KR101239145B1 - Device to electrolysis of aquous solution of sodium chloride contained in food waste - Google Patents

Abstract

The present invention is a technology for screening foreign matter in food waste, crushing it, and then injecting it into an electrolytic cell for electrolysis. The electrolyzer 100, the anode residue sorter 200, the electrolytic concentrator 300, the condenser 400, and the power supply Food 500 is contained in the food waste using the apparatus 500, the vacuum pressure control device 600, the gas compressor 700, the oxygen-hydrogen mixed gas storage tank 800, the water-sealed flashback arrestor 900, the mixed gas combustion distributor 950 It removes salt, odors, harmful gases, and moisture. Among them, animal and organic matters are recycled into GR M 9001 by-product fertilizer, which is affiliated with the Ministry of Knowledge Economy. Moisture is polluted by desalted distilled water and oxygen hydrogen gas. Clean energy is generated. 85% moisture in food waste is designed to be suitable for evaporation conditions, so the food waste in contaminated state also becomes steam in the electrolytic cell, and if it is inhaled with a vacuum pump, the air pressure is continuously lowered to desalination with distilled water. Salt (NaCl) is anion during the electrolysis process, Cl ions are transported to the positive electrode by the electric field to be chlorine gas (Cl ₂ ), Na ions are transported to the negative electrode and combined with the hydroxyl group (OH), the positive lye (NaOH) As a device that becomes a resource, the salinity of food waste is 4.04% on average, but up to 0.1% of the waste is desalted by the present invention and is an invention product that is recycled into GR by-product fertilizer, which is the highest quality among by-product compost.

On the other hand, ammonia (NH ₃ ) gas, which is the most serious odor generated from food waste, reacts with hydrochloric acid (HCl) generated from the positive electrode to produce nitrogen chloride fertilizer (NH ₄ Cl), and hydrogenated hydrogen sulfide (smelling garlic). H ₂ S) gas is also removed by electrolysis and converted into hydrogen (H ₂ ) gas and sulfur (S ₂ ), respectively, which are the three major elements of nitrogen fertilizer, the six major elements of sulfur fertilizer and fertilizer. It is made of iron, chlorine, etc., and it becomes a source of food waste, salt, water, odor, harmful gas, and becomes the best organic fertilizer during composting.

By removing the food waste salt, odor and water as described above and the energy and resources of the present invention, the electrolytic cell of the present invention has a cover (60) to seal the vacuum pressure to the outside to escape to the outside and the electrode plate to separate the hydrochloric acid and the lye in the interior 10 and the lower portion of the ferric chloride solution and both lye solution connected to the bottom plate through the anode mud collection tank (200) generated due to overvoltage during the electrolysis process through the electrolytic concentrator (300) When each level is introduced into a predetermined level, the level control electrode 370 operates the power supply unit 500 so that water is generated into the oxygen-hydrogen mixed gas and water vapor and introduced into the condenser.

Salt and water odors are removed during the electrolysis of food waste, animal and vegetable organic matters are the best recycled byproducts, and moisture (H ₂ O) is oxygen (O ₂ ) at the positive electrode and hydrogen (H ₂ ) at the cathode. Energy sources (oxygen mixed gas) are also produced products.

Food Waste, Clean Clean Energy Source, Oxygen Hydrogen Mixture Gas, Methane Gas, Hydrogen Emulsion, Carbonic Acid Gas, Sustainable Flashback Arrestor, Cementate, Ammonium Chloride, Ferric Chloride

Description

DEVICE TO ELECTROLYSIS OF AQUOUS SOLUTION OF SODIUM CHLORIDE CONTAINED IN FOOD WASTE}

NH₃)나 유해가스(유화수소가스

H₂S)등 으로 인해 민원발생이 너무나 심해서 갈 곳이 없는 음식물쓰레기를 전기분해 방법에 의해 수분(H₂O)은 산소수소혼합가스로 전기분해되어 무공해청정에너지원이나, 증류수로 생산되는 발명품이다. 염분은 전기분해에 의해 0.1％이하까지도 탈염이 될 수도 있고, 악취의 대명사인 암모니아가스(NH₃)는 전기분해로 인해 비료의 3대원소인 염화암모늄비료(NH₄Cl)가되고, 마늘 썩은 냄새를 풍기는 유화수소가스(H₂S)도 전기분해에 의해 제거되므로 악취나 유해가스까지도 자원화가 되어 본 발명품에서 나오는 동식물성유기물과 악취, 유해가스는 부산물비료중의 최상급인 지식경제부 소관 GR M (9001-부산물 비료)규격에 합당한 비료가 되어 톱밥이나 기타 팽화제가 전혀 없이 훌륭한 유기질퇴비가 생산된다. 음식물쓰레기에 함유된 염분(NaCl)은 전기분해에서 양극에는 염산이 생산되어 철재양전극판과 화합하여 염화제2철(FeCl₃)용액이 생산되고 음극에서는 양잿물이 생산되므로 이는 산업이나 환경 분야에서 하 폐수처리장에 응집제로 귀중한 자원이 되는 기술이다.The present invention is about 85% water content in food waste, the average salt content of 4.04% (published by Rural Development Administration), odor (ammonia gas

NH ₃ ) or harmful gas (hydrogen gas)

Due to H ₂ S), the civil complaints are so severe that water (H ₂ O) is electrolyzed with oxygen-hydrogen mixed gas by electrolysis method, so it is produced as clean energy source or distilled water. to be. Salinity may be desalted up to 0.1% or less by electrolysis, and ammonia gas (NH ₃ ), synonymous with odor, becomes ammonium chloride fertilizer (NH ₄ Cl), the three major elements of fertilizer by electrolysis, and garlic odor Hydrogen emulsified gas (H ₂ S) is also removed by electrolysis, so even odors or harmful gases become resources, and animal and vegetable organic matters, odors, and harmful gases from the present invention are managed by GRM It is a fertilizer compliant with 9001-by-product fertilizers, producing excellent organic compost with no sawdust or other swelling agents. The salt (NaCl) contained in food waste is produced in the electrolysis by hydrochloric acid at the anode and combined with the iron positive electrode plate to produce ferric chloride (FeCl ₃ ) solution. It is a technology that becomes a valuable resource as a flocculant in a wastewater treatment plant.

The technology so far in this field is currently causing environmental pollution as a serious problem all over the world, and one of the main causes of such environmental pollution is food waste and leachate, salt disturbance and odor emitted from it. Therefore, in order to solve this problem, there is a policy of resource recycling of food waste, which can be roughly divided into composting, feed, solid fuel (RDF), and methane gas energy generation and extinction caused by anaerobic fermentation. However, these methods are certainly not a way to fundamentally solve the serious problems such as salt, water, odor and harmful gases of food waste. Since the water content of food waste is about 85%, it is 70 ~ 75% dehydration process at the primary treatment company, so the desorption liquid generated here is dumped at 45,000 won per ton, and the cake (animal residue) costs 40,000 won per ton. It is entrusted to the compost. However, in case of composting with cake, the concentration of salinity (NaCl) is high, so plant growth disorder due to osmotic phenomenon and Na is replaced with Ca and Mg in the soil, and the grain structure of the soil is destroyed. It is impossible to compost food waste without salt removal as it is formed by oil-sodification, which makes oxygen supply difficult due to poor breathability and drainage and impedes the growth of crops. Carbon dioxide gas (CO ₂ ), the main culprit of the gas, is also generated a lot during the ripening process, and the complaints due to odor are serious and are difficult to process.

In order to solve the problem of salinity, the RDA enacted the process standard with the salinity content of compost below 1%, and to solve this problem, the salt concentration was reduced by mixing and diluting low quality sawdust, sewage sludge, etc. by 70% or more. However, this is due to the increase in the production cost and the deterioration of the quality of the compost to produce another waste rather than compost.

In addition, even in the case of livestock feed, the food waste has a higher salt concentration than the optimum level of salinity (0.3-0.5%) in the food waste, which may cause poisoning of the fed livestock, and the water intake is increased due to thirst. There is a problem in that the amount of excretion of the livestock is increased due to the deterioration of the meat quality or the slowing down of the growth rate. When food waste is recycled as feed, there is a problem because it is necessary to dilute and mix the other sweet food to reduce the salt concentration to 0.3-0.5% and then use it as feed.

In addition, methane gas energy by anaerobic fermentation also impedes the growth of anaerobic microorganisms that are weak to flame resistance, and methane gas generation efficiency is lowered. Severe odor and composting can not avoid the problem of salt concentration.

The problem of marine dumping of the desorption liquid generated from food waste is prohibited by the London Agreement after 2012, and even now, the purity of the desorption liquid must be 90% or higher so that it can be dumped at sea. The situation of dumping offshore by water supply is a serious problem in related industries.

The problem of the prior art about the removal of salt, odor, and water for food waste is that the food waste cake needs to go through maturation process in order to be composted. To be matured, organic matter is decomposed into carbon dioxide and water, and the weight of organic matter is 1/4. As it decreases, the salt content is increased four times, and odor is inevitable.

Therefore, the salt of food waste should be desalted, but the current technology does not have economic feasibility, so it is mixed with sawdust or livestock manure and resourceized. There is no technology that can solve serious problems such as moisture and odor associated with this ripening process. Patent No. 10-0689621, Patent No. 10-0561023 (food waste salt, odor removal and water dehydration device) technology registered in the name of the applicant can produce the best compost, and the odor is also fully solved by ammonium chloride fertilizer However, there is a problem that ocean dumping of dehydrated moisture.

The present invention improves the patent registration No. 10-0689621 (Application No. 2005-0062595) registered in the name of the applicant as described above, the structure of the electrode plate is a metallic separator plate installed between the positive electrode and the negative electrode as shown in FIG. (16), the positive side of the ferric chloride (FeCl ₃ ) is generated, the negative side of the positive lye (NaOH) and hydrogen (H ₂ ) is generated, of which the ferric chloride and both lye is shown in Figure 4 One intermediate plate 120 is discharged to the anode waste collection tank 200 along each of the channels 21 and 22 to collect the anode residue and combine it with chlorine gas to become ferric chloride.

On the other hand, the oxygen mixed gas 3 generated in the electrode plate 10 is sucked into the condenser 400 along the discharge pipe 70 and passes through the distilled hydrogen hydrogen tank 630 and the oxygen hydrogen mixed gas compressor 700 to 15 Kg / cm. ^It is an invention that can produce clean energy by compressing up to ² .

Referring to Figure 1 of the present invention in detail, when looking at the decomposition process of the salt (NaCl) contained in the food waste, the ferric chloride (FeCl ₃ ) is produced at the anode, the anode residue generated by the overvoltage during the electrolytic process ( Along with the drain mud, the solution flows through the outlet valve 255 and into the positive electrode residue collection tank 200. The anode residue of the solution introduced as described above is attached to the electromagnet 241, and only the pure ferric chloride solution flows into the electrolytic concentrator 310, so that the water is separated into oxygen and hydrogen, so that the ferric chloride is concentrated and clean. do.

Looking at the reaction of Na ions in salt (NaCl), Na ions move toward the negative electrode and combine food waste with hydroxyl (OH) produced by electrolysis to form positive lye (NaOH), which is the separator 17 and the negative electrode perforated The solution flows into the positive electrode residue collection tank 200 through the outlet valve 256 along the drainage passage 21 through the plate hole 20b, and the iron and other residues adhere to the electromagnet plate, and only pure sheep lye solution is used in the electrolytic concentrator ( 320, water (H ₂ O) is separated into oxygen and hydrogen to generate a clean source of clean energy, the lye is concentrated. In this way, the introduced solution becomes a resource because of the metallic separator 16 installed between the positive electrode and the negative electrode, the ferric chloride and the sheep lye become a resource.

When each solution introduced into the electrolytic concentrator 300 reaches a predetermined level, the level control sensor 231 is automatically operated to operate the electrolytic concentrators 310 and 320 to produce oxygen-hydrogen mixed gas and increase the temperature. The water seal vacuum pump 651 is operated to maintain 0.5 atm, and the temperature of the solution is increased during the electrolysis process, so that the solution in the electrolytic concentrator is in the vapor state even though only about 60 ° C. is maintained. When passing through and pass through the condenser 400, the water vapor is distilled water is introduced into the distilled hydrogen tank 630, the concentration of the electrolytic concentrator is increased. This is an invention that can be used as industrial water or agricultural water as well as saving 45,000 won per ton of marine dumping costs, and the problems of food waste become pollution-free environmental energy sources and by-products that are useful for industry and the environment.

Salt, odor, toxic gas, a technique of recycling to remove the moisture or the like can eliminate the salts contain about 4.04% to food waste even 0.1%, so animal or vegetable organisms and odors as described above from the food waste (NH ₃₎ The gas is also an ammonium chloride fertilizer, and even harmful gases (H ₂ S) are sulfur fertilizers, the six major elements of hydrogen gas and fertilizers. An average of 85% of moisture is generated as oxygen-hydrogen mixed gas during the electrolysis process, and this gas is a clean source of clean energy. In addition, by using heat and low pressure evaporation generated in this process, the water turns into water vapor, and the water content is lowered to 60-55% or less, which is most suitable for the aging conditions of the by-product compost. It can be used as agricultural industrial water. Therefore, the present invention can achieve the effect of recycling by recycling the food waste from the soil back to the soil that can not be organic composting only by food waste until now. Therefore, the food waste becomes compost according to the Ministry of Knowledge Economy's GR M (9001-by-product fertilizer) standard, and the salt and water contained in the food waste are produced on the negative electrode without sea dumping. The solution is concentrated by flowing into the electrolytic concentrator 300, and the concentrated solution is introduced into both lye solution storage tanks 364 through the lye solution flow adjustment valve 354 to become a resource. In the positive electrode, ferric chloride is produced and the solution flows into the anode residue collection tank 200 through the ferric chloride solution outflow control valve 255. The anode residue is collected in the electromagnet 241, and only pure ferric chloride solution Concentrated in the electrolytic concentrator 310, the concentrated ferric chloride solution is stored in the ferric chloride solution storage tank 363 through the outflow adjustment valve (353). As such, moisture in food waste becomes a desalination and pollution-free clean energy source, and animal and vegetable organic matter becomes a first-class green compost, and thus there is no technology that can achieve 100% resource and energyification. .

The present invention is an apparatus for electrolyzing an aqueous solution of sodium chloride contained in food waste as described in detail the process as follows. After inputting the food waste collected from each municipality or food waste source into the hopper, the foreign material (vinyl, cooking utensils, etc.) is sorted and crushed, and then it is put into the electrolytic cell 100 as shown in FIG. If the electrolysis is performed by supplying a DC power supply after mounting the cover 60 to maintain the vacuum pressure inside, various problems contained in food waste become valuable resources and pollution-free energy sources.

Among various problems contained in food waste, salt (NaCl) is decomposed into Na ions and Cl ions during the electrolysis process. Na ions are positive ions and are transported to the negative electrode, and when they encounter hydroxyl (OH) in the electrolysis process, they become positive lye (NaOH). Cl ions are negative ions and are transported to the positive electrode.

Odor and harmful gases, which are the biggest problems in handling food waste, are the main culprit in civil complaints, and the food waste in the present invention is changed to the highest organic compost. In detail, the odorous ammonia gas (NH ₃ ) is combined with hydrochloric acid generated during the electrolysis of salts to form organic nitrogen chloride fertilizer (NH ₄ Cl), one of the three major elements of fertilizer. Therefore, as odors and harmful gases also participate in the resource-recycling project, we can change the country's wasteland, which has been devastated by chemical fertilizers, into green octopus. do. The implementation process is described in detail as follows. In the first step, after dehydration of food waste, the food waste having 85% moisture content is introduced into the electrolytic cell 100 shown in FIG. 1. Cover the removable cover at the top, close the control valves (352, 255, 256) to increase the vacuum pressure to the electrolytic cell as much as possible to dehydrate much water, and supply DC power to both ends of the power supply (501, 502) Due to the resistivity of the food waste, the temperature in the electrolytic cell can be raised to 60 to 70 ° C. Thereafter, when the submerged vacuum pump 651 is operated, a vacuum pressure is transmitted to the electrolytic cell 100, and when the pressure reaches 0.5 atm, the water contained in the food waste in the electrolytic cell is boiled into a vapor state. By passing through the condenser through the discharge pipe 70 and the control valve 251, the water vapor oxygen mixed gas is returned to the distilled water and the oxygen hydrogen mixed gas is a high purity clean energy source. 540 Kcal per liter is lost by the heat of vaporization in the process of vaporization with steam, so that the vacuum pressure controller 651 is adjusted to maintain a constant temperature with the heat generated by the intrinsic resistance of the power supply control device 500 and food waste. Can be written.

The second step is to remove the salt and open the outflow control valves (352, 255, 256) locked in the previous step.

The ferric chloride (FeCl ₃ ) is produced at the anode by the electrolysis of the salt (NaCl), and then flows through the outlet valve 255 along the drain passage 22 to the electrolytic concentrator 310. On the other hand, in the cathode, Na ions are combined with hydroxyl (OH) ions generated during the electrolysis process to produce both lye, passing through the outlet valve 256 along the lye drainage passage 21, and then passing through the anode waste collection tank 200. It flows into the electrolytic concentrator 320. In this way, the dilute solution introduced into the electrolytic concentrator automatically operates the electrolytic concentrators 310 and 320 when the water level adjusting electrode 231 reaches a constant level, and when the temperature is maintained at 60 to 70 ° C., the vacuum pressure control device 600 and the power supply. The temperature is adjusted by the apparatus 510, 520, which causes a lot of steam to be produced and the concentration of the solution is concentrated. The generated steam and the clean, clean energy source pass through the steam pressure control valve 352 and through the condenser 400 to the distilled hydrogen mixed gas tank 630, the distilled water introduced is used as agricultural industrial water, oxygen hydrogen mixed gas Is an invention that can be an environmentally clean and clean energy source.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. First, in adding reference numerals to the components of each drawing, the same components are denoted by the same reference numerals as much as possible even though they are shown in different drawings. To have. Industrial applicability of the present invention, as shown in Figure 5, if the configuration of the present invention is largely classified food waste electrolyzer 100, removable cover 60, anode waste collection tank 200, electrolytic concentrator 300 ), Condenser (400), distilled hydrogen mixed gas tank (630), sealed vacuum pump (651), vacuum pump secondary cooling water tank (652), vacuum pump primary cooling water / mixed gas tank (653), oxygen hydrogen mixture It consists of a gas compressor 700, a water-sealed flashback arrester 900, a gas combustion distributor 950, an oxygen-hydrogen mixed gas storage tank 800, and the like.

The food waste electrolyzer 100 has a space portion therein and has a hopper-shaped quadrangular shape in which one side is opened, and a plurality of electrode plates 10 as shown in FIG. Food waste storage space is alternately arranged, the lower portion further comprises a solution drainage passage (21, 22), the electrode plate for electrolysis 10 is a pole plate support protrusion support 11 on both side surfaces of the lower Is installed so that they are inserted into the support groove 15 can be separated and detached. In addition, power supply terminals 501 and 502 are installed in the side housing of the food waste electrolytic cell 100, and supply power to the pole plate from the power supply device. The electrode plate 10 for electrolysis receives power from a power supply in a state containing food waste and electrolyzes water and salt contained in the food waste. Moisture is generated by oxygen-hydrogen mixed gas to generate clean, clean energy resources or distilled water. Animal and vegetable organic matter becomes green first-class compost or GR by-product fertilizer from the Ministry of Knowledge Economy, and salt becomes a coagulant resource in wastewater treatment plant with sheep lye and ferric chloride. The ammonia gas in the malodor becomes ammonium chloride fertilizer (NH ₄ Cl). On both sides of the electrolytic cell, there is a rectangular iron support 11 for supporting electrode space, and a rectangular iron support 11 composed of a metallic separator plate 16 having the perforated electrode plates 20a and 20b disposed between the anode, the cathode, and the center. It is attached to both sides and fixed by assembly bolts or welding. Inside, the positive electrode side has ferric chloride (FeCl ₃ ) solution, and the negative side has drainage passages (21, 22) so that both lye flows. .

The electrode plate (FIG. 3) forms a plurality of holes in the negative electrode 20b and the positive electrode 20a to allow the electrolyte to pass therethrough, and attaches a separator 17 to the outside thereof, and the electrode plate 10 for electrolysis. On the lower side (see Fig. 4), both lye and ferric chloride which flowed out through the grooves 121a through 121b along the channels 21 and 22 are passed through the discharge control valves 255 and 256 to allow the solution to flow. Outflow to the waste collection tank 200.

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The separator 17 may be made of various materials. Preferably, the separator 17 may be made of a cloth or non-woven fabric of a fiber material, and the fiber material is to prevent movement of ions and inflow of food waste into the electrode plate.

The food waste electrolytic tank rotating device is a device that rotates the food waste electrolytic tank 180 degrees to discharge the food waste from which water and salt have been removed to the lower side by gravity action, and has a speed reducer in the rotary rod 80 installed in the food waste electrolytic cell 100. 830 is installed to rotate the electrolytic cell 100 by 180 degrees to invert and discharge the food waste that has undergone electrolysis to compost aging.

On the other hand, the electrolytic cell 100 of the present invention, because the electrolytic electrode plate 10 is likely to break individually, in the present invention in order to solve this problem, the electrolytic electrode plate 10 by producing a cartridge type electrolytic cell 100 To facilitate separation or bonding.

Looking at the configuration of the device for this, it is installed to the guide support groove 15 in the food waste electrolytic cell 100, so that the sliding plate is coupled to the guide bar to be equipped with the electrolytic electrode plate (10).

1 is a recycling and clean energy system of food waste of the present invention

2 is a perspective view of an electrolytic concentrator of the present invention

3 is a cross-sectional view and an exploded perspective view of the electrolytic electrode plate of the present invention

Figure 4 is an exploded perspective view of the electrolytic cell resource separation of the present invention

Figure 5 is a plan view of the recycling and clean energy facility by the present invention

* Description of symbols for important parts of the drawings *

1: bubble of hydrogen gas generated from cathode

2: bubble of oxygen gas generated at anode

3: oxygen hydrogen mixed gas

10: electrode plate

11: Iron support for electrode space maintenance

15: groove for electrode plate support

16: Separator installed between anode cathode

16a: groove for separating plate support

17: separator

18: sheep lye solution

19: ferric chloride solution

20a: positive electrode plate hole

20b: hole for negative electrode plate

21: sheep lye solution passage

22: ferric chloride solution passage

28: lye at the bottom of the electrolyzer, ferric chloride separator

60: electrolytic cell sealing cover

70: water vapor oxygen mixed gas discharge pipe in the electrolytic cell

71: water vapor oxygen mixed gas discharge pipe in the electrolytic concentrator

74: pressure sensor in the electrolytic cell

75: temperature sensor in the electrolytic cell

80: electrolytic cell rotating rod

100: food waste electrolyzer

110: food waste electrolytic cell bottom plate

115: electrolytic cell reinforcement support

120: intermediate plate for electrolytic solution separation

121a: ferric chloride solution drain hole at the bottom of the electrode plate

121b: both lye solution drain hole at the bottom of the electrode plate

200: anode waste collection tank

212: silicone sealing for lid sealing

221: level of various equipment

231: level adjustment switch of various equipment

241: electromagnet for collecting the anode residue

242 ferric chloride solution

243: sheep lye solution

251: steam oxygen hydrogen gas mixture valve

255: ferric chloride solution inlet control valve with electrolytic concentrate

256: both lye solution inlet control valve equipped with electrolytic concentrate

300: electrolytic thickener

310: ferric chloride electrolytic concentrate

320: sheep lye solution electrolytic concentrate

330: insulating bolt knot for electrode plate support

340: insulating support for maintaining electrode plate spacing

350: electrolytic electrode plate

352: steam oxygen hydrogen gas mixture valve

353: ferric chloride outflow control valve with electrolytic concentrate

354: both lye solution flow control valve equipped with an electrolytic thickener

360: Bubble Breaking Net

363: ferric chloride solution storage tank

364: both lye solution storage tank

400: Avenger

430: plurality of distilled water

473: cooling plate

474: cooling coil

480: cooling water motor

481 cooling water hose

482: coolant adjustment valve

500: electrolyzer power supply

501: positive electrode terminal of the electrolytic cell

502: negative electrode terminal of the electrolytic cell

510: ferric chloride solution power supply control device

511: positive electrode terminal of the electrolytic concentrator

512: negative electrode terminal of the electrolytic thickener

520: good solution solution

521: positive electrode terminal of the electrolytic thickener

522: negative electrode terminal of the electrolytic thickener

600: vacuum pressure control device

625: distilled water discharge control valve

630: distilled hydrogen mixed gas storage tank

651: sealed vacuum pump

652: vacuum pump secondary coolant

653: vacuum pump primary cooling water oxygen hydrogen mixed gas

660: oxygen hydrogen mixed gas delivery control valve

700: mixed oxygen hydrogen gas compressor

720: oxygen hydrogen gas mixture valve

781: gas pressure gauge

800: oxygen hydrogen mixed gas storage tank

810: mixed gas pressure regulating valve

830: reducer for electrolyzer rotation

840: Electrolyzer moving track facility

850: Green Grade 1 Organic Compost

900: Sudden Flashback Arrestor

950: oxygen hydrogen mixed gas distributor

951: Oxygen Hydrogen Mixed Gas Combustor

Claims (5)

An electrolytic cell 100 in which the food waste storage unit is disposed between the electrode plates 10 for electrolysis; Detachable cover 60 to block the outflow of air to the electrolytic cell 100; A positive electrode debris collection tank 200 into which positive electrode debris including ferric chloride generated at the positive electrode of the electrode plate 10 is introduced; And An electrolytic concentrator 300 into which the ferric chloride from which the anode residue has been removed is removed from the anode residue including the ferric chloride; The electrode plate 10 includes a negative electrode plate perforation hole or a positive electrode plate perforation hole, and the electrolytic decomposition of the aqueous sodium chloride solution contained in the food waste, characterized in that the separator 17 is provided between the food waste storage unit. Device. The method of claim 1, When the solution reaches a certain level by being connected to the electrolytic concentrator 300 via the anode waste collection tank 200 in the bottom plate 110 of the electrolytic cell 100, the level control electrode 231 automatically turns on the power supply units 510 and 520. With a device that can be concentrated by starting with The introduced lye solution and ferric chloride solution are concentrated, The concentrated solution further includes a device stored in the lye solution storage tank and the ferric chloride solution storage tank through the lye solution outflow control valve 354 and the ferric chloride solution outflow control valve 253 A device for electrolyzing an aqueous sodium chloride solution contained in food waste. The method of claim 1, The food waste electrolyzer 100 has a space portion therein, and has a hopper-shaped quadrangular shape in which one side is opened, and the plurality of electrode plates 10 and the food waste storage portion alternately disposed therein are disposed therein. A device for electrolyzing an aqueous solution of sodium chloride contained in food waste. delete delete

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