TW200831398A - Method of preparing chlorine dioxide with fast activation properties - Google Patents

Abstract

The present invention provides a method of preparing chlorine dioxide with fast activation properties which is an innovative preparation method for especially targeting at chlorine dioxide synthesis whose materials or solutions are adopted with adequate preparation forms and packing for its convenient transportation and storage and is capable of quickly manufacturing and synthesizing. The preparation method is that NaClO2 or NaClO3 is used as main agent and one or more materials selected from C4H6O6, (COOH)2, HCl, HOC3H4(COOH)3, H2SO4, and acid salts is mixed to form the activator. One or more materials selected from bromochlorodimethylhydantoin, chloramine T, dichlorodimethyl, sodium dichloroisocyanurate, and sodium dichlorinated isocyanuric acid are mixed to form the catalyst. The package of materials used in chlorine dioxide synthesis can be simplified to obtain excellent preservation for convenient transportation and storage. While being in use, the materials can be fast manufactured and synthesized to achieve excellent industrial application and usability.

Description

200831398 'With water mixing, it can be prepared into a fast-acting chlorine dioxide disinfectant. According to this, the packaging of the required materials for chlorine dioxide synthesis can be simplified and obtained a good storage state for transportation and storage. And when used, it can quickly modulate and synthesize, and achieve excellent industrial use value and practicality. 6. English Abstracts: / VII. Designation of Representative Representatives: (1) The representative representative of the case is: (1). VIII. Description of the Invention: [Technical Field] The present invention relates to a method for rapidly activating chlorine dioxide, mainly for preparing a main agent, an activator and a catalyst for synthesizing chlorine dioxide into an auxiliary material. Single-package, individual packaging, combined packaging, or the main agent, activator, and catalyst are prepared into a solution in a bottle, or the main agent, activator, and catalyst are compounded with the auxiliary agent. It is prepared into a solution and packed in a bottle. When it is used, it can be mixed with water. It can be quickly prepared into a quick-activated dioxide gas agent and a solution package, so that it can be simplified according to this. At the same time, the synthesis can be quickly modulated into one type, transport wheel and storage, and the [previous technique] beneficiary method can be used. According to the chlorine dioxide, a green hygienic tissue is classified as A 1 grade, 1 strain 1 , and the queen is a world-regulated gas. The boiling point is i U :, often, ::: gas is similar to the pungent smell. The effective chlorine is the 26 9 oxidant of chlorine, not the chlorine ^ 匕 疋 种 - kind of effect. The 虱 匕 旎 是 是 是 是 是 是 是 是 是 是 是 是 是 是 是 是 是 是 是 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 Intracellular sulphate field inhibits the synthesis of microbial proteins to destroy microbial organisms. In addition to bactericidal effects on general bacteria, it has good effects on spores, algae, iron bacteria, sulfate-reducing bacteria and fungi. The higher the temperature, the higher the sterilization efficiency of chlorine dioxide, and the more suitable it is as a fungicide for industrial reflux water and high temperature. It, a large number of domestic and foreign research publications, it is known that dioxide is the best alternative to chlorine gas elimination. The disinfection and sterilization characteristics of chlorine dioxide are very superior. Compared with chlorine, the sterilization characteristics of chlorine dioxide are: The bactericidal effect is good, the dosage is small, and the effect is fast. After the chlorine dioxide is dissolved in water, it does not chemically react with water, nor does it exist in the dimeric or polymeric state. 'It has higher diffusion speed and permeability than that in water. Chlorine is fast, especially at low > Chen, and the killing effect of chlorine dioxide spores is stronger than that of chlorine. The algae, aerobic bacteria, iron bacteria and sulfate 200831398 reducing bacteria in the water treatment system. And so on have better prevention of reproduction and removal, killing effect. (2) Chlorine dioxide has very (four) bactericidal ability in the range of H, and the effect of dioxide (4) can be said to be basically free from the shadow of fpH. Under the test conditions, most of the added chlorine has a bactericidal effect. Poor ^ chloro^(OC i -) form exists] It is reported that the sulphuric acid bactericidal effect of human lactic acid is 1/i 〇~i /2 〇, which is based on the alkaline solution of cooling water. Controlling the growth of bacteria is much better than adding gas. ' (3) Chlorine dioxide bactericidal effect lasts for a long time, and it has been proved by experiments that the chlorine dioxide of Μ: Μ 二 对 在 在 1 1 1 1 1 1 1 1 1 1 1 : : : : : 异 异 异 异 异 异Rate only., Township 3% 'and: Oxidation gas does not react with ammonia and amino compounds. The killing effect is not affected by ammonia. Inorganic two should not produce gas, and organic matter, organic matter, which makes chlorine dioxide and sulphur value and role of ... pit carcinogenic, -) u, from the perspective of health and the environment - life - 虱 to replace chlorine is extremely important The meaning, in addition, due to the amount of gas to be added than the dioxin _, the environment, the need for pre-remaining chlorine emissions will be contaminated.齓 can be discharged, which causes an increase in the cost of treatment (10) = cover two chlorine can not only kill the microorganisms, but also can decompose the residual and the role of killing viruses, from ... have a taste, and protect the turn of the ', Compared with the treatment of algae in the pool with chlorine dioxide, the heart was found to be more effective at 200831398 copper sulfate at a comparable treatment cost.

Decrease the corrosion of the preparation, in addition, the micro- 乜J is poor, can be + phase # & π # 士 一 emulsified chlorine resistance is also long d use without significant resistance. The experiment 丄Γ is raised, the bactericidal ability of chlorine dioxide is enhanced, and a large amount = two = E. coli 'with chlorine dioxide chlorination · and 9 〇 minutes, while at 3 〇 t only need = killing effect takes time 1 bacteria is very beneficial. 1 only 1 〇 second, which is very strong in the oxidation of chlorine in the body of the reflux water, it can effectively destroy the water > = organic 3 dyes, such as benzo and so on, and Chloroform, 18 and I compounds do not chlorinate when oxidizing organic matter, and deodorization can reduce the turbidity of water and improve water quality. 2. Widely used for the treatment of sewage and malodorous gases. It can maintain the residual disinfection effect, but no residual toxicity. It has no stimulating effect on the skin and mucous membrane when the concentration of human body chlorine dioxide disinfectant is used. It is absolutely safe in acute toxicity and genetic toxicology. Human (8) Chlorine Dioxide Disinfectant is used in food processing equipment, utensils, and containers. After disinfecting the mouth, beverage containers, pipes, fruits and vegetables, there is no need to clear the first--can directly produce packaging and food, and the safety is guaranteed. Therefore, the dioxin solution is the ideal agent and tube for final disinfection. The residual gas retaining agent in the net, and the chlorine dioxide disinfectant can be used repeatedly for many times, thereby greatly saving the disinfection cost. It can be seen from the above that 'dioxide gas is used as a green disinfectant, and its application is extensive. Regardless of the environmental angle or the hygienic point of view, chlorine dioxide is an inevitable trend. 200831398 However, because dioxide is not a naturally occurring substance, it takes more than 30 minutes of chemistry to produce an effect. It is a chlorine dioxide disinfectant product such as a solution, powder or tablet currently available on the market. It is necessary to activate the activator to release the oxidizing gas with strong bactericidal ability. However, due to the difference in the dosage form, such products generally have safety problems in transportation, storage and use. In terms of solution (4) production 2, the biggest problem is that transportation is extremely inconvenient, and when the liquid content exceeds a certain level, it must be transported according to the standard of dangerous goods, while the powder or tablet product has its own raw material. Strong oxidizing property, when it is in contact with flammable substances or mixed with acidic substances, the agent is an acidic substance, so in addition to burning, the activation - ^ ^ U must be transported according to the dangerous goods standard, and a certain procedure is required to be added to the quantitative water. , or first, quite; L into the activator 'otherwise there is a problem of explosion, burning, Queen of the field, only to be managed to solve Improver. [Summary of the Invention] See the problem! The chlorine dioxide sterilization and disinfection of the sword system is based on the existence of many /, indicating that people specialize in research and development, based on 1; ^ industry's many years of experience and technology 'and then research and develop the invention;: matters: and its main purpose乃 =::i 〇 minutes or so can produce the effect, j is longer than a single agent for the main agent, catalyst, activator - emulsified milk, 50% Granular type agent, catalyst adjustment =::, chemical agent, catalyst with human auxiliary / bottle packaging, or the main sword, live 'to reach the agent material, solution packaging solution, the purpose of packaging each bottle,俾 Easy to transport and store 8 200831398, and can be used to quickly prepare synthetic innovative preparation methods. The purpose is to mix the activator, the catalyst, the main agent with the auxiliary agent or the main agent, the catalyst, the activator, and the auxiliary agent according to the composition of the triad-granules. Mixing 'not both at the same time' can maintain its safety of use, ^, to avoid accidental explosion and burning safety concerns, and to greatly improve the ease of use and safety. In order to achieve the goal, the present invention mainly uses sodium chlorite or sodium sulphate as the main agent, and tartaric acid 6, oxalic acid (c〇〇h) 2, hydrochloric acid HC1, citric acid H0C3H4 (C00H) 3 One or more of the above-mentioned mixed components such as sulfuric acid H2S〇4 and acidic salts are activators, and bromochlorohydantoin, chloramidine, di-dimethyldimethylhydantoin, sodium dichloroisocyanurate, trichloroethylene One or more of the above-mentioned mixed compositions such as sodium cyanurate are used as catalysts, and the auxiliary materials required for granulation coating are composed of one or more of the following: dextrin C6Hiq〇5, sodium bicarbonate NaHC〇3, Sodium carbonate, Na2C〇3, sodium sulfate%$〇4, magnesium sulfate

MgS〇4, polyethylene glycol Η(〇〇ΜΙ2)ηΟΗ, polyvinyl alcohol h(CH2CH(0H)) nH, carboxymethyl cellulose, hydroxymethyl cellulose, sodium carboxymethyl cellulose, hydroxyethyl Various water-soluble and alcohol-soluble polymer materials such as cellulose, hydroxypropyl cellulose, hydroxypropyl fluorenyl cellulose, puweiron, gelatin, sodium alginate, agar, polyacrylic resin, resin, acid alcohol resin And mineral oils and fats having an insulating effect (for example, diterpene-based silicone oil, paraffin wax, etc.), and then using a fluidized bed spray granulation coating machine or a telecentric fluidized bed granulation coating machine, the above-mentioned main agent and activator And the catalyst compounding agent material adopts independent granulation coating or mixed layer granulation coating method, and the main agent, the activator and the catalyst can be made into a single package of three-in-one granular form by the above method, and each Do not pack, mix and match package 200831398 Pack 'or the main agent, activator, catalyst, equipment, or the main agent, activator, catalyst with the auxiliary:::: in the shape of a bottle and a bottle, each bottle, 1 When the system is made into a solution, the solution quickly activates the chlorine dioxide to kill the (four) poison, according to which The package of the agent required for the synthesis of chlorine can be simplified to simplify the division = the state of dioxin to make it easy to transport and store, and when used;; 2 = into an excellent industrial use value and practical Sex. H [Embodiment] The preparation method, technical means and work of the present invention are described later: 剂 The agent material required for rapidly activating chlorine dioxide disinfectant of the present invention mainly comprises: (A) a main agent · chlorous acid Sodium NaCl〇2 or sodium chlorate NaCl〇3, · (B) Activator consists of one or more of the following: 有6酒6, oxalic acid (COOH) 2, hydrochloric acid HC1, citric acid citrate: 3ΐΙ4 (ω〇Η)3, sulfuric acid H2S〇4, acid salts; (C) catalyst consists of one or more of the following mixtures: ··································································· , sodium dichloroisocyanurate, sodium trichloroisocyanurate; ※ The auxiliary material required for granulation coating consists of one or more of the following: dextrin C6Hig〇5, sodium bicarbonate NaHC〇3 Na2C〇3, sodium sulfate Na2S〇4, magnesium sulfate MgS〇4, polyethylene glycol H(OCH2CH2)nOH, polyvinyl alcohol (ΟΜ:Η(ΟΗ)) nH, carboxymethyl cellulose, Methylcellulose, sodium hydroxymethyl cellulose, hydroxyethyl cellulose, hydroxypropyl cellulose, hydroxypropyl fluorenyl fibrin, Pweron, Gelatin, alginate alginate 200831398 acid alcohol resin and other mineral oils for compatibility with alcohol and alcohol (for example: dimethyl ling, polyacrylic resin, resin, southern molecular materials, and segregating oil, paraffin, etc. In the above-mentioned main agent (A), activator (B) and catalytic three kinds of materials, mainly using the main dance 1 (A) and activator (^ to produce rapid activation: oxidized chlorine, and urging = And because the main agent (A) and the living (four) "" directly mixed i:; = ^ burning safety concerns' and in order to obtain rapid activation of the dioxide, the (four) convenience of the agent, the present invention is the main agent ( a), living (B) and catalyst (C) three kinds of three-in-one granules: known to know the preparation of a single package, and in the preparation of such three-in-one granules, 'there are the following The first scheme is to use the granular main agent (A) as a carrier, and the catalyst (C) and the activator (B) are powdered, and then the auxiliary agent is used to carry out the catalyst (C) and The activator (b) is sequentially coated on the outer portion of the main agent (A). The method is as follows: the main agent (A) is placed in a fluid layer spray granulation coating In the I or telecentric fluidized bed granulation coating machine, the powdered catalyst (c) and the auxiliary agent are simultaneously sprayed into the fluidized bed spray granulation coating machine or the telecentric fluidized bed granulation coating machine to make the catalyst (c) coating the outer layer of the main agent (A), and then simultaneously spraying the powdered activator (B) and the auxiliary agent into the fluidized bed spray granulation coating machine or the telecentric flow bed granulation coating machine So that the activator (B) can be coated on the outer layer of the catalyst (C), thereby forming a three-in-one coated particle type as shown in the figure, so that the main agent (A) and the activator (B) are not The contact produces a chemical action, which will allow it to be taken in a single package' and there is no fear that it will produce a chemical action. Therefore, it is only necessary to add the granular agent to the water during transportation and storage, the agent (C) and the main agent ( A) The rapid activation of the dioxide gas in the order of sterilization and sterilization is safe; the activator (B) is the carrier, and will be powdered, and then the auxiliary agent is used to coat the activator (B) sequentially. The external agent (B) is placed in a fluidized bed spray granulation machine to spray granulation of the powdered catalyst flow layer. The covering machine or the telecentricizer (C) is coated with an activator (b main agent (A) and an auxiliary agent synchronous sprayed telecentric flow bed granulation coating machine, and the outer layer of the agent (C) is prepared as described above. The type, the activator (B), the main agent is used, so that it can be taken in a single package, and the whole agent can be used to prepare the main agent (A) and the catalyst to be dissolved in water. It is prepared into a desired poison to provide convenience and safety. The main agent (A) and the activator (b agent are made into a granular, powder or flaked bag, and then added sequentially when needed. The modulation into rapid activation of dioxin 200831398 is quite safe, and when used, the activator (B) can be catalyzed in water and then prepared into the desired agent, which is quite convenient for the whole process. a granulating agent (C) and a main agent (A) catalyst (C) and a main agent (A), which are granulated activated f coating machine or telecentric fluidized bed granulation package (C) and The auxiliary agent is sprayed synchronously into the fluidized bed granulation coating machine to make the outer layer, and then spray the powder into the flowing layer. The granulation coating machine or the main agent (A) can be coated on the three-in-one coated particles (A) shown in the catalysis diagram 2 to prevent the chemical from being produced, and to ensure the transportation and storage thereof, as long as the granules are The addition of the agent to the water (C) and the activator (B) sequentially activates the chlorine dioxide to eliminate the value; the second solution is based on the preparation), and the catalyst (C) is compounded with the auxiliary agent, and then separately packaged. It can be reconciled into three waters, and it can be chemically modified by 200831398. ^ Four schemes: after the preparation of the main agent ", activator (b = chemical agent (c) with adjuvant material into a granular, powder or flake-like agent, the activator (B ), the catalyst (c) is packaged into a bag, and then the main agent (A) is packaged into a bag. When it is intended to be used, the water is added in sequence to prepare a rapid activation of the dioxide gas by means of its chemical change. The fifth scheme: in the preparation of the 'main agent', the activator (b (four): the agent (C) with the adjuvant material into a granular, powder or flake 2: the main agent (A), the catalyst (C) is packaged into a bag, and then the activation scraper (B) is packaged into a potential, and the At//A At ro Μ windbreaker is added to the water to be conditioned and then passed through the chemistry. Change as a disinfectant. Use (4) to quickly activate the dioxide gas six program: in the preparation, the main agent (Α), activator (Β catalytic system (c) into a solution after the 're-master The agent (illusion, activation, catalyst (c) is packaged into a bottle (can), and if it is to be re-adjusted, it can be adjusted by its chemical change. 1% of the rapid activation of chlorine dioxide disinfectant. The seventh scheme is to prepare the main agent (A), activator (B catalytic ruthenium (◦) with adjuvant material into a solution, and then The main agent 鐯^/tonylating agent (B) and the catalyst (c) are respectively packaged into a bottle (handle), and then added to the water and then adjusted in order to be used, and then can be rapidly formed by chemical crosslinking. The activated sulfur dioxide sterilization disinfectant. That is, according to the above description, it can be seen that the present invention rapidly activates the chlorine dioxide to kill the "potential 4" preparation, in order to ensure its transport, storage and use of the integrity of 200831398, while taking into account its use The upper agent and the catalyst are combined with the auxiliary material, a package, a separate package, and a combined catalyst to prepare a solution. The catalyst is mixed with the auxiliary agent to prepare and transport, and the water is more convenient and safe to be blended, so that the disinfectant can be easily disinfected. If you use the potential safety value and practicability of the preparation method, you can file a patent application for the law. [Simplified illustration] 苐1图: This book is better than the second picture: One third Figure: This is the second and fourth picture of this creation: the third and the first picture of this creation: the fourth and sixth picture of this creation: the fifth and seventh picture of this creation: the sixth Figure 8: The seventh convenience of this creation, innovatively, the main agent, activated, made into a three-in-one granular type of monotonous packaging 'or packaging the main agent, activator, bottle, Or the main agent, the activator, and the solution are packaged in a bottle and can be transported. In addition, it is only necessary to add an appropriate amount of the rapidly activated dioxide gas to be used in the early, safe and effective manner. Resolving the hidden worry, Cheng has an excellent industrial utilization price, an outstanding and innovative design, and a schematic diagram of the structure of the example. A schematic diagram of the structure of the preferred example. A schematic diagram of a structural form of a preferred embodiment. A schematic diagram of a structural form of a preferred embodiment. A schematic diagram of a structural form of a preferred embodiment. A schematic diagram of a structural form of a preferred embodiment. A schematic diagram of a structural form of a preferred embodiment. IX1 patent application scope: a kind of fast-acting dioxo-twisting------------------------------------------------------------------------------------------------------------------------------ Sodium chlorate NaCi〇3;

Claims (1)

200831398 holistic, at the same time, taking into account the use of the agent and catalyst with auxiliary materials, a package, individual packaging, combined catalyst preparation into a solution, each of which is more convenient and safe to be mixed with the catalyst and auxiliary materials. It can be easily disinfected and disinfectant. The potential safety value and practicability of the preparation method can be used as a patent application. [Simple description of the diagram] 苐1图: This is the best example of the creation of the second picture: the first picture of this creation is the third picture: the second part of the creation of this book: the third and the fifth Figure: This is the fourth and sixth picture of this creation: the fifth and seventh pictures of this creation: the sixth and eighth pictures of this creation: the seventh convenience of this creation, innovatively the main agent, activation, Make it into a three-in-one granular type of monotonous package' or package the main agent, activator, bottle, or package the main agent, activator, and solution in a bottle and bottle. In use, it is only necessary to add the right amount of quick-activated oxidizing gas to make it very early and safe, and effectively solve the hidden worry. It has an excellent industrial utilization price, an outstanding and innovative design, and conversion. A schematic diagram of the structural form of the example. A schematic diagram of a structural form of a preferred embodiment. A schematic diagram of a structural form of a preferred embodiment. A schematic diagram of a structural form of a preferred embodiment. A schematic diagram of a structural form of a preferred embodiment. A schematic diagram of a structural form of a preferred embodiment. A schematic diagram of a structural form of a preferred embodiment. A schematic diagram of a structural form of a preferred embodiment. IX1 patent application scope: a kind of fast-acting dioxo-twisting------------------------------------------------------------------------------------------------------------------------------ Sodium chlorate NaCi〇3 ; 200831398 (B) Activator consists of one or more of the following: Μ6酒6, oxalic acid (c〇〇H)2, hydrochloric acid HC1, citric acid HOC3H4(COOH)3, sulfuric acid H2S〇4, acid salt; (C) Catalyst consists of one or more of the following: bromine gas, chloramine T, dichlorodimethylhydantoin, dichloroisosodium urate, three Chloro-isocyanuric acid sodium; ※ The auxiliary material required for granulation coating consists of one or several of the following: dextrin CeHioO5, sodium bicarbonate NaHC〇3, sodium carbonate (%2〇)3, sulfuric acid Sodium Na2S〇4, magnesium sulfate MgS〇4, polyethylene glycol oil, paraffin H(OCH2CH2)nOH, polyvinyl alcohol H(CH2CH(0H)) nH, carboxymethyl cellulose, _methyl cellulose, hydroxymethyl Cellulose sodium, hydroxyethyl cellulose, hydroxypropyl cellulose, propyl methyl cellulose, Pweron, gelatin, sodium alginate • Polyacrylic resin, resin, acid alcohol resin, and other water-soluble and alcohol-soluble polymer materials and mineral oils with isolation (for example, dimethyl group), etc. The agent (A) is a carrier, and the activator (B) and the catalyst (C) are powdered, and the catalyst (C) and the activator (B) are sequentially coated on the main agent (A). The external part of the process is to place the main agent (A) in a fluidized bed spray granulation coating machine or a telecentric fluidized bed granulation coating machine, and then synchronize the powdered catalyst (c) and the auxiliary material. Sprayed into a fluidized bed spray granulation coating machine or a telecentric bed granulation coating machine to coat the catalyst (C) on the outer layer of the main agent (A), and then the powdered activator (B) and The auxiliary agent is synchronously sprayed into the flowing layer spray granulation coating machine or the telecentric fluidized bed granulation coating machine, so that the ligating agent (B) can be coated on the outer layer of the catalyst (c), thereby forming The third three-in-one coated particle type shown in Figure 5, 200831398, so that the three do not contact to produce a chemical action, so that it can be harvested One package, and safe in transportation and storage. When used, the granules (B), catalyst (C) and main agent (A) can be dissolved in sequence by adding the granules to water. In the water, 'and then into the required rapid activation of chlorine dioxide disinfectant. 2. A method for rapidly activating activated carbon monoxide, which comprises preparing a reagent for rapidly activating chlorine dioxide disinfectant, mainly comprising: (A) a main agent: sodium sulfite or sodium chlorate; r (B The activator consists of one or more of the following: tartaric acid, oxalic acid, hydrochloric acid, citric acid, sulfuric acid, acid salts; (c) the catalyst consists of one or more of the following mixtures, including Cause, Chloramine T, Dimethyldimethylhydantoin, Dichloroisocyanuric acid 'sodium, sodium trichloroisocyanurate; ※Auxiliary materials required for granulation coating consist of one or more of the following There are: dextrin, sodium bicarbonate, sodium carbonate, sodium sulfate, magnesium sulfate, polyethylene glycol, polyvinyl alcohol, carboxymethyl cellulose, hydroxymethyl cellulose, hydroxyl (, sodium methyl cellulose, hydroxyl Ethyl cellulose, hydroxypropyl cellulose, hydroxypropyl fluorenyl fibrin, puweiron, gelatin, sodium glutamate, polyacrylic acid resin, resin, acid alcohol resin, etc., various water-soluble and alcohol-soluble Molecular materials and mineral oils with barrier properties (eg Di-based silicone oil, paraffin···, etc.;; in the preparation of hemp, the granular active agent (B) is used as a carrier, and the main agent (A) and the catalyst (c) are powdered and reused. The auxiliary agent is prepared by: (C) and the main agent (A) are sequentially coated on the outside of the activator (B), and the granular activator (B) is placed in the flowing layer spray granulation. 200831398 In a coating machine or a telecentric fluidized bed granulation coating machine, the powdered catalyst (c) and the auxiliary agent are simultaneously sprayed into the fluidized bed spray granulation coating machine or the telecentric fluidized bed granulation coating machine. , the catalyst (c) is coated on the outer layer of the activator (B), and then the powdered main agent (A) and the auxiliary agent are synchronously injected into the mobile layer spray granulation coating machine or the telecentric flow bed granulation package. In the coating machine, the main agent (A) is coated on the outer layer of the catalyst (c), thereby forming a three-in-one coated particle type as shown in the figure below, so that the three are not contacted and produced. In order to make it a single package, and to ensure the safety of its wheels and storage, when you want to use it, just add this granular material to the water. The main agent (A), the catalyst (C) and the activator (B) are sequentially dissolved in water to prepare a desired rapid activation of the disinfectant. 3, a rapid activation of oxidation A chlorine preparation method for preparing and synthesizing a reagent for rapidly activating a gas dioxide disinfectant, mainly comprising: (A) a main agent: sodium chlorite or sodium chlorate; (B) an activator consisting of one or more of the following The mixed composition includes: tartaric acid, oxalic acid, hydrochloric acid, citric acid, sulfuric acid, acid salts; (C) the catalyst consists of one or more of the following: including bromochlorohydantoin, chloramine T, and Chlorodimethylhydantoin, sodium dichloroisosodium urate, sodium trichloroisocyanurate; in preparation, the main agent, activator, and catalyst are prepared into a granular, powder or flake-like preparation, and then They are packaged into three bags separately, and when they are to be used, they are added to the water in order, and then they can be prepared into a quick-activated emulsion of emulsified milk by the chemical change. 4, - a kind of rapid activation of dioxygen 1 7 chlorine preparation square &, its synthesis of fast 200831398 speed activated chlorine dioxide disinfectant required (A) main agent: sodium chlorite or sodium chlorate; Including (1) Live: The agent consists of one or more of the following: 、, acid, hydrochloric acid, citric acid, sulfuric acid, acid salt; c agent consists of the following one or several kinds of mixed packages, '虱海因, Chloroammonium T, Dichlorodi: Na, Sodium Trichloroisocyanurate; - Rolling Disordered Uric Acid ※ The auxiliary materials required for granulation coating include: dextrin, sodium bicarbonate, sodium carbonate :: Hehong Polyethylene Glycol, Polyethyl Ethyl Alcohol, Methylcellulose, = Fiber = Magnesium, Methyl Cellulose M-Based Cellulose, λ 2 Cellulose, Fibrin, Puweiron, Gelatin , Alginic acid A, resin, acid alcohol # polyacrylic resin _ eucalyptus special mineral oils and oils with various water-soluble and alcohol-soluble polymers (for example: dimethyl ketone 'eight, etc.); soil / field, stone The soil · · · The preparation of the main agent, the activation of the sputum = granulated, powder or flake-like agent after the 're Divided into two materials: If you want to use it, add it to the water and adjust it in sequence. It can be transformed into: It can be used to make a rapid activation of chlorine dioxide disinfectant. , 5, a rapid activation method for preparing dioxon chloride, which is used for preparing a quick-activated chlorine dioxide disinfectant, mainly comprising: (A) a main agent: sodium chlorite or sodium sulphate; (1) The activator is composed of one or more of the following: oxalic acid, hydrochloric acid, citric acid, sulfuric acid, acid salt; (C) the catalyst consists of the following species or a mixture of substances: may be desert 200831398 = hydan t ammonia tau, dichlorodimethyl hydantoin, dichloroisouric acid steel, diammonium isocyanurate; ※ the auxiliary materials required for granulation coating are included in the following one or several mixed groups f ·Dextrin, sodium bicarbonate, sodium carbonate, sulfur (tetra), sulphuric acid, polyethylene glycol, polyethylene glycol, carboxymethyl cellulose, methyl cellulose, methyl cellulose, ethyl Various water-soluble and alcohol-soluble polymer materials such as cellulose, (tetra)-based cellulose, (tetra)-based f-based fiber, Puweiron, gelatin, acid-consuming nano-lipid, polyacrylic resin resin, and acid-alcohol resin. There are isolated mineral oils (for example: bismuth, .8, etc.); After the main agent, activator, and catalyst are mixed into a granule, powder or flake, the three bags are packaged into a bag, and then added to the water in order to be used in sequence. Modification into a rapid activation of chlorine dioxide disinfectant. 6. A method for rapidly activating activated chlorine dioxide, which comprises preparing a reagent for activating a chlorine dioxide disinfectant, mainly comprising: (A) a main agent: sodium sulfite or sodium chlorate; B) The activator consists of one or more of the following mixed groups # △ , Λ 0 有 · · tartaric acid, Zhuo I, hydrochloric acid, citric acid, sulfuric acid, acid salts · (C ) catalyst consists of one or more of the following ························································································· The auxiliary material is composed of the following ones. I have a mixture of sighs, including dextrin, sodium bicarbonate, sodium carbonate, sodium sulphate, ☆ knowing ^5» All· acid town, ethylene glycol, polyvinyl alcohol, carboxy Sulfhydryl cellulose, oxonium 19 soil cellulose, 200831398 f-based cellulose m-based cellulose, propyl cellulose, propylmethylcellulose θ weilong, gelatin, sodium alginate, poly Various water-soluble and alcohol-soluble polymer materials such as propylene-fat tree a-alcohol resin and mineral oil with isolation effect ( Such as ··= methyl ketone oil, sarcophagus · ·:, etc.); its dying is the main agent, activator, catalyst and auxiliary agent material into granular, powder or flake Then, the activator (b) and the catalyst (C) are packaged into a bag, and then the main agent (A) is packaged into a bag. When it is to be used, it is added to the water in order, and then it can be prepared by its chemical change. To quickly activate chlorine dioxide disinfectant. , 7, 7, a rapid activation of chlorine dioxide preparation square &, the preparation of the rapid activation of chlorine dioxide disinfectant required for the agent, mainly including: (A) the main agent: sodium sulfite or sodium chlorate (B) The activator is composed of one or more of the following: tartaric acid, oxalic acid, hydrochloric acid, citric acid, sulfuric acid, acid salts; (C) the catalyst consists of the following one or several kinds of mixtures: It is chlorochlorohydantoin, aerobic T, dichlorodimethylhydantoin, sodium dichloroisocyanurate, sodium trichloroisocyanurate; (4) _ by the following one or several kinds of mixed electroforming: dextrin , sodium bicarbonate, sodium carbonate, sulfur _, sulfur _, polyethylene glycol, polyethylene glycol, hydrazine methyl cellulose, methyl cellulose xin, _ I based cellulose sodium, ethyl cellulose, _ Base water, (tetra), base, puprolon, gelatin, (d) acid agar, polyacrylic acid right resin, acid lysate, and other water-soluble and alcohol-soluble polymer materials and mineral oils with isolation ( Example ^ [methyl material, sarcophagus ·.: 200831398, etc.); After the catalyst is mixed with the auxiliary material to form a granular, powder or flake-like agent, the main agent (A) and the catalyst (C) are packaged into a bag, and the activator (β) is packaged into a bag. The % is added to the water and then blended in sequence, and the chemical change can be used to prepare a rapid and rapid activation of the chlorine dioxide disinfectant. /r , , 8 :: a rapid activation of chlorine dioxide preparation method, which prepares and synthesizes the required materials for rapidly activating chlorine dioxide disinfectant, mainly including: (A) main agent: sodium chlorite or chloric acid (B) The activator is composed of the following one or more kinds of mixtures: tartaric acid, oxalic acid, hydrochloric acid, citric acid, sulfuric acid, acid salts; (C) the catalyst consists of the following one or several kinds of mixtures including : It can be odorous chlorohydantoin, chloramine T, dioxetane dimethylhydantoin, sodium dichloroisocyanurate or sodium trichloroisocyanurate; ※ the auxiliary material required for granulation coating is one or the following Several mixed groups 2 include I: dextrin, sodium bicarbonate, sodium carbonate, sodium sulfate, magnesium sulfate, = ethylene glycol, polyvinyl alcohol, carboxymethyl cellulose, hydroxymethyl cellulose: _ = cellulose Various water-soluble and alcohol-soluble properties such as sodium, Methyl cellulose, propyl cellulose, (4) ketone: mersin, puweiron, gelatin, alginic acid ester, polyacrylic resin, october, acid alcohol resin, etc. Polymer materials and mineral oils with a barrier effect (for example, diterpene silicone oil, paraffin wax·· · etc.); in the preparation, the main agent, activator, and catalyst are made into a solution, and then the main agent (A), the activator (B), and the catalyst (c) are separately packaged into a bottle (can). When you want to use it, you can add it to the water in the same way. 2 200831398 It can be prepared into a fast-acting agent by its chemical change. ^Heartification - gas sterilization and disinfection 9, a rapid activation of the preparation of dioxide gas, the reagents required for the rapid activation of chlorine dioxide disinfectant, mainly packaged into fast (A) main agent · sodium chlorite or chlorine (B) The activator consists of one or more of the following: oxalic acid, hydrochloric acid, citric acid, sulfuric acid, acid salt; - (C) catalyst consists of one or more of the following mixtures including chlorohydantoin , chloramine, two gas - A, it is also yin, three gas, uric acid, niacin, chlorinated uric acid ※ the auxiliary (four) materials required for granulation coating, the following kinds or several kinds of mixing cylinders Including: dextrin, sodium bicarbonate, sodium carbonate, sodium sulphate, sulphuric acid, polyethylene glycol, polyvinyl alcohol, methyl cellulose, hydroxymethyl core, sodium methyl cellulose, hydroxyethyl Various kinds of water-soluble and alcohol-soluble polymers such as cellulose, _-based cellulose, propyl-based fibrin, puweiron, gelatin, sodium glutamate, polyacrylic acid decyl, resin, acid alcohol resin Materials and mineral oils with sequestration (eg dimethyl ke, , , , , , etc.); /, stone soil. ·. In its preparation, after the m activator and the catalyst are mixed with the auxiliary agent to form a solution, the main agent (a), the activator (B) and the catalyst (c) are separately packaged into - Bottles (cans), which are added to the water and then blended in order to be used, can be prepared into a rapid activation gas sterilization disinfectant by its chemical change. 1 n rapid activation of chlorine dioxide preparation method, which prepares and synthesizes the agent needed for rapid activation of chlorine dioxide disinfectant, main spoon · 2 2 匕 · · 200831398 (A ) main agent · chlorite or chloric acid (B) The activator consists of the following species or mixtures: alcohol, oxalic acid, hydrochloric acid, citric acid, sulfuric acid, acid salts. (C) The catalyst consists of one or more of the following: Chlorohydan , chloramine, dichlorodimethylhydantoin, bismuth bromide, sodium trichloroisocyanurate; bismuth cyanuric urinary urinary urinary urinary granules Sperm, sodium bicarbonate, sodium carbonate: several mixed groups, Shou r a wire ^ ^ ^ ^ θ 夂, magnesium sulfate, 丨 乙 乙 知 、, polyvinyl alcohol, carboxymethyl cellulose, hydroxymethyl cellulose Sodium, ethyl cellulose, propyl phthalocyanine, basal fibrin, puweiron, gelatin, alginate, propylidene, resin, acid alcohol resin, etc. Alcohol-soluble ^ (tetra) acid resin has a separation of mineral oils (for example: ... knife materials and tools, etc.); • Methyl silicone oil, paraffin. · · In its preparation, it is the main agent, activator, and then the main agent (Α), activator (Β): after making a solution, d-bottle (can) When used, it can be packaged into its chemical change and then prepared into a fast-lived medium, which can be passed through.