organization in which a server and a client are installed, and the status of tracking management in the food residue resource recycling method and the food residue resource recycling system according to the present invention. It is a figure which shows recycling of the garbage about a general household in the food residue resource recycling method and food residue resource recycling system which concern on this invention. It is a flowchart which shows the flow of the resource circulation of food residue resources, and the content of tracking management in the food residue resource recycling method and food residue resource recycling system which concern on this invention. It is a figure which shows the subscriber network of the discharge establishment where the client was installed in the food residue resource recycling method and the system for food residue resource recycling which concern on this invention. It is a flowchart which shows the processing process of the food residue resource in the recycling center etc. in which the client was installed in the food residue resource recycling method and food residue resource recycling system which concern on this invention. The table | surface which shows the dioxin reduction effect of the bioion balance (trademark) added when manufacturing organic fertilizer and feed from a food residue resource in the food residue resource recycling method and food residue resource recycling system which concerns on this invention. is there. The table | surface which shows the effect of decomposition fermentation of the bioion balance (registered trademark) added when manufacturing organic fertilizer and feed from food residue resources in the food residue resource recycling method and food residue resource recycling system according to the present invention. is there. It is a figure which shows the system for food residue resource recycling method and the food residue resource recycling which concern on this invention. It is a block diagram which shows the structure of the computer in the food residue resource recycling method and food residue resource recycling system which concern on this invention.

  Below, based on an accompanying drawing, the food residue resource recycling method and recycling system concerning the present invention are explained in detail. In the present invention, the traceability for tracing the process from the cultivation or breeding to the processing, manufacturing and distribution among the discharge establishment, the recycling center and the producer is realized by installing the trace center in the secretariat.

  Before explaining the embodiment of the food residue resource recycling method and recycling system according to the present invention, food residue resource recycling in the food residue resource recycling method and recycling system according to the present invention, particularly for the management constituting the present invention. The relationship between the secretariat where the server and the client are installed, the discharge establishment, the recycling center, the producer, etc., and the circulation of food residue resources among them will be explained in detail. FIG. 1 is an overall view showing a state of circulation of food residue resources in a food residue resource recycling method and a food residue resource recycling system according to the present invention.

  In the food residue resource recycling method 1, the client (user terminal) uses the garbage disposal machine 6a to turn the food residue 3a discharged by the consumption of the product 9b into the dry resource 9, and the dry resource 9 is converted into organic matter. Recycling center 4 for recycling 11c into fertilizer or feed 9a and producer 5 that produces product 9b of agricultural products, livestock products or marine products using the organic fertilizer or feed 9a for management purposes The server is installed in the secretariat 2 that ensures smooth and reliable distribution among the discharge establishment 3, the recycling center 4 and the producer 5, and manages the process from cultivation or breeding to processing, manufacturing and distribution. The secretariat 2 having the trace center 2a can track and manage the circulation of the recycling 11c based on the reports 10, 10a and 10b from the discharge establishment 3, the recycling center 4 and the producer 5. It is characterized by.

  Furthermore, the food residue resource recycling method 1 includes the dry resource 9, the organic fertilizer or feed 9a, the transporter 8 such as a home delivery or a company flight that transports the product 9b, and the garbage disposal machine 3 in the discharge establishment 3 Selling 6a and introducing or explaining resource reuse of food residue 3a, etc. 9c Sales agency 6 in partnership with the secretariat 2 and 9d for cultivation or breeding status for the producer 5 Or the partnering agency 7 that has partnered with the secretariat 2 for analyzing fertilizer, soil or product 9b.

  The discharge establishment 3 is a place where the product 9b purchased from the producer 5 is consumed, such as a home, a company, a convenience store, a supermarket, a hotel, a restaurant, a canteen, a school lunch center, a hospital, a nursing home, or an administrative department of the government. This applies to various consumers.

  In the discharge establishment 3, the food residue 3a discharged by the consumption of the product 9b is separated and made into dry resources 9 using the garbage processing machine 6a purchased from the sales agent 6. Since the garbage processing machine 6a is a dry type, it can be made compact rather than a large-scale type like a fermentation plant.

  By drying the food residue 3a, the amount is reduced from 1/5 before drying to 1/7 or less. In addition, since it is dry, there is no worry that the food residue 3a will rot and foul odors and dripping will occur, and insects such as flies will be generated around it. can do.

  Furthermore, it is easy to handle because it is dry, and a courier can be used in the general household 3d for collecting the food residue 3a. There are two types of courier services: a courier service that is independently performed by a consumer life cooperative or the like, and a courier service that is performed by a carrier. In addition, a large-scale emission establishment 3 can freely select according to the emission establishment 3, such as using its own flights.

  In ordinary households 3d, if you use a courier service provided by a consumer life cooperative, etc., and regularly carry your luggage such as vegetables, you can collect the dry resources 9 on your return flight. Will be reduced.

  As for vegetables etc. regularly transported by courier, the product 9b cultivated or bred using recycled fertilizer or feed is delivered, so an environment-conserving resource recycling method can be constructed. .

  It is also possible to collect the food residue 3a from the discharge establishment 3 as it is, collect it in one place, and dry it together. The dried resource 9 obtained by drying the food residue 3 a is transported to the recycling center 4 by the carrier 8.

  The recycling center 4 is a facility that recycles the dried resources 9 into organic fertilizers or feeds 9a. In the recycling center 4, in order to recycle 11c, an oil-degrading enzyme, a toxic-decomposing enzyme, bioion balance (registered trademark) or the like is added.

  Bioion balance (registered trademark) is aging by adding synthetic minerals such as marine or mineral minerals, amino acids, nucleic acids, chitosan, human mass or seaweed gel to bioactive substances produced by lactic acid bacteria, yeast, photosynthetic bacteria, and actinomycetes A soil-improving microbial material for agriculture.

  A physiologically active substance is a substance having a role of regulating the function of the body, such as vitamins, minerals, nucleic acids or enzymes, and exhibits a specific action on the physiology and behavior of an organism in a small amount.

  A photosynthetic bacterium is a bacterium that performs photosynthesis in an anaerobic environment without air, does not synthesize in an aerobic environment with air, and acquires energy from respiration from organic matter, and has the ability to remove toxic substances. is there.

  Actinomycetes are bacteria that take long and radial shapes like mold mycelium, and mainly live in soil. Actinomycetes are the main fungi in compost produced in agriculture and are a group of fungi that dominate during the garbage disposal process. There are many types of actinomycetes and many bacteria that produce antibiotics.

  Humans are activated cells, microorganisms that have been sleeping in sedimentary plants that have been in the water since ancient times, and are repeatedly fermented, decomposed or re-synthesized. Polysaccharides, amino acids, vitamins, iron carboxylates A well-balanced natural product containing aluminum or calcium.

  The producer 5 is an agricultural product producer, an animal product producer, or an aquatic producer who produces the product 9b in the agriculture, livestock industry, or fishery industry. The producer 5 is provided with the organic fertilizer or feed 9a recycled 11c at the recycling center 4.

  The organic fertilizer or feed 9a can be used as a fertilizer in the field of agriculture and as a feed in the field of livestock or fisheries. In addition, what cannot be used as organic fertilizer or feed 9a by separation can be used as solid fuel without waste.

  When organic fertilizer or feed 9a is used as a fertilizer, it will return to the raw state when moisture is added to the dry resource 9, and if it decays, the roots of the plant may be damaged due to the generation of toxic gas. Since (registered trademark) is mixed, it can lead to decomposition fermentation in the soil.

  When organic fertilizer or feed 9a is used as feed, it can be mixed with 5 to 20% general feed as a feed additive. By mixing Bioion Balance (registered trademark) and lactic acid fermentation, there is an effect of activating the intestinal bacteria of animals and improving the breeding state.

  Regarding feed, since animals are eaten every day, it is required to keep oil components in a state where they can be stored for a long time without being oxidized. Since the organic fertilizer or the oil content of the feed 9a is slowly decomposed by the enzymatic reaction of Bioion Balance (registered trademark), it can be used with confidence.

  Organic fertilizer or feed 9a has the effect of reducing soil pollution and water pollution, and when added, BOD (biochemical oxygen demand) and COD (chemical oxygen demand) values can be significantly reduced. it can.

  The producer 5 can provide the product 9b with high safety and nutritional value to the consumer by using the organic fertilizer or the feed 9a in any case of agriculture, livestock industry or fishery. become.

  The discharge establishment 3 also purchases the product 9b from the producer 5 as a consumer, and the resource circulation as shown in FIG. 1 occurs. The secretariat 2 manages the circulation of resources in the food residue resource recycling method 1 so as to be smoothly and reliably performed.

  The sales agent 6 forms a partnership 9e with the secretariat 2 and sells the garbage disposal machine 6a to the discharge establishment 3. Further, the sales agent 6 gives 9c to the waste establishment 3 an introduction of the food residue resource recycling method 1 and an explanation of the philosophy of recycling and the emission standard in the food residue resource recycling method 1.

  The sales agent 6 selects a small garbage processing machine 6a or a large garbage processing machine 6a depending on the size of the discharge establishment 3, the quality of the food residue 3a, the installation location of the garbage processing machine 6a, and the like. It suggests that the garbage processing machine 6a that best fits the discharge establishment 3 can be introduced. The discharge establishment 3 can purchase the garbage processing machine 6a suitable for the purpose, situation or conditions.

  The tie-up organization 7 forms a tie-up 9f with the secretariat 2 and performs 9d such as authentication or guidance on the cultivation state or breeding state of the organic fertilizer or feed 9a to the producer 5. As for agricultural products, organic fertilizer or feed 9a is used after analyzing the soil to be cultivated and examining the fertilizer balance and the like.

  Regarding livestock products or marine products, the ratio of adding organic fertilizer or feed 9a fermented with lactic acid or yeast to feed is adjusted after grasping the breeding situation of livestock. Good quality meat, eggs and milk can be obtained from all producers 5 by guidance 9d.

  The affiliated institution 7 also performs various analyzes such as nutrient analysis of fertilizer, soil or product 9b. By conducting nutritional analysis of the product 9b and inspection of harmful heavy metals or residual agricultural chemicals in the soil, safety can be appealed to consumers.

  In addition, the partner organization 7 creates a production standard such as a cultivation standard or a breeding standard, and authenticates the producer 5 so that the producer 5 can produce a highly safe product 9b. Mandated and can gain consumer trust.

  The transporter 8 transports the dry resource 9 from the discharge establishment 3 to the recycling center 4 8a, transports the organic fertilizer or feed 9a from the recycling center 4 to the producer 5 8a, or sends the dried fertilizer 9 from the producer 5 to the recycling center 3 A company such as a home delivery company or a company flight which transports the product 9b.

  The transportation company 8 in each transportation 8a can use the same company, or can use different companies. It is possible to select a suitable transportation method and trader according to the object to be transported 8a.

  FIG. 2 is a block diagram showing the relationship between each organization where servers and clients are installed and the status of food residue resource tracking management in the food residue resource recycling method and food residue resource recycling system according to the present invention. Reports 10, 10a, and 10b are made to the secretariat 2 from the waste establishment 3, the recycling center 4, and the producer 5 on the resource circulation status.

  The secretariat 2 is provided with a trace center 2a for managing each report 10, 10a, 10b. In the discharge establishment 3, when the dry resource 9 is sent to the recycling center 4, the discharge amount is reported 10 to the trace center 2 a of the secretariat 2.

  The recycling center 4 reports the received amount and production amount to the trace center 2a of the secretariat 2 when receiving the dry resource 9 from the discharge establishment 3 and when providing the producer 5 with organic fertilizer or feed 9a 10a. To do.

  When the producer 5 receives the organic fertilizer or feed 9a from the recycling center 4 and uses the organic fertilizer or feed 9a to produce the product 9b, the receipt amount and the production amount are traced by the secretariat 2 Report 10b to Center 2a.

  The product 9 b produced by the producer 5 is delivered from the producer 5 to the discharge establishment 3 via the secretariat 2. The secretariat 2 purchases the product 9b from the producer 5 according to the demand of the discharge establishment 3.

  When the secretariat 2 mediates between the discharge establishment 3 and the producer 5, it is possible to check the product flow and status 10c. The discharge establishment 3 and the producer 5 can also obtain information on the other party through the secretariat 2.

  It is more efficient for the discharge establishment 3 to order the product 9b from the secretariat 2 that manages the batches than to order the product 9b from each of the plurality of producers 5. 2 can also grasp the distribution of the product 9b.

  The sales agent 6 that has partnered with the secretariat 9 also reports to the secretariat 2 when the garbage disposal machine 6a is sold or explained 9c to the discharge office 3, and similarly, the partner that has partnered with the secretariat 9f 9f The organization 7 also reports to the secretariat 2 when 9d is instructed to the producer 5, etc.

  The subscriber 3c of the food residue resource recycling method 1 understands a series of flows in the resource circulation and reports their situation to the secretariat 2. By imposing the reporting obligation on the subscriber 3c, the food residue resource recycling method 1 can be effectively functioned.

  The trace center 2a of the secretariat 2 can realize traceability by clarifying the processes from cultivation or breeding to processing, production, and distribution by managing the reports 10, 10a, and 10b.

  By making it possible to track and manage the process of resource circulation, safety can be ensured, and further, by publishing information on the Internet or the like, trust from consumers can be increased.

  FIG. 3 is a diagram showing the recycling of garbage for general households in the food residue resource recycling method and the food residue resource recycling system according to the present invention. This is a case where the discharge establishment 3 is a general household 3d, and shows the circulation of resources when the product 9b is regularly transported by courier and the dry resources 9 are collected by return flight.

  The secretariat 2 mediates the product 9b produced by the producer 5 using the organic fertilizer or feed 9a and delivers it to the general home 3d by courier as in the case of FIG. In addition, the recycling center 4 provides the producer 5 with the dried resource 9 that has been recycled 11c into organic fertilizer or feed 9a as in the case of FIG.

  The waste establishment 3 in FIG. 2 sends the dry resource 9 to the recycling center 4 and reports 10 the amount of discharge. However, in the case of a general household 3d, the secretariat 2 makes contact with the recycling center 4 so that it can be easily participated. Mediate.

  In the general household 3d, the product 9b purchased through the secretariat 2 is consumed, and the generated food residue 3a is made into the dry resource 9 using the garbage processing machine 6a. The general household 3d receives a new product 9b by courier and simultaneously receives the dry resource 9.

  The secretariat 2 collects the dry resources 9 of the general household 3d by courier so that the amount of emissions can be ascertained without giving the obligation of the report 10 to the general household 3d. It will be easy.

  The amount of garbage generated in the general household 3d is larger than that of the company 3 or the like, and the general household 3d is incorporated into the food residue resource recycling method 1 so that the garbage is not properly processed and causes environmental pollution. Can be prevented.

  FIG. 4 is a flowchart showing the flow of food residue resource circulation and the contents of tracking management in the food residue resource recycling method and the food residue resource recycling system according to the present invention. In the food residue resource recycling method 1, resources are circulated between the discharge establishment 3, the recycling center 4, and the producer 5.

  In the discharge establishment 3, first, food residue is generated 11 by consumption of the product 9b. In the secretariat 2, it is possible to track information as to which discharge establishment 3 is discharged from the discharge amount report 10 of the discharge establishment 3.

  Next, the collection 11a of the food residue discharged | emitted from the discharge establishment 3 is performed. In the secretariat 2, information on when and who carried it can be traced by the emission amount report 10 of the emission establishment 3 or the received amount report 10 a of the recycling center 4.

  In the recycling center 4, first, a check 11b for foreign matter contamination in the received dry resource 9 is performed. The secretariat 2 can confirm the source of the foreign matter and how to deal with it based on the amount received or the production amount report 10 a of the recycling center 4.

  It should be noted that contaminants that cannot be recycled as fertilizer for agriculture or feed for livestock or fisheries can be used as solid fuel. It is economical because the amount of fossil fuel used in the incinerator can be greatly reduced.

  Next, the recycling resource 4 recycles the dry resource 9 into the organic fertilizer or feed 9a. The secretariat 2 can acquire information on when and how much the resource has been recycled 11c by the production volume report 10a of the recycling center 4.

  In the producer 5, use 11d of organic fertilizer or feed is performed at the time of cultivation or breeding. In the secretariat 2, it is possible to know when and who used it for what and when and who was produced by what cultivation or breeding by the received amount or product usage amount report 10 b of the producer 5.

  Next, the distributor 5e of the product is performed in the producer 5. In the secretariat 2, it is possible to know who is distributed where, when and in what state, and when and where the product is sold, based on the information when the product 9b is passed through.

  After the distribution and sale 11e of the product of the producer 5, the food residue is generated 11 at the discharge establishment 3 and circulates. By accumulating and managing information in each process, the information can be traced back to the process.

  For example, when a consumer purchases a product 9b, information about the product 9b is obtained in the order of the producer 5, the recycling center 4, and the discharge establishment 3 by inquiring to the secretariat 2 or using the Internet or the like. You can check back.

  In order for the secretariat 2 to ensure tracking, a management number or the like is assigned to the dry resource 9, the organic fertilizer or feed 9a, the product 9b, and the like. Numbers are managed with relevance and uniformity so that the flow can be followed.

  FIG. 5 is a diagram illustrating a subscriber network of an emission establishment where a client is installed in the food residue resource recycling method and the food residue resource recycling system according to the present invention.

  The waste establishment 3 in the food residue resource recycling method 1 is a subscriber 3c such as a household, a company, a convenience store, a supermarket, a hotel, a restaurant, a canteen, a school lunch center, a hospital, a nursing home, or an administrative department of the government. The subscribers 3 c constitute a subscriber network 3 b through the secretariat 2.

  There are various types of establishments in the discharge establishment 3, and each can join the secretariat 2 to enjoy the benefits of the food residue resource recycling method 1 as an organization in the resource circulation. it can.

  The subscribers 3c who have joined as the discharge establishment 3 configure the subscriber network 3b via the trace center 2a of the secretariat 2, thereby facilitating exchanges with the secretariat 2 or between the subscribers 3c. .

  Each subscriber 3c purchases the garbage processor 6a from the sales agent 6 that has partnered with the secretariat 9e, and applies the discharged food residue 3a to the garbage processor 6a. The garbage processing machine 6a performs drying and weight reduction processing with microorganisms, and the food residue 3a becomes a dry resource 9.

  The dry resources 9 are transported by transporters such as garbage trucks, courier companies or in-house courier companies, but since the amount is reduced from 1/5 to 1/7, there are 5 to 7 units a day. What was carried in a garbage truck could be reduced from 0.7 to one.

  The dry resources 9 in the subscriber network 3b can be collected together, and the collection frequency can be reduced every few days instead of every day. The amount to be incinerated in the incinerator can also be reduced, and the overall cost reduction is economical.

  In addition, the producer 5 in the food residue resource recycling method 1 is also a group of agricultural product producers, livestock producers or marine product producers, and the subscriber network 3b is joined by the subscribers 3c who joined as the producer 5. Can be configured.

  FIG. 6 is a flowchart showing a process for processing food residue resources in a recycling center or the like where a client is installed in the method for recycling food residue resources and the system for recycling food residue resources according to the present invention.

  The processing of the recycling center 4 in the food residue resource recycling method 1 collects the dry resource 9 having a water content of 15% or less from the small garbage processor 6a, and 60 to 160 ° C. from the large garbage processor 6a. A recovery step 12 for recovering the dry resource 9 having a moisture content of 30% or less by hot air treatment and heat treatment while stirring, and a temperature adjusting step 12a for setting the temperature of the dry resource 9 to 40 ° C. or less after the recovery step 12 Then, after the temperature adjustment step 12a, the large dry resources 9 are shattered, and the dry resources 9 with a high water content are mixed with organic calcium, rice bran, bentonite, zeolite, brucite, magnesium, etc. Mixing and crushing step 12b for adjusting moisture, and adjusting the salt after the mixing and crushing step 12b, bioion rose which is an oil-degrading enzyme or a toxic-degrading enzyme Stir mixing step 12c to add and mix S (registered trademark), molding step 12d to form powder, granule, solid or pellet after the stirring and mixing step 12c, and bag after the molding step 12d It is characterized by comprising a shipping process 12e for packing and shipping as a product.

  The processing of the recycling center 4 includes a recovery process 12, a temperature adjustment process 12a, a mixing and crushing process 12b, a stirring and mixing process 12c, a forming process 12d, and a shipping process 12e, and adding bioion balance (registered trademark) or the like to the dry resource 9 Then, the organic fertilizer or feed 9a is recycled 11c.

  The recovery process 12 is a process of recovering the dry resources 9 from the discharge establishment 3, and the recovery method depends on whether the small garbage processor 6a or the large garbage processor 6a is used. There are some differences.

When the small garbage processing machine 6a is used, that is, when the dry resource 9 is discharged from the small discharge establishment 3, the raw garbage processing machine 6a converts the dry resource 9 to a dry resource 9 having a water content of 15% or less. Collect the dried product.

  When the large garbage processing machine 6a is used, that is, when the dry resource 9 is discharged from the large discharge establishment 3, or the food residue 3a from the small discharge establishment 3 is collected in one place In the case where the treatment is performed collectively, the hot air treatment and the heat treatment are performed with stirring at 60 ° C. to 160 ° C. in the garbage processor 6a. A microbial fermentation treatment type is also supported, and finally the dry resource 9 having a water content of 30% or less is recovered.

  The time required for the hot air treatment and the heat treatment varies considerably depending on whether the continuous charging type is used or the type of food residue 3a, and may vary greatly depending on the manufacturer of the garbage processing machine 6a.

  The temperature adjustment process 12a is a process of setting the temperature of the dry resource 9 to 40 ° C. or less. In order to remove moisture, the high temperature state is cooled, but other things that need to be operated at high temperature need to be done before the temperature is lowered to 40 ° C. or lower.

  The mixing and crushing step 12b is a step of crushing with a pulverizer or the like when the shape of the dry resource 9 is large. Moreover, when there is much water | moisture content contained in the dry resource 9, organic calcium, rice bran, bentonite, zeolite, brucite, magnesium, etc. are mixed, and water | moisture content adjustment is performed also as a component adjustment.

  Bentonite is a clay made from volcanic ash deposited on the seabed during the Cretaceous to Tertiary era, and is specially metamorphic or weathered, and has the property of absorbing and increasing its volume when applied to water. Bentonite has effects such as preventing water leakage in the paddy field and improving fertilization.

  Zeolite (zeolite) is a porous ore composed mainly of aluminum silicate that has been produced over a long period of time due to volcanic ash deposited by ancient volcanic activity that has undergone great transformation due to crustal deformation. It has adsorptive power and deodorizing power, and can remove chemicals such as harmful gases and formaldehyde.

  Bullsite (water talc) is a natural ore composed mainly of magnesium hydroxide. Magnesium hydroxide has an anti-inflammatory or antacid action, and has the effect of preventing water from being absorbed from the intestinal wall and improving bowel movements.

  In addition, an ingredient adjustment can be adjusted according to each kind or purpose, such as a fertilizer or a feed. Although the food residue 3a is dried by the collection step 12, a material that does not have a problem for the purpose of use is used.

  The stirring and mixing step 12c is a step of adjusting the salt to the dry resource 9, adding Bioion Balance (registered trademark) or the like that is an oil-degrading enzyme or a toxic-degrading enzyme, and mixing them to make an organic fertilizer or feed 9a. is there.

  The dry resource 9 may have a salty or oily content in human foods, so that it may be damaged if used as a fertilizer or feed as it is. In the adjustment of salts, in accordance with the purpose of use, synthetic minerals, special molasses, magnesium, calcium or siliceous materials are added to adjust the components, or neutralization of salt or adjustment of pH is performed.

  Furthermore, by adding Bioion Balance (registered trademark) or the like, which is an oil-degrading enzyme or toxic-degrading enzyme, the oil and toxic substances are decomposed into an organic fertilizer or feed 9a that is safe to use as fertilizer or feed. be able to.

  In both the mixing and crushing step 12b and the stirring and mixing step 12c, various materials can be input, added, or mixed according to the purpose.

  The forming step 12d is a step of making the powdery, granular, solid or pellet form according to the use of the organic fertilizer or the feed 9a. The organic fertilizer or feed 9a is formed into a suitable shape depending on whether it is used as a fertilizer or feed.

  The shipping process 12e is a process of packing organic fertilizer or feed 9a into a bag and shipping it as a product. Generally, it is packed in a bag for 15 to 20 kilograms, but may be shipped in a large bag of 500 to 1000 kilograms.

  Since the organic fertilizer or feed 9a in the food residue resource recycling method 1 is decomposed and fermented in the soil without being spoiled even if used as a fertilizer, the soil balance is also improved, and the plant can easily absorb nutrients.

Moreover, even if it is used as a feed, the intestinal bacteria of the animal become active and the metabolism is flourishing, so that the meat quality and egg laying are improved, and the smell of excrement is also improved. Furthermore, even if there is leftovers, it is decomposed and the ability to purify soil and water is also demonstrated.

  FIG. 7 shows the effect of bioion balance (registered trademark) dioxin reduction added when producing organic fertilizer and feed from food residue resources in the food residue resource recycling method and food residue resource recycling system according to the present invention. It is a table | surface which shows.

  Bioion Balance (registered trademark) in Food Residue Resource Recycling Method 1 is aged by adding synthetic minerals, amino acids, nucleic acids, chitosan, human mass, seaweed gel, etc. to physiologically active substances produced by lactic acid bacteria, yeast, photosynthetic bacteria, and actinomycetes The soil or water quality can be improved by adding and adding.

  Bioion Balance (Registered Trademark) is not only added to make organic fertilizer or feed 9a, but it can also be used as a soil conditioner to purify soil contaminated with dioxin, or it can decompose raw shellfish generated in thermal power plants It is used for livestock excrement treatment.

  As shown in FIG. 7, the measurement analysis results 13, 13a are tables showing the results of measurement analysis of the amount of dioxin (dibenzodioxin) contained in the soil. As a test method, 100 grams of soil was placed in a 1350 milliliter container and left at room temperature for 3 weeks.

  The measurement analysis result 13 is a case where the TEF (toxicity equivalent coefficient) is the conventional I-TEF. The toxicity equivalent before bioion balance (registered trademark) treatment is 59.44500 picograms per gram of soil, and the toxicity equivalent after bioion balance (registered trademark) treatment is 9.33850 per gram of soil. This is a picogram, a reduction of about 84.3%.

  This is a case where the measurement analysis result 13a and the TEF (toxic equivalent coefficient) are the new TEF of WHO (World Trade Organization). The toxicity equivalent before Bioion Balance (registered trademark) treatment is 60.41300 picograms per gram of soil, and the toxicity equivalent after Bioion Balance (registered trademark) treatment is 9.53870 per 1 gram of soil. This is a picogram, a reduction of about 84.2%.

  The TEF (toxic equivalent coefficient) is a conversion coefficient representing the relative toxicity intensity when the most toxic dioxin is “1”.

  Bioion Balance (registered trademark) is also a harmful substance-degrading enzyme, and it can be reduced by approximately 84% by placing it at room temperature for 3 weeks and approximately 100% by placing it for 5 weeks with respect to dioxins contained in the soil. .

  As shown in FIG. 8, the processing result 13b is a table showing the results used for processing raw shellfish generated at a thermal power plant. Thermal power plants use seawater to cool the turbine, generating a large amount of shellfish. Raw shellfish are crushed by the machine, but the protein in the contents rots and gives off a strong odor.

  In the unfolding part, fermented fungi 2.3% and inoculum 5% are added to 61,730 kilograms of raw shellfish with a moisture content of 35.8%, and treated for about 46 days while blowing compressed air. As a result, hydrogen sulfide, mercaptan and acetaldehyde were 0 ppm, but ammonia was 50 ppm (monitoring panel was 150 ppm), and an odor was also generated, so a deodorant was required.

  The COD (chemical oxygen demand) of the squeezed shellfish was 3,000 ppm at the time of acceptance, but it was 80 ppm even if treated for about 28 days while blowing compressed air, and could not be reduced to 50 ppm or less. It was.

  In the second culvert portion, fermenting fungi 2.3% is added to 19,740 kilograms of raw shellfish with a moisture content of 37.5% and treated for about 9 days while blowing compressed air. As a result, hydrogen sulfide, mercaptan and acetaldehyde were 0 ppm, but ammonia was 30 ppm (monitoring panel was 100 ppm), and an odor was also generated, so a deodorant was required.

  The COD (chemical oxygen demand) of the squeezed shellfish was 3,000 ppm at the time of acceptance, but it was 80 ppm even after treatment for about 9 days while blowing compressed air, and could not be reduced to 50 ppm or less. It was.

  In the first culvert part, the bio-ion balance (registered trademark) 0.1% (20 liters) of the liquid agent and the bio-ion balance (registered trademark) 0 of the powder agent against 20,660 kilograms of raw shellfish having a moisture content of 25.7% Add 1% (20 kilograms) and treat with compressed air blowing for about 36 days. As a result, hydrogen sulfide, mercaptan, acetaldehyde and ammonia were all 0 ppm, and no off-flavor was generated.

  Moreover, the COD (chemical oxygen demand) of the squeezed shellfish was 2,000 ppm at the time of acceptance, but when Bioion Balance (registered trademark) 0.4% (2 liters) was added, it became 20 ppm the next day. In a short period, it could be reduced to 50 ppm or less. Bioion balance (registered trademark) can be used at a lower cost than fermenting bacteria.

  In the case of fermented bacteria, the processed shellfish leaves a yellowish color and an ammonia odor, but in the case of Bioion Balance (registered trademark), the color is white and there is no odor. Bioion Balance (registered trademark) can decompose shellfish protein without generating ammonia gas.

  Shellfish treated with Bioion Balance (registered trademark) becomes fast-acting calcium that is easily soluble in water and absorbed by crops due to organic acids discharged by microorganisms. Moreover, since microorganisms are proliferating by fermentation, it can also be used for compost.

  FIG. 9 is a diagram showing a case where the embodiment of the food residue resource recycling method and the recycling system according to the present invention is traced using the Internet, and FIG. 10 is a food residue resource recycling method according to the present invention. It is a block diagram which shows the structure of this computer.

  In the food residue resource recycling method 1, the management server 14a and the database 14c are installed in the trace center 2a of the secretariat 2 and are sent from the discharge establishment 3, the recycling center 4 or the client 14b of the producer 5 via the Internet 14. By registering the report 15 in the database 14c 15a, the central processing unit 14d of the server 14a can search the database 14c and track the circulation of the resource recycling 11c in response to an inquiry from the client 14b. It is characterized by doing so.

  As shown in FIG. 9, a server 14a is installed as a management computer in the trace center 2a of the secretariat 2, and the discharge office 3, the recycling center 4 and the producer 5 have a client 14b as a terminal computer, 14 b and 14 b are provided and connected to the Internet 14.

  The database 14c is provided in the server 14a, and the report 15 and the like sent from the client 14b are registered 15a. In the database 14c, a management number, report contents, tracking management information, and the like are registered 15a.

  The discharge establishment 3, the recycling center 4 or the producer 5 can inquire about the resource circulation from the client 14b to the server 14a. When the client 14b makes a tracking inquiry, the server 14a searches the database 14c 15b, and returns the extracted 15c 15e to the client 14b 15d.

  By using the Internet 14, it is possible to provide a website on the server 14a to introduce the food residue resource recycling method 1, and accept a subscription application or a purchase application for the product 9b.

  Since there are persons other than the subscriber 3c of the food residue resource recycling method 1 on the Internet 14, a place where security is required is restricted so that only the subscriber 3c can be accessed by providing a password or the like. You can also.

  As shown in FIG. 10, both the server 14a and the client 14b have the same configuration as that of a general computer, and include a central processing unit 14d (CPU), a storage device 14e, an interface 14f, an input device 14g, or an output device 14h.

  The central processing unit 14d performs arithmetic processing and controls execution. The storage device 14e includes a main storage device that is a work area and an auxiliary storage device that is a storage area, and the database 14c corresponds to the auxiliary storage device.

  The interface 14f is a device that connects computers or computers and peripheral devices and exchanges data and the like. The input device 14g is a mouse, a keyboard, or the like, and the output device 14h is a display, a printer, or the like.

  Although the input device 14g and the output device 14h are not shown regarding the server 14a, they are used for maintenance. Under the environment of the Internet 14, the input device 14g and the output device 14h of the client 14b can be regarded as the input device 14g and the output device 14h of the server 14a.

  As a flow of registration 15a of the report 15, first, the report content is input from the input device 14g in the client 14b, and the central processing unit 14d temporarily stores it in the storage device 14e. The central processing unit 14d transmits the contents of the report 15 stored in the storage device 14e together with the instruction of the registration 15a through the interface 14f to the Internet 14.

  Next, when the server 14a receives an instruction of the registration 15a from the Internet 14 via the interface 14f, the central processing unit 14d temporarily stores the contents of the report 15 in the storage device 14e. The central processing unit 14d creates a database operation language based on the contents of the report 15, and registers 15a in the database 14c.

  When the processing of the registration 15a is completed in the server 14a, the central processing unit 14d of the server 14a transmits a notification of completion to the client 14b and is output to the output device 14h of the client 14b. If an error occurs, the error is notified.

  As a tracking inquiry flow, first, in the client 14b, a search condition is input from the input device 14g, and the central processing unit 14d temporarily stores it in the storage device 14e. The central processing unit 14d transmits the search conditions stored in the storage device 14e to the Internet 14 together with the search 15b instruction via the interface 14f.

  Next, when the server 14a receives a search 15b instruction from the Internet 14 via the interface 14f, the central processing unit 14d temporarily stores the search condition in the storage device 14e. The central processing unit 14d creates a database operation language based on the search condition, and extracts 15c corresponding data from the database 14c.

  A screen is created based on the result 15e extracted 15c in the server 14a, the central processing unit 14d of the server 14a transmits the screen to the client 14b, and is output to the output device 14h of the client 14b. If an error occurs, the error is notified.

  Regarding tracking inquiries, since tracking management information is registered in the database 14c, it can be traced back by specifying search conditions. By using the computer and the Internet 14, the operation becomes easy, and anyone can easily make a tracking inquiry.

  As described above, in the food residue resource recycling method 1 according to the present invention, the secretariat 2 having the trace center 2a tracks and manages the circulation between the discharge establishment 3, the recycling center 4 and the producer 5 as a whole. Increases safety. In addition, it is possible to increase the trust of consumers by disclosing information.

  The food residue 3a discharged from the discharge establishment 3 is dried by the garbage processing machine 6a purchased from the sales agent 6 that has partnered with the secretariat 9e, and the amount is 1/5 to 7 minutes before drying. Since the number is reduced to 1 or less, the number of times the food residue 3a is collected can be reduced, and the processing cost is also greatly reduced.

  Since the food residue 3a is dried, there is no problem of insects such as bad odor, dripping or flies, and it can be stored for a long time without sterilization or sterilization. Further, the food residue 3a can be collected by a method other than the garbage truck, and can also be collected from the general household 3d using a home delivery service.

  The dried food residue 3a can be used as a fertilizer in agriculture, and can be used as a feed in the livestock industry or the fishery industry. Even those with poor separation can be used as solid fuel, and can be recycled 11c without waste.

  When recycling 11c into organic fertilizer or feed 9a at the recycling center 4, by mixing Bioion Balance (registered trademark), it can be decomposed and fermented in the soil when used as fertilizer, and the fertilizer decays Can prevent generation of harmful gases.

  Even when the organic fertilizer or feed 9a that has been recycled 11c is used as feed, the intestinal bacteria of the domestic animal are activated and the breeding state is improved by mixing Bioion Balance (registered trademark) and subjecting it to lactic acid fermentation. . Further, the oil component of the feed is not oxidized and can be stored for a long time.

  Bioion Balance (registered trademark) is also a harmful substance-degrading enzyme, and it can be reduced by approximately 84% by placing it at room temperature for 3 weeks and approximately 100% by placing it for 5 weeks with respect to dioxins contained in the soil. .

  The sales agent 6 in cooperation with the secretariat 2 explained the philosophy and recycling standards of the food residue resource recycling method 1 to the waste establishment 3 and changed the consciousness of the waste establishment 3 By doing so, the willingness to recycle 11c can be heightened.

  By establishing production standards such as cultivation standards or breeding standards, and the partnering organization 7 that has partnered with the secretariat 9 to perform certification or guidance 9d, the producer 5 can produce a delicious product 9b with high safety and nutritional value. It can be shipped and can be trusted by consumers.

  Since the secretariat 2 is a recycling method of resource circulation that manages the distribution among the emission establishment 3, the recycling center 4 and the producer 5, the circulation also flows smoothly, creating a sustainable society that produces profits for all Can do.

  By introducing Food Residue Resource Recycling Method 1 which is an environmental conservation type resource circulation method, it will lead to an increase in the self-sufficiency rate in the country, and food education for children can be expected to be greatly improved.

  Even if the garbage processing machine is a microorganism type processing machine, it can be used in the food residue resource recycling method if it is finally dried and the water content can be reduced to 15% or less. Moreover, it is possible to deal with various types such as large-scale processing including cogeneration and fermentation-type composting plants.

1 Food residue resource recycling method
2 secretariat
2a Trace Center
3 emission establishments
3a food residue
3b subscriber network
3c subscribers
3d general household
4 recycling center
5 producers
6 sales agents
6a Garbage disposal machine
7 Partner organizations
8 Forwarders
8a transportation
9 Dry resources
9a Organic fertilizer or feed
9b product
9c Description etc.
9d instruction, etc.
9e alliance
9f Alliance
10 Report
10a report
10b report
10c Product flow and status confirmation
11 Generation of food residue
11a Recovery of food residues
11b Check for contamination
11c Recycling
11d Use of organic fertilizer or feed
11e Distribution of products
12 Collection process
12a Temperature adjustment process
12b Mixed crushing process
12c stirring and mixing process
12d molding process
12e Shipping process
13 Measurement analysis results
13a Measurement analysis result
13b Processing result
14 Internet
14a server
14b client
14c database
14d Central processing unit
14e storage device
14f interface
14g input device
14h output device
15 Report
15a registration
15b Search
15c extraction
15d return
15e result

Claims (18)

It is connected to the management server and database installed in the trace center of the secretariat, and the management server via the Internet, and is a terminal computer provided at each of the discharge establishment, recycling center and producer. A residue resource recycling system that can track the recycling cycle of residue resources with a client,
Each of the clients includes a central processing unit, a storage device, and an interface. When a report content is input, the central processing unit operates to temporarily store the report content in the storage device. The report contents and registration instructions stored in the server are transmitted to the server via the Internet, and when a search condition is input, the central processing unit operates to temporarily store the search condition in the storage device. In addition, the temporarily stored search conditions and search instructions are transmitted to the server via the Internet.
The server includes a central processing unit, a storage device, and an interface. Upon receiving a report content and a registration instruction from the client via the Internet, the central processing unit operates to store the report content in the storage device. In addition to temporarily storing it, a database operation language is created based on the report contents, registered in the database, and when a search condition and a search instruction are received from the client, the central processing unit operates to perform the search. The conditions are temporarily stored in a storage device, a database operation language is created based on the search conditions, corresponding data is extracted from the database, a screen is created based on the extracted data, and the screen is stored on the Internet. Is sent to the client via
The report content transmitted from the client provided at the discharge establishment is the amount of dry resource discharged from the discharge establishment to the recycling center, and the dry resource is generated by a small garbage processor. What has been dried to a moisture content of 15% or less, or has been dried to a moisture content of 30% or less while being stirred at 60 to 160 ° C. in a large garbage processor,
The report content transmitted from the client provided in the recycling center is the received amount of dry resources received from the discharge establishment and the production amount of organic fertilizer or feed produced from the dry resources, The feed is produced by pulverizing the dry resource and stirring and mixing Bioion Balance (registered trademark).
The contents of the report transmitted from the client provided to the producer include the amount of organic fertilizer or feed received from the recycling center and the product grown or bred using the organic fertilizer or feed received from the recycling center. Production amount of
A system for recycling food residue resources, wherein the recycling of residue resources can be traced by a client, which is a terminal computer provided at each of the waste establishment, recycling center, and producer.   The system for recycling food residue resources according to claim 1, wherein the dry resources, organic fertilizers, feeds and products are each given a management number to ensure tracking.   The food residue resource according to claim 1 or 2, characterized in that by providing a website on the server, it is possible to accept a subscription application as an emission establishment or a purchase application for a product via the Internet. Recycling system.   The dry resources produced by drying the raw garbage to a water content of 30% or less while being stirred at 60 to 160 ° C. with a large garbage processor are those whose temperature is adjusted to 40 ° C. or less. The food residue resource recycling system according to any one of claims 1 to 3, wherein the food residue resource recycling system is provided.   The Bioion Balance (registered trademark) is a bioactive substance produced by lactic acid bacteria, yeasts, photosynthetic bacteria, actinomycetes, and marine or mineral minerals, amino acids, nucleic acids, chitosan, human or seaweed gel. The system for recycling food residue resources according to any one of claims 1 to 4, which is an agricultural soil-improved microbial material obtained in the above.   The said dry resource is a component adjusted and moisture adjusted by mixing organic calcium, rice bran, bentonite, zeolite, brucite or magnesium when pulverized. The system for food residue resource recycling according to any one of 5 above.   When the dry resources are mixed with stirring, the components are adjusted by adding synthetic minerals, special molasses, magnesium, calcium or siliceous materials, and the salt is neutralized or the pH is adjusted. The system for recycling food residue resources according to any one of claims 1 to 6, wherein:   The amount of the dry resources is reduced from 1/5 before drying to 1/7 or less by drying raw garbage and can be collected at the recycling center using courier service. The system for recycling food residue resources according to any one of claims 1 to 7.   Discharge establishments provided with clients that are computers for the terminal include homes, businesses, convenience stores, supermarkets, hotels, restaurants, canteens, school lunch centers, hospitals or nursing homes, or homes, businesses, convenience stores, supermarkets, The food waste resource recycling system according to any one of claims 1 to 8, wherein the business is a collective collection of garbage discharged from a hotel, restaurant, cafeteria, school lunch center, hospital or nursing home. system. It is connected to the management server and database installed in the trace center of the secretariat, and the management server via the Internet, and is a terminal computer provided at each of the discharge establishment, recycling center and producer. A residue resource recycling method that uses a residue resource recycling system with a client and enables tracking of the recycling of residue resources,
Each of the clients includes a central processing unit, a storage device, and an interface. When a report content is input, the central processing unit operates to temporarily store the report content in the storage device. The report contents and registration instructions stored in the server are transmitted to the server via the Internet, and when a search condition is input, the central processing unit operates to temporarily store the search condition in the storage device. And sending the temporarily stored search conditions and search instructions to the server via the Internet,
The server includes a central processing unit, a storage device, and an interface. Upon receiving a report content and a registration instruction from the client via the Internet, the central processing unit operates to store the report content in the storage device. In addition to temporarily storing it, a database operation language is created based on the report contents, registered in the database, and when a search condition and a search instruction are received from the client, the central processing unit operates to perform the search. The conditions are temporarily stored in a storage device, a database operation language is created based on the search conditions, corresponding data is extracted from the database, a screen is created based on the extracted data, and the screen is stored on the Internet. To the client via
The report content transmitted from the client provided at the discharge establishment is the amount of dry resource discharged from the discharge establishment to the recycling center, and the dry resource is generated by a small garbage processor. What has been dried to a moisture content of 15% or less, or has been dried to a moisture content of 30% or less while being stirred at 60 to 160 ° C. in a large garbage processor,
The report content transmitted from the client provided in the recycling center is the received amount of dry resources received from the discharge establishment and the production amount of organic fertilizer or feed produced from the dry resources, The feed is produced by pulverizing the dry resource and stirring and mixing Bioion Balance (registered trademark).
The contents of the report transmitted from the client provided to the producer include the amount of organic fertilizer or feed received from the recycling center and the product grown or bred using the organic fertilizer or feed received from the recycling center. Production amount of
A method for recycling food residue resources, wherein the recycling of residue resources can be traced by a client which is a terminal computer provided at each of the discharge establishment, the recycling center and the producer.   11. The food residue resource recycling method according to claim 10, wherein a management number is assigned to each of the dry resource, organic fertilizer, feed and product to ensure tracking.   12. The method for recycling food residue resources according to claim 10 or 11, wherein by providing a website on the server, it is possible to accept a subscription application as an emission establishment or a purchase application for a product via the Internet. .   The temperature of the dry resources produced by drying the raw garbage to a water content of 30% or less while being stirred at 60 to 160 ° C. by a large garbage processor is adjusted to 40 ° C. or less. The food residue resource recycling method according to any one of claims 10 to 12.   The Bioion Balance (registered trademark) is a bioactive substance produced by lactic acid bacteria, yeasts, photosynthetic bacteria, actinomycetes, and marine or mineral minerals, amino acids, nucleic acids, chitosan, human or seaweed gel. The method for recycling food residue resources according to any one of claims 10 to 13, which is an agricultural soil-improved microbial material obtained in the above manner.   The said dry resource mixes organic calcium, rice bran, bentonite, zeolite, brucite, or magnesium when the pulverization is performed, and the component adjustment and moisture adjustment are performed. Food residue resource recycling method as described in 4.   When the dry resource is mixed with stirring, it is characterized by adding components such as synthetic minerals, special molasses, magnesium, calcium or siliceous material to neutralize salt or adjust pH. The food residue resource recycling method according to any one of claims 10 to 15.   The dry resource is characterized in that, by drying raw garbage, the amount thereof is reduced from one fifth to one seventh or less before drying, and can be collected at a recycling center using a courier service. The food residue resource recycling method according to any one of claims 10 to 16.   Discharge establishments provided with clients that are computers for the terminal include homes, businesses, convenience stores, supermarkets, hotels, restaurants, canteens, school lunch centers, hospitals or nursing homes, or homes, businesses, convenience stores, supermarkets, The food residue resource recycling method according to any one of claims 10 to 17, which is a business establishment that collects raw garbage discharged from a hotel, restaurant, cafeteria, school lunch center, hospital or nursing home in a lump. .

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