CN203112632U - System device utilizing electrical functional acid ionized water to perform cleaning and disinfecting - Google Patents
System device utilizing electrical functional acid ionized water to perform cleaning and disinfecting Download PDFInfo
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- CN203112632U CN203112632U CN 201220725237 CN201220725237U CN203112632U CN 203112632 U CN203112632 U CN 203112632U CN 201220725237 CN201220725237 CN 201220725237 CN 201220725237 U CN201220725237 U CN 201220725237U CN 203112632 U CN203112632 U CN 203112632U
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- 239000003795 chemical substances by application Substances 0.000 claims description 44
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- 238000005868 electrolysis reaction Methods 0.000 claims description 19
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Images
Abstract
The utility model provides a system device utilizing electrical functional acid ionized water to perform cleaning and disinfecting. The system device comprises an electrical functional acid ionized water preparation device, storing and conveying equipment and a washing and disinfecting device, and is characterized in that the electrical functional acid ionized water preparation device comprises a front-end water treatment device, an electrolyzer solution concentration adjusting device, an electrolyzer circulation supply device, an electrolytic integrated device, a control device, an automatic cleaning device, an acid water inlet flow adjusting device and a flow detecting device, an alkaline water inlet flow adjusting device, a flow detecting device, and an acid ionized water physical and chemical index detecting device; and the storing and conveying equipment comprises an acid water storage device, an alkaline water storage device, an acid water conveying device and an alkaline water conveying device. The system device adopts the electrical functional acid ionized water to replace the original chemical sanitizer to clean and disinfect equipment, appliances, articles, environment facilities and the like in all industries, has no residue after use, and is pollution-free to the environment.
Description
Technical field
The utility model relates to medical administration and organisation, chemical defence epidemic prevention department, agricultural planting cultivation and livestock and poultry cultivation field, food-processing and public food and drink, drinking-water beverage and drinks are brewageed, family prevention and raising pets, public transport and collective environment facility, banking and insurance business, the related equipment in fields such as school lunch service and hotel service, equipment, article, facility, environment thing table and personnel etc. carry out the system and device of cleaning and sterilizing, particularly use electric work energy acid electrolyzed functional water to the related equipment in above-mentioned field, equipment, article, facility, environment thing table and personnel etc. carry out the system and device of cleaning and sterilizing.
Background technology
Cleaning clean, pollution-free, disease-free is the common requirement in every profession and trade, each field.Brewage and all respects of people's daily productive life in the production of medical administration and organisation, food-processing and agricultural planting, breed industry, public food and drink and all kinds of drinks, use a large amount of sterilization and disinfection products to safeguard that various kinds of equipment, utensil, facility, environment thing table and personnel etc. carry out disinfection sterilization to keep sanitation and hygiene invariably.
For example the canteen is because many between function, and humid environment adds that the number of having dinner is many, and food variety is various, and operation is acted hurriedly in a messy situation, and easily causes crossed contamination.Publicing tableware recycles, and does not note sterilization, is just polluted by various pathogenic microorganisms such as possibility hepatitis virus, dysentery bacterium, Corynebacterium diphtheriae.Often tableware, kitchenware, kitchen tools, container, body surface and dining room environment being carried out disinfection, is to reduce the pathogenetic effective means of enteric infection.
For example medical institutions are because the patient is numerous, and the case complexity is various, and ward and public passage need cleaned at regular intervals and disinfect to avoid cross infection and pathophoresis; Therefore all kinds of instruments of medical institutions must clean, sterilize after each the use owing to need recycle, and the part apparatus also will carry out sterilising treatment, to avoid causing cross infection and pathophoresis because of instrumentation; The medical worker of medical institutions is owing to frequently contact with all kinds of patients, and therefore, medical worker's hand hygiene improves quality of medical care to prevention and control hospital infection, ensures that medical safety and medical worker's Occupational safety has direct influence.
For example at agriculture field, people mainly rely on agricultural chemicals to prevent such as main disease such as the incident oidium of bitter rot or anthracnose of grape, stripe rust of wheat and greenhouse vegetable, Powdery Mildew for stable yields, volume increase.A large amount of uses of agricultural chemicals have brought problems such as comprising environmental pollution, pesticide residue, ecological damage, Health hazard, the abuse of agricultural chemicals on gourd, fruit and vegetable particularly, except destroying natural, ecological, also directly cause the multiplication of food poisoning and cancer incidence, become the great social concern that influences human survival and sustainable development.Therefore seeking the agricultural-food production that novel technique means guarantees green non-pollution, is the common active demands of people.
Present stage, sterilization product and method that people extensively adopt mainly comprise: products such as pressuresteam sterilization, dry sterilization, disinfection by ultraviolet light, formaldehyde, eo sterilization, ozone, glutaraldehyde, Peracetic Acid, hydrogen peroxide, dioxide peroxide, ethanol.
Though these products are effective, all have certain limitation.For example:
That pressuresteam sterilization can only be used for is high temperature resistant, the medicine equipment of anti-high humidity and the sterilization of article;
Dry sterilization can only be for the sterilization that does not damage, never degenerates, do not evaporate article under the high temperature; Be used for the not sterilization of the apparatus of moisture-proof heat; Be used for the sterilization that steam or gas can not penetrate article, as the sterilization of goods such as glass, grease, pulvis and metal;
Ultraviolet ray is usually used in the sterilization of room air, body surface and water and other liquid, and ultraviolet ray is stronger to the penetration power of air, and the microorganism that is suspended in air, liquid or is deposited on body surface is had killing action.But its sterilizing power is relevant with indoor temperature, humidity, degree of cleaning, quartz burner function size, irradiation time, spatial volume size etc.Indoor humidity is big, temperature is low, the dustiness height all can make its sterilizing power weaken in the air, and some virus, brood cell are acted on relatively poor, so can only be applicable to the sterilizing air of general ward.And sterilisation effect influences by flow of personnel easily, the weak point of holding time, and often sterilize just can keep clean.
Though formaldehyde has killing action to all microorganisms, comprise bacterial propagule, gemma, fungi and virus, formaldehyde is residual to have carcinogenic influence to the people.
The ethylene oxide gas sterilizing power is strong, fungicidal spectrum is wide, can kill various microorganisms and comprise bacterial spore, belong to disinfectant, but oxyethane is inflammable and explosive, and all there are certain safety problem in use, storage.
Ozone is a kind of wide-spectrum bactericide, but kill vegetative forms of bacteria and gemma, virus, fungi etc., and can destroy Toxins, botulin, and the ozone stable extreme difference can be decomposed into oxygen at normal temperatures voluntarily.So ozone can not bottledly be stocked, can only situ production, use immediately.
Though glutaraldehyde has germicidal action efficiently.But disinfecting time is long, life-time service forms harmful microbial film at disinfecting apparatus easily, and cuts and can produce hormesis to organs such as operation user of service's respiratory system, skin mucosa, even brings infection, cause allergic symptoms such as asthma, cause for user of service's health and have a strong impact on.
Peracetic Acid belongs to disinfectant, has wide spectrum, efficient, low toxicity, metal and fabric are corrosive, and is subjected to organic substance influence big, characteristics such as poor stability
Hydrogen peroxide belongs to high effect disinfectants, have wide spectrum, efficient, quick-acting, nontoxic, metal and fabric are corrosive, be subjected to organic substance influence big, pure product good stability, characteristics such as diluent instability.
Dioxide peroxide belongs to high effect disinfectants, has wide spectrum, efficient, quick-acting germicidal action.Metal is corrosive, fabric is had bleaching action, sterilisation effect is subjected to the far-reaching characteristics of organism, chlorine dioxide activation liquid and diluent instability.
Chlorine-containing disinfectant belongs to high effect disinfectants, has wide spectrum, efficient, low toxicity, the strong impulse smell is arranged, metal is corrosive, and fabric is had bleaching action, is subjected to organic substance influence very big, characteristics such as thimerosal instability.
Ethanol belongs to middle effect disinfectants, have middle effect, quick-acting, nontoxic, to mucocutaneous pungency is arranged, to the metal non-corrosiveness, be subjected to characteristics such as organic substance influence is very big, volatile, instability
Characteristics such as Iodophor belongs to middle effect disinfectants, has middle effect, quick-acting, low toxicity, to the mucocutaneous non-stimulated xanthochromia that there is no, and divalent metals such as copper, aluminium, carbon steel are corrosive, and is subjected to organic substance influence very big, and stability is bad.
Be extensive use of at present various sterilizing agents and sterilization method and all have certain limitation in various degree, therefore, in actual use, people are seeking green, environmental protection and sterilized product efficiently always.
The utility model content
The utility model is exactly some problem and shortage that exist at existing various sterilizing agents and the wash disinfection mode that disappears, design adopts electric work to replace the routine disinfection agent by acid electrolyzed functional water, to medical administration and organisation, chemical defence epidemic prevention department, agricultural planting cultivation and livestock and poultry cultivation field, food-processing and public food and drink, drinking-water beverage and drinks are brewageed, family prevention and raising pets, public transport and collective environment facility, banking and insurance business, the related equipment in fields such as school lunch service and hotel service, equipment, article, facility, environment thing table and personnel etc. carry out cleaning and sterilizing, particularly use electric work energy acid electrolyzed functional water to the related equipment in above-mentioned field, equipment, article, facility, environment thing table and personnel etc. carry out the system and device of cleaning and sterilizing.
Electric work can acid electrolyzed functional water be a kind of higher redox potential that has, lower pH value contains the brine electrolysis of certain density available chlorine, and it is a kind of water white liquid, have the effect of stronger oxidisability and killing microorganisms, various microorganisms are had stronger killing action.Have the speed of killing fast, safe and reliable, do not stay residual hazard, be conducive to characteristics such as environmental protection, can also be reduced into ortho-water after the effect, do not pollute the environment and cause public hazards, the significant advantage of having compared with traditional use chemostefilant method of disinfecting.
The utility model provide a kind of use electric work can acid electrolyzed functional water to medical administration and organisation, chemical defence epidemic prevention department, agricultural planting cultivation and livestock and poultry cultivation field, food-processing and public food and drink, drinking-water beverage and drinks is brewageed, related equipment, equipment, article, facility, environment thing table and the personnel etc. in family prevention and fields such as raising pets, public transport and collective environment facility, banking and insurance business, school lunch service and hotel service carry out the system and device of cleaning and sterilizing.
The utility model provides a kind ofly uses the system and device that electric work can acid electrolyzed functional water carries out cleaning and sterilizing, the preparation facilities that comprises electric work energy acid electrolyzed functional water, store handling equipment and cleaning sterilizing device, the preparation facilities of described electric work energy acid electrolyzed functional water comprises preposition water treatment device 1, the electrolysis integrating device, control device 19, electrolytic agent strength of solution setting device 17, electrolytic agent circulation supply equipment 18, sour water discharge setting device 2 and flow detector 3, alkaline water discharge setting device 4 and flow detector 5, the proofing unit 11 of sour water water outlet physical and chemical index, automatic flushing device 20; Described sour water discharge setting device 2 and alkaline water discharge setting device 4 adopt motor-driven control valve or manual modulation valve; Described sour water discharge proofing unit 3 and alkaline water discharge proofing unit 5 are flow sensor; The structure that described electrolysis integrating device adopts anolyte compartment 6, cathode compartment 7 and Room 10 3, electrolytic agent chamber to separate, electrolytic agent chamber 10 is positioned at the centre of anolyte compartment 6 and cathode compartment 7, separate with anion membrane 8 between electrolytic agent chamber 10 and the anolyte compartment 6, separate with cation membrane 9 between electrolytic agent chamber 10 and the cathode compartment 6, the battery lead plate that electrolysis is used lays respectively at anolyte compartment 6 and cathode compartment 7 inside; One end of described sour water discharge setting device 2 and alkaline water discharge setting device 4 is connected with preposition water treatment device 1, the other end of sour water discharge setting device 2 is connected with the water inlet of anolyte compartment 6 through sour water discharge proofing unit 3, the other end of alkaline water discharge setting device 4 is connected with the water inlet of cathode compartment 7 through alkaline water discharge proofing unit 5, the water outlet of anolyte compartment 6 connects acid electrolyzed functional water physical and chemical index proofing unit 11, enter sour water device for storing liquid 12 behind the water outlet process acid electrolyzed functional water physical and chemical index proofing unit 11 of anolyte compartment 6, the water outlet of cathode compartment 7 directly enters alkaline water device for storing liquid 14, alkaline water in sour water in the sour water device for storing liquid 12 and the alkaline water device for storing liquid 14 is delivered to cleaning and sterilizing equipment 16 through sour water e Foerderanlage 13 and alkaline water e Foerderanlage 15 respectively, is used for different applied environments and application are carried out the cleaning and sterilizing processing.
Described cleaning sterilizing device is boosting jet device, mop pool, droping irrigating pipe, irrigation pipe, flusher, spraying plant, hand washing sink, hand washer, washbowl, one or more the combination in washing machine, sterilized water tap, disinfection tank, vegetable sink, cleaning and sterilizing pond automatically.
The proofing unit of described sour water water outlet physical and chemical index is one or more combination of effective chlorine density sensor, conductivity sensor, dissolved oxygen concentration sensor, chlorine ion concentration sensor, ORP sensor and pH sensor.
Described storage handling equipment comprises sour water storing unit 12, alkaline water storing unit 14, sour water e Foerderanlage 13, alkaline water e Foerderanlage 15.
Described automatic flushing device 20 is to use the scavenging solution of barreled the incrustation scale in the electrolysis integrating device to be carried out the wash cycles mechanism of regularly cleaning automatically, they can adopt any water pump in surge pump, volume pump, magnetic drive pump, submersible pump, the sea-water pump, by water pump scavenging solution is flowed at anolyte compartment 6 and cathode compartment 7 internal recycle of electrolyzer, to remove the incrustation scale that is attached on ionic membrane and the battery lead plate;
The utility model provides a kind of method that electric work energy acid electrolyzed functional water carries out cleaning and sterilizing of using, comprise according to different Application Areass, different applied environment and different applications, can set in advance the sour water water outlet physical and chemical index that needs and require and the requirement of sour water water production rate, the sour water that utilization produces carries out cleaning and sterilizing to related equipment, equipment, article, facility, environment thing table and the personnel etc. of every field.This mainly realizes by control device.
Control device sets in advance desired sour water water outlet physical and chemical index with different applications and requires and the requirement of sour water water production rate according to different Application Areass, different applied environments, control device at first passes through the feed rate of adjustment of acidity water discharge, alkaline water discharge and electrolytic agent solution, make sour water water outlet physical and chemical index reach the requirement of setting, then sour water discharge is measured, reach until continuous data till the sour water water production rate requirement of setting.Wherein the feed rate of electrolytic agent solution mainly realizes by the supply of control electrolytic agent strength of solution setting device to the electrolytic agent circulation supply equipment.
Description of drawings
Fig. 1 is a kind of schematic block diagram that electric work energy acid electrolyzed functional water carries out the system and device of cleaning and sterilizing of using of the present utility model;
Fig. 2 is the control flow chart that generation of the present utility model meets the electric work energy acid electrolyzed functional water of application requiring.
Description of reference numerals
The preposition water treatment device of 1-; 2-sour water discharge setting device; 3-acidic aqueous stream amount detecting device; 4-alkaline water discharge setting device; 5-alkaline water flow detector; The 6-anolyte compartment; The 7-cathode compartment; The 8-anionic membrane; The 9-cationic membrane; 10-electrolytic agent chamber; 11-acid electrolyzed functional water physical and chemical index proofing unit; 12-sour water storing unit; 13-sour water e Foerderanlage; 14-alkaline water storing unit; 15-alkaline water e Foerderanlage; The 16-cleaning sterilizing device; 17-electrolytic agent strength of solution setting device; 18-electrolytic agent circulation supply equipment; The 19-control device; The 20-automatic flushing device.
Embodiment
Below in conjunction with drawings and Examples the utility model is further described.
Preposition water treatment device 1 in the utility model can make up adjustment according to different water quality conditions, and preposition water treatment device 1 can be the combination of one or more devices of common filtration unit, softening installation, ultra-filtration equipment, nanofiltration device, reverse osmosis unit.General for the municipal tap water that meets the tap water requirement, only need common filtration unit and softening installation to handle and can reach requirement.After tap water is handled through preposition water treatment device, enter anolyte compartment 6, enter cathode compartment 7, enter in the electrolytic agent chamber 10 through electrolytic agent strength of solution setting device 17 and electrolytic agent circulation supply equipment 18 through alkaline water discharge setting device 4 and flow detector 5 through sour water discharge setting device 2 and flow detector 3 respectively.
Sour water and alkaline water that electrolysis produces are delivered to sour water device for storing liquid 12 and alkaline water device for storing liquid 14 respectively, and acid electrolyzed functional water physical and chemical index proofing unit 11 wherein is installed between sour water device for storing liquid 12 and anolyte compartment's water outlet.Stored sour water and alkaline water are delivered to cleaning and sterilizing equipment 16 through sour water e Foerderanlage 13 and alkaline water e Foerderanlage 15 respectively, are used for different applied environments and application are carried out the cleaning and sterilizing processing.Come above-mentioned various device is carried out unified scheduling and coordination by control device 19, to guarantee the smooth and easy orderly of whole flow process.
The proofing unit 11 of the sour water water outlet physical and chemical index in the utility model comprises one or more sensors, and they can be one or more combinations of effective chlorine density sensor, conductivity sensor, dissolved oxygen concentration sensor, chlorine ion concentration sensor, ORP sensor and pH sensor.
Cleaning sterilizing device 16 in the utility model can be the different device that carries out cleaning and sterilizing for the distinct device at different Application Areass, different applied environment and different application, and they can be boosting jet device, mop pool, droping irrigating pipe, irrigation pipe, flusher, spraying plant, hand washing sink, hand washer, washbowl, one or more the combination in washing machine, sterilized water tap, disinfection tank, vegetable sink, cleaning and sterilizing pond automatically.
Automatic flushing device 20 in the utility model is to use the scavenging solution of barreled the incrustation scale in the electrolysis integrating device to be carried out the wash cycles mechanism of regularly cleaning automatically.They can adopt any water pump in surge pump, volume pump, magnetic drive pump, submersible pump, the sea-water pump, by water pump scavenging solution are flowed at anolyte compartment 6 and cathode compartment 7 internal recycle of electrolyzer, to remove the incrustation scale that is attached on ionic membrane and the battery lead plate.
The structure that electrolysis integrating device in the utility model adopts anolyte compartment 6, cathode compartment 7 and Room 10 3, electrolytic agent chamber to separate, electrolytic agent chamber 10 is positioned at the centre of anolyte compartment 6 and cathode compartment 7, separate with anion membrane 8 between electrolytic agent chamber 10 and the anolyte compartment 6, divide 9 to separate with cation membrane between electrolytic agent chamber 10 and the cathode compartment 7, the battery lead plate that electrolysis is used lays respectively at anolyte compartment 6 and cathode compartment 7 inside.The hydroxide ion that can guarantee chlorion in the electrolytic agent chamber 10 and trace like this sees through anion membrane 8 and enters anolyte compartment 6, at battery lead plate electrochemical reaction takes place and generates compositions such as reactive chlorine with disinfection ability and active oxygen; And the hydrogen radical ion of the sodium ion in the electrolytic agent chamber 10 and trace enters cathode compartment 7 through cation membrane 9, at battery lead plate electrochemical reaction takes place and generates the sodium hydroxide solution with washing clean effect.The structure that this three Room separate can reduce the ion of anolyte compartment and cathode compartment crosstalks, and improves the transformation efficiency of electrolytic agent, guarantees physical and chemical index and the sterilization effect of the acid electric function water that the anolyte compartment produces.
Control device 19 in the utility model is mainly born the assurance of acid electric function water physical and chemical index, metering, electrolytic agent preparation and the execution of supplying with, cleaning automatically and the conveying of electric function water etc. of water production rate.After the sour water water outlet physical and chemical index that needs be set require to require with the sour water water production rate, control device 19 is at first by adjustment of acidity water discharge, alkaline water discharge and electrolytic agent feed rate, and be adjusted to the voltage and current of electrolysis integrating device power supply, make sour water water outlet physical and chemical index reach the requirement of setting, then sour water discharge is measured, reach until continuous data till the sour water water production rate requirement of setting.
According to an embodiment of utility model, Fig. 2 has provided the control flow chart that electric work that generation that control device 19 carries out meets application requiring can acid electrolyzed functional water.
At step S10, the application of beginning electric work energy acid electrolyzed functional water is prepared, and the start-up system operation is prepared.
At step S20, according to the characteristics of institute's application industry the physical and chemical index data that electric work can acid electrolyzed functional water are set, and according to the real needs amount water usage data that electric work can acid electrolyzed functional water are set, system starts.
At step S30, control device 19 is according to the physical and chemical index data of the electric work energy acid electrolyzed functional water that arranges, come adjustment of acidity water discharge, alkaline water discharge and electrolytic agent feed rate according to certain control method, and be adjusted to the voltage and current that the electrolysis integrating device is powered, make sour water water outlet physical and chemical index reach the requirement of setting.Wherein, control method can determine by a large amount of experiments in early stage, and for example, when needs produced the sour water of pH value scope between 2.0～3.0, general requirement sour water discharge was less than or equal to alkaline water discharge; When needs produced the weakly acidic water of pH value scope between 4.5～6.5, general requirement sour water discharge was more than or equal to alkaline water discharge; When needs produced the weakly acidic water of pH value scope between 6.5～7.5, general requirement sour water discharge was greater than alkaline water discharge.Therefore, at step S30, control device 19 is according to the physical and chemical index data of the electric work energy acid electrolyzed functional water that arranges, generally at first make it to remain on a certain fixed numbers by adjustment of acidity water discharge, according to the pH value scope is set then and regulates alkaline water discharge, the voltage and current of re-adjustment electrolytic agent feed rate and power supply according to above-mentioned rule.
At step S40, control device 19 detects the physical and chemical index data of electric work energy acid electrolyzed functional water water outlet.
At step S50, control device 19 carries out judgment processing according to the comparative result of the sour water physical and chemical index data that arrange among the physical and chemical index data of the sour water water outlet that detects among the step S40 and the step S20, when the sour water physical and chemical index data consistent of the physical and chemical index data of the sour water water outlet that detects and setting, enter step S60, otherwise then return step S30.
At step S60, control device 19 calculates the accumulative total water production rate of sour water according to sour water discharge.
At step S70, control device 19 carries out judgment processing according to the comparative result of the sour water water usage data that arranges among the accumulative total water production rate that calculates sour water among the step S60 and the step S20, when the sour water water usage data of the accumulative total water production rate data of the sour water that detects and setting is consistent, enter step S80, otherwise then return step S30.
Step S80, system works finishes, and system stops.
Arranging of sour water water outlet physical and chemical index and water consumption can be operated flexibly according to different sector application demands, such as brewageing the cleaning and sterilizing in field to being used for drinking-water beverage and drinks, the sour water water outlet physical and chemical index and the sour water water production rate scope that need can be set to be respectively: the pH value: 2.0～3.0, ORP 〉=1000mv, available chlorine are 10ppm～30ppm, the sour water water production rate: 1000 liters/hour～4000 liters/hour.
To the cleaning and sterilizing that is applied to fields such as medical and health organization, chemical defence epidemic prevention department the sour water water outlet physical and chemical index and the sour water water production rate scope that need can be set is respectively: the pH value: 2.0～3.0, ORP 〉=1000mv, available chlorine are 50ppm～70ppm, the sour water water production rate: 500 liters/hour～2000 liters/hour.
To being applied to the disinfection in fields such as agricultural planting cultivation, livestock and poultry cultivation field, food-processing and public food and drink, the sour water water outlet physical and chemical index and the sour water water production rate scope that need can be set to be respectively: pH value: 4.5～6.5, ORP 〉=900mv, available chlorine 〉=30ppm, sour water water production rate: 1000 liters/hour～4000 liters/hour.
To being applied to the disinfection in fields such as family prevention and raising pets, public transport and collective environment facility, banking and insurance business, school lunch service and hotel service, the sour water water outlet physical and chemical index and the sour water water production rate scope that need can be set to be respectively: pH value: 5.5～7.5, ORP 〉=850mv, available chlorine 〉=30ppm, sour water water production rate: 1000 liters/hour～4000 liters/hour.
Next the concrete using method of disinfection system device of the present utility model is described by concrete example.
Example 1: electric work can the application of acid electrolyzed functional water aspect agricultural planting
Adopt electric work to carry out the seed pre-treatment by acid electrolyzed functional water, can effectively improve disease resistance ability in seedling rate and the process of growth; Electric work can partly replace the disease and pest in the agricultural chemicals control growing process to take place by acid electrolyzed functional water;
In the fruits and vegetables planting process, electricity consumption function acid electrolyzed functional water sprays processing to fruit, can effectively prevent disease and insect pest, and effectively prolongation is born fruit the phase;
Utilize electric work can partly replace chemical fertilizer by alkaline ion water sprinkling plant materials, increase soil fertility, guarantee the nuisanceless of agricultural-food;
The daily sterilization that utilizes electric work energy acid electrolyzed functional water to carry out in the food crop process of growth is managed, the daily sterilization management in vegetables, the fruit process of crop growth;
Utilize that electric work can acid electrolyzed functional water carries out grain, fruits and vegetables are disinfected postpartum, can prevent that disease from entering production or consumption link with product, the assurance food origin disease can not propagated by fruits and vegetables, can effectively kill the fruit and vegetable surfaces pathogenic microorganism and cause rotten rotten mould, effectively improve the agricultural products fresh-keeping time.
Find through a large amount of experiments, after electricity consumption functional ionic water is handled bud colza, can significantly promote the growth of bud dish, but the growth result data of the bud dish behind the electric work energy ionized water of the different physical and chemical indexs of contrast use find that the action effect that electric work energy subacidity ionized water promotes the bud dish to grow is the most obvious.
When carrying out disinfection sterilization to the chicken coop air in the poulty house, electricity consumption functional ionic water finds, electric work can subacidity ionized water the sterilization effect of air in the hen house obviously is better than ' hundred poisonings ', chemostefilant such as ' peace is killed ', various breeding facilities in the poulty house also had sterilisation effect preferably, can not produce any corrosive nature, meat chicken production performance is not had any detrimentally affect yet.
Therefore when the disinfection that electric work energy ionized water is used for such as fields such as agricultural planting cultivation, livestock and poultry cultivation field, food-processing and public food and drink, the sour water water outlet physical and chemical index that needs can be set is: the pH value: 4.5～6.5, ORP 〉=900mv, available chlorine 〉=30ppm arrange the water production rate demand of sour water according to the actual demand situation of on-the-spot water consumption.
Such as the field conditions at above-mentioned field, we arrange sour water water outlet physical and chemical index and are: the pH value is 6.0, ORP is that 950mv, available chlorine are that the water production rate of 30ppm, sour water is 1000 liters/hour.
Set the sour water water outlet physical and chemical index data and sour water water production rate data of above-mentioned requirements by control device 19 when us after, control device at first passes through the feed rate of adjustment of acidity water discharge, alkaline water discharge and electrolytic agent solution, and be adjusted to the voltage and current of electrolysis integrating device power supply, make sour water water outlet physical and chemical index reach the requirement of setting, then sour water discharge is measured, reach until continuous data till the sour water water production rate requirement of setting.Wherein the feed rate of electrolytic agent solution mainly realizes by the supply of control electrolytic agent strength of solution setting device to the electrolytic agent circulation supply equipment.
Concrete steps are as follows:
The first step: control device adjustment of acidity water discharge setting device 2, alkaline water discharge setting device 4 and electrolytic agent circulation supply equipment 18, and be adjusted to the voltage and current that the electrolysis integrating device is powered.
Second step: detection of acidic water water outlet physical and chemical index and sour water flow data.
The 3rd step: according to the detection numerical value of sour water water outlet physical and chemical index, establish the adjusting measure.
The 4th step: judge that whether the sour water flow data of producing reach the acid electrolyzed functional water water usage data that sets in advance, if reaching the water consumption that sets in advance requires then halt system work, otherwise return the first step.
Regulate repeatedly, detect and compare the electric work that just can reach the physical and chemical index that requires can subacidity ionized water and water consumption requirement by above-mentioned.
Example 2: electric work energy acid electrolyzed functional water is in the application of medical field
Electric work can particularly obtain using widely in the unit such as digestive endoscopy, skin burn or ulcer, oral cavity, Operation theatre, ICU ward and sterilization supply center of hospitals at different levels in medical industry by acid electrolyzed functional water at present.
In traditional digestive endoscopy decontamination, the general glutaraldehyde that adopts is come disinfection, using glutaraldehyde to disinfect the wall scroll scope time is 10～40 minutes, and use electric work the acid electrolyzed functional water disinfection only to need 3～5 minutes, can accelerate disinfecting time and the scope frequency of usage of scope so greatly, make purchasing quantity and can reducing about 30-50% of hospital's scope.
Simultaneously electric work can acid electrolyzed functional water to non-stimulated, the nontoxic pair effect of operator, need not take safeguard procedures when preparation, sterilization, avoid operator to cause injury to health because of the life-time service glutaraldehyde.
Use electric work can acid electrolyzed functional water skin burn or ulcer wound surface to be washed or soak and can effectively prevent and control traumatic infection, effectively kill pathogenic bacterium such as the streptococcus aureus that easily causes traumatic infection, Pseudomonas aeruginosa, effectively avoid using containing the transformation reactions that heavy metal disinfecting drug or chemostefilant cause, avoid excessively using sensitive antibiotic cause the surface of a wound local produce resistance and increase the weight of infect.
Use electric work can acid electrolyzed functional water be applied to sterilize environment body surface, medical personnel and patient's the hand of supply center, ICU ward and Operation theatre and the cleaning and sterilizing of skin mucosa, all kinds of instruments and equipment sanitary equipment etc. to handle.
Because medical industry particularly numerous, the kinds of Diseases of the patient of hospitals at different levels and pathogenic bacterium quantity complexity is various, the cleaning and sterilizing that therefore uses electric work can acid electrolyzed functional water to be applied to fields such as medical and health organization, chemical defence epidemic prevention department can arrange the sour water water outlet physical and chemical index scope that needs and be respectively: the pH value: 2.0～3.0, ORP 〉=1000mv, available chlorine are 50ppm～70ppm.The sour water water production rate can arrange according to the actual demand situation of on-the-spot water consumption.
Such as the field conditions at above-mentioned field, we arrange sour water water outlet physical and chemical index and are: the pH value is 2.8, ORP is that 1150mv, available chlorine are that the water production rate of 60ppm, sour water is 1000 liters/hour.
Equally, set the sour water water outlet physical and chemical index data and sour water water production rate data of above-mentioned requirements by control device 19 when us after, control device at first passes through the feed rate of adjustment of acidity water discharge, alkaline water discharge and electrolytic agent solution, and be adjusted to the voltage and current of electrolysis integrating device power supply, make sour water water outlet physical and chemical index reach the requirement of setting, then sour water discharge is measured, reach until continuous data till the sour water water production rate requirement of setting.Wherein the feed rate of electrolytic agent solution mainly realizes by the supply of control electrolytic agent strength of solution setting device to the electrolytic agent circulation supply equipment.
Concrete steps are as follows:
The first step: control device adjustment of acidity water discharge setting device 2, alkaline water discharge setting device 4 and electrolytic agent circulation supply equipment 18, and be adjusted to the voltage and current that the electrolysis integrating device is powered.
Second step: detection of acidic water water outlet physical and chemical index and sour water flow data.
The 3rd step: according to the detection numerical value of sour water water outlet physical and chemical index, establish the adjusting measure.
The 4th step: judge whether the sour water flow data of producing reach the acid electrolyzed functional water water usage data that sets in advance if reaching the water consumption that sets in advance requires then halt system work, otherwise return the first step.
Regulate repeatedly, detect and compare the electric work that just can reach the physical and chemical index that requires can acid electrolyzed functional water and water consumption requirement by above-mentioned.
Claims (4)
1. use the system and device that electric work energy acid electrolyzed functional water carries out cleaning and sterilizing for one kind, the preparation facilities that comprises electric work energy acid electrolyzed functional water, store handling equipment and cleaning sterilizing device, it is characterized in that: the preparation facilities of described electric work energy acid electrolyzed functional water comprises preposition water treatment device (1), the electrolysis integrating device, control device (19), electrolytic agent strength of solution setting device (17), electrolytic agent circulation supply equipment (18), sour water discharge setting device (2) and flow detector (3), alkaline water discharge setting device (4) and flow detector (5), the proofing unit (11) of sour water water outlet physical and chemical index, automatic flushing device (20); Described sour water discharge setting device (2) and alkaline water discharge setting device (4) adopt motor-driven control valve or manual modulation valve; Described sour water discharge proofing unit (3) and alkaline water discharge proofing unit (5) are flow sensor; The structure that described electrolysis integrating device adopts anolyte compartment (6), cathode compartment (7) and Room (10) three, electrolytic agent chamber to separate, electrolytic agent chamber (10) is positioned at the centre of anolyte compartment (6) and cathode compartment (7), separate with anion membrane (8) between electrolytic agent chamber (10) and anolyte compartment (6), separate with cation membrane (9) between electrolytic agent chamber (10) and the cathode compartment (6), the battery lead plate that electrolysis is used lays respectively at anolyte compartment (6) and cathode compartment (7) inside; One end of described sour water discharge setting device (2) and alkaline water discharge setting device (4) is connected with preposition water treatment device (1), the other end of sour water discharge setting device (2) is connected with the water inlet of anolyte compartment (6) through sour water discharge proofing unit (3), the other end of alkaline water discharge setting device (4) is connected with the water inlet of cathode compartment (7) through alkaline water discharge proofing unit (5), the water outlet of anolyte compartment (6) connects acid electrolyzed functional water physical and chemical index proofing unit (11), enter sour water device for storing liquid (12) behind the water outlet process acid electrolyzed functional water physical and chemical index proofing unit (11) of anolyte compartment (6), the water outlet of cathode compartment (7) directly enters alkaline water device for storing liquid (14), alkaline water in sour water in the sour water device for storing liquid (12) and the alkaline water device for storing liquid (14) passes through sour water e Foerderanlage (13) respectively and alkaline water e Foerderanlage (15) is delivered to cleaning and sterilizing equipment (16), is used for different applied environments and application are carried out the cleaning and sterilizing processing.
2. a kind ofly according to claim 1 use the system and device that electric work can acid electrolyzed functional water carries out cleaning and sterilizing, it is characterized in that described cleaning sterilizing device is boosting jet device, mop pool, droping irrigating pipe, irrigation pipe, flusher, spraying plant, hand washing sink, hand washer, washbowl, one or more the combination in washing machine, sterilized water tap, disinfection tank, vegetable sink, cleaning and sterilizing pond automatically.
3. a kind ofly according to claim 1 use the system and device that electric work can acid electrolyzed functional water carries out cleaning and sterilizing, the proofing unit that it is characterized in that described sour water water outlet physical and chemical index is one or more combination of effective chlorine density sensor, conductivity sensor, dissolved oxygen concentration sensor, chlorine ion concentration sensor, ORP sensor and pH sensor.
4. a kind ofly according to claim 1 use the system and device that electric work can acid electrolyzed functional water carries out cleaning and sterilizing, it is characterized in that described automatic flushing device (20) is to use the scavenging solution of barreled the incrustation scale in the electrolysis integrating device to be carried out the wash cycles mechanism of regularly cleaning automatically, they can adopt any water pump in surge pump, volume pump, magnetic drive pump, submersible pump, the sea-water pump, by water pump scavenging solution is flowed at anolyte compartment (6) and cathode compartment (7) internal recycle of electrolyzer, to remove the incrustation scale that is attached on ionic membrane and the battery lead plate.
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| CN 201220725237 CN203112632U (en) | 2012-12-26 | 2012-12-26 | System device utilizing electrical functional acid ionized water to perform cleaning and disinfecting |
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Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103083697A (en) * | 2012-12-26 | 2013-05-08 | 王玉华 | System and method for cleaning and sterilizing by using acidic electrolyzed water with electric function |
| CN105417639A (en) * | 2015-12-11 | 2016-03-23 | 东莞市腾明电子设备有限公司 | Ion power washing machine |
| CN106007109A (en) * | 2016-05-26 | 2016-10-12 | 广州市艾生维医药科技有限公司 | Preparation method and preparation device of acidic water |
| CN106977022A (en) * | 2017-04-16 | 2017-07-25 | 重庆七口泉环保科技有限公司 | A kind of strong basicity is electrolysed water production system |
| CN107055698A (en) * | 2017-04-16 | 2017-08-18 | 重庆七口泉环保科技有限公司 | A kind of strong basicity electrolytic water generating device of control concentration of electrolyte |
| CN107055699A (en) * | 2017-04-16 | 2017-08-18 | 重庆七口泉环保科技有限公司 | A kind of strong basicity electrolytic water generating device of control electrolyte temperature |
| CN107417306A (en) * | 2017-09-14 | 2017-12-01 | 江油市微生物技术应用研究院 | A kind of preparation method and equipment for being electrolysed agricultural water fertilizer |
| CN108624902A (en) * | 2017-03-20 | 2018-10-09 | 佛山市顺德区美的电热电器制造有限公司 | Cooking apparatus and sterilization control method |
| CN111793532A (en) * | 2020-07-29 | 2020-10-20 | 南通大学附属医院 | Method for removing fetal fat in cesarean section |
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- 2012-12-26 CN CN 201220725237 patent/CN203112632U/en not_active Expired - Lifetime
Cited By (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103083697A (en) * | 2012-12-26 | 2013-05-08 | 王玉华 | System and method for cleaning and sterilizing by using acidic electrolyzed water with electric function |
| CN103083697B (en) * | 2012-12-26 | 2016-03-30 | 王玉华 | A kind ofly apply the system and method that Electricity Functional acid electrolyzed functional water carries out cleaning and sterilizing |
| CN105417639A (en) * | 2015-12-11 | 2016-03-23 | 东莞市腾明电子设备有限公司 | Ion power washing machine |
| CN106007109A (en) * | 2016-05-26 | 2016-10-12 | 广州市艾生维医药科技有限公司 | Preparation method and preparation device of acidic water |
| CN108624902A (en) * | 2017-03-20 | 2018-10-09 | 佛山市顺德区美的电热电器制造有限公司 | Cooking apparatus and sterilization control method |
| CN108624902B (en) * | 2017-03-20 | 2020-06-26 | 佛山市顺德区美的电热电器制造有限公司 | Cooking appliance and sterilization control method |
| CN106977022A (en) * | 2017-04-16 | 2017-07-25 | 重庆七口泉环保科技有限公司 | A kind of strong basicity is electrolysed water production system |
| CN107055698A (en) * | 2017-04-16 | 2017-08-18 | 重庆七口泉环保科技有限公司 | A kind of strong basicity electrolytic water generating device of control concentration of electrolyte |
| CN107055699A (en) * | 2017-04-16 | 2017-08-18 | 重庆七口泉环保科技有限公司 | A kind of strong basicity electrolytic water generating device of control electrolyte temperature |
| CN106977022B (en) * | 2017-04-16 | 2020-11-27 | 重庆七口泉生物医药科技有限公司 | Strong alkaline electrolyzed water production system |
| CN107417306A (en) * | 2017-09-14 | 2017-12-01 | 江油市微生物技术应用研究院 | A kind of preparation method and equipment for being electrolysed agricultural water fertilizer |
| CN111793532A (en) * | 2020-07-29 | 2020-10-20 | 南通大学附属医院 | Method for removing fetal fat in cesarean section |
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