Micro-electrolysis energy active water and method for preparing the same

Abstract

The application discloses micro-electrolysis energy active water and a preparation method thereof, and comprises the following raw materials in parts by weight: 10-30 parts of quartz sand, 20-40 parts of activated carbon, 5-30 parts of ceramic particles, 7-15 parts of nano silver particles, 5-8 parts of clam stone, 20-80 parts of tourmaline, 1-3 parts of magnesium powder, 2-8 parts of metal powder and 20-50 parts of medical stone. The application has the advantages of good treatment effect, solves the problems of single treatment effect, inconvenient purification of impurities and harmful substances in water, reduced water quality, short service life and increased water treatment cost of the prior art micro-electrolysis energy active water.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of water treatment, in particular to a micro-electrolysis energy active water and a preparation method thereof. BACKGROUND

[0002] Before drinking, water needs to be purified to remove impurities and bacteria in the water. There are many types of drinking water, such as pure water, mineral water and electrolytic water. The preparation of electrolytic water requires the use of an electrolytic water machine. Electrolytic water is ordinary tap water that is first purified to meet national direct drinking water standards, and then through positive and negative electrodes, under the action of electric field energy, the water molecule clusters are dispersed, reduced and rearranged, so that part of the water has a positive potential and the other part has a negative potential. Finally, positive and negative electrolytic water is obtained through membrane separation technology. However, the cost of the electrolytic water machine is high. The micro-electrolysis energy active water and the preparation method thereof of Chinese patent authorization publication No. CN100378009C uses tourmaline and other materials to perform micro-electrolysis on water, instead of electrolytic water machine to activate the water.

[0003] Tourmaline has permanent polarity and piezoelectricity, and can release negative ions and generate weak current when in contact with water, which helps to change the structure of water molecules, improve the activity of water, and adsorb some harmful substances and odors in water, making the water quality more pure. When tourmaline is in contact with water, due to its crystal structure characteristics, it can change the structure of water molecule clusters, promote the activation of ions and dissolution of minerals in water, thereby improving water quality.

[0004] The existing micro-electrolysis energy active water has a single treatment effect in the process of treating water, which is not convenient for purifying impurities and harmful substances in water, reduces the quality of water, and has a short service life, thereby increasing the cost of water treatment. SUMMARY

[0005] The purpose of the present application is to provide a micro-electrolysis energy active water and a preparation method thereof, which has the advantages of good treatment effect, solves the problems of the existing micro-electrolysis energy active water in the process of treating water, such as single treatment effect, inconvenience for purifying impurities and harmful substances in water, reduced water quality, short service life and increased cost of water treatment.

[0006] To achieve the above purpose, the present application provides the following technical scheme: a micro-electrolysis energy active water comprising the following raw materials by weight:

[0007] 10-30 parts of quartz sand, 20-40 parts of activated carbon, 5-30 parts of ceramic particles,

[0008] 7-15 parts of nano-silver particles, 5-8 parts of clam stone,

[0009] Tourmaline 20-80 parts, magnesium powder 1-3 parts, metal powder 2-8 parts, and zeolite 20-50 parts.

[0010] As the micro-electrolysis energy active water of the present application, preferably, the quartz sand is acid-washed quartz sand, and the activated carbon is one of nutshell activated carbon, coconut shell activated carbon and wood powder activated carbon.

[0011] As the micro-electrolysis energy active water of the present application, preferably, the ceramic particles are porous ceramic particles.

[0012] As the micro-electrolysis energy active water of the present application, preferably, the metal powder is iron powder.

[0013] The preparation method of the micro-electrolysis energy active water comprises the following steps:

[0014] Step 1, cleaning and drying treatment of the materials to be used;

[0015] Step 2, weighing and proportioning the quartz sand, activated carbon, ceramic particles, nano-silver particles, clam shell, tourmaline, magnesium powder, metal powder and zeolite, then separately crushing and grinding each material to obtain granular material of each material;

[0016] Step 3, designing a special forming mold suitable for the materials, and setting corresponding separation structures inside the mold according to the thickness and arrangement order of the materials;

[0017] Step 4, placing the quartz sand granular material at the bottom of the special forming mold, and then placing the activated carbon granular material, ceramic granular material, nano-silver granular material, clam shell granular material, tourmaline granular material, magnesium powder granular material, metal powder granular material and zeolite granular material in turn from bottom to top;

[0018] Step 5, adjusting the pressure, speed and pressure holding time parameters of the hydraulic machine to ensure that the material can be compacted and avoid material breakage or deformation caused by excessive pressure;

[0019] Step 6, using a 1000-ton four-column hydraulic machine to perform mold pressing forming to ensure that each layer is tightly attached and forms a stable composite filter material;

[0020] Step 7, taking out the formed filter material and cooling it to set the shape;

[0021] Step 8, detecting the size accuracy of the cooled filter material;

[0022] Step 9, detecting the filtering efficiency, adsorption effect, pressure resistance and durability of the filter material.

[0023] As the preparation method of the micro-electrolysis energy active water of the present application, preferably, the particle size of the material after grinding in step 1 is 100-300 μm.

[0024] As the preparation method of the micro-electrolysis energy active water of the present application is preferably, the step 2 is placed between each layer of particles in a layer of isolation net, prevent material loss and intermixing.

[0025] As the preparation method of the micro-electrolysis energy active water of the present application is preferably, the pressing time in the step 6 is 5-30 min.

[0026] As the preparation method of the micro-electrolysis energy active water of the present application is preferably, the step 7 is cooled to the filter material, using air cooling.

[0027] As the preparation method of the micro-electrolysis energy active water of the present application is preferably, the step 9 is detected after the filter core is placed into the filter core shell, and the barrier net is installed at the water inlet end and the water outlet end of the filter core shell, and the sealing ring is sealed.

[0028] Compared with the prior art, the present application has the following beneficial effects:

[0029] 1、The quartz sand is used as the first layer of filter material, which can effectively remove large particle impurities and suspended solids in water; the activated carbon is used as the second layer of filter material, which has strong adsorption performance and can adsorb organic pollutants, residual chlorine, peculiar smell and harmful substances such as color in water; the ceramic particles are used as the third layer of filter material, which can further intercept smaller particles, and part of the ceramic material has ion exchange or micro-electrolysis function, which helps to improve water quality; the nano silver particles are used as the fourth layer of filter material, which has antibacterial and bacteriostatic effect, inhibits the growth of microorganisms in water, and improves water hygiene degree.

[0030] 2、The present application sets up the clam shell and the tourmaline, can release beneficial mineral substances and optimize water molecule structure, improve water activity and taste, the clam shell is a kind of natural material containing mineral substance, can be used to adjust water quality and supplement trace element, the tourmaline has far infrared emission and negative ion release function, helps to improve water quality activity, promotes water molecule group to be small, improves taste.

[0031] 3、The present application sets up magnesium powder, which helps to soften hard water, reduce calcium and magnesium ion content and reduce water hardness, also sets up metal powder, which can play a catalytic oxidation or reduction role to help remove specific pollutants, the metal powder is iron powder, which can participate in the reaction to remove dissolved oxygen and part of heavy metal ions in water when contacting with oxygen, in addition, iron powder can also be used to neutralize acidic water quality and improve pH value, also sets up medical stone, which contains various trace elements and can mineralize water source to improve the nutritional value of water.

[0032] 4. The present invention achieves comprehensive treatment of water quality through the mutual cooperation between various filter materials, thereby improving the overall water purification effect. It uses a multi-layer composite filtration design, and each layer of filter material has a clear division of labor, which reduces the pressure of a single layer of filter material, thereby extending the service life of the entire filter element. Moreover, natural mineral raw materials are used to ensure that no new pollution sources are introduced while purifying the water quality. DETAILED DESCRIPTION

[0033] Example 1

[0034] Micro-electrolyzed energy water contains the following raw materials in parts by weight:

[0035] 20 parts of quartz sand, 30 parts of activated carbon, 15 parts of ceramic particles,

[0036] 9 parts of nano silver particles, 6 parts of razor clam stone,

[0037] 50 parts of tourmaline, 2 parts of magnesium powder, 3 parts of metal powder, 30 parts of medical stone.

[0038] Furthermore, the quartz sand is acid-washed quartz sand.

[0039] Furthermore, the activated carbon is one of fruit shell activated carbon, coconut shell activated carbon and wood powdered activated carbon.

[0040] Furthermore, the ceramic particles are porous ceramic particles.

[0041] Furthermore, the metal powder is iron powder.

[0042] In this embodiment: quartz sand is used as the primary filter layer, mainly to remove larger particles of impurities, which can be adjusted according to the filter element size and pretreatment requirements;

[0043] After acid treatment, pickled quartz sand has high purity, few impurities, good mechanical strength and stable chemical properties. It mainly captures and deposits insoluble impurities in water through physical interception and the pore structure between quartz sand particles.

[0044] Activated carbon has a developed pore structure and extremely high specific surface area. It can efficiently adsorb harmful substances such as organic pollutants, residual chlorine, odor, and improve the taste of water. Activated carbon adsorbs organic molecules and ions in water through van der Waals forces to achieve purification effects.

[0045] Porous ceramic particles have a larger pore size distribution and higher mechanical strength. They can not only further filter out smaller particles, but may also have certain ion exchange functions, releasing trace elements beneficial to the human body. Ceramic particles can form a micropore network to filter and purify the water flowing through it at the microscopic level.

[0046] Nanosilver has strong antibacterial properties, can inhibit the growth of bacteria and viruses in the filter core, keep the water clean and hygienic, nanosilver destroys microbial cell membranes or interferes with their metabolic processes through contact reactions, so as to achieve the purpose of killing microorganisms in water.

[0047] The clam shell is rich in mineral elements, which can slowly release beneficial minerals into the water, improve the mineralization and nutritional value of the water, and dissolve part of the minerals in the water when the water contacts the clam shell.

[0048] Tourmaline has unique piezoelectricity and thermoelectricity, which can enhance the activity of water, change the structure of water molecules, and possibly release negative ions, which can help optimize water quality and taste. When tourmaline contacts water, it can generate a weak current to promote the vibration of water molecules, enhance the permeability and biological activity of water.

[0049] Magnesium powder helps to soften hard water, reduce calcium and magnesium ion content, and reduce water hardness, making the water more suitable for drinking. Magnesium reacts with calcium and magnesium ions in water to form insoluble magnesium hydroxide precipitate, thereby achieving the effect of softening water quality.

[0050] Iron powder can remove certain pollutants in water, such as heavy metal ions, through micro-electrolysis under certain conditions, and also has certain oxygen removal effect. Iron powder reacts with oxygen, chlorine or other harmful substances in water to form new compounds or precipitates, or through the effect of primary battery to promote the transformation of harmful substances.

[0051] Ceramic sand is rich in various beneficial trace elements and minerals, and its unique structure makes it have a bidirectional regulation effect. When the mineral content in water is too high, the ceramic sand can adsorb excess metal ions; when the mineral content in water is insufficient, it can slowly release the mineral elements contained in itself, helping to keep the mineral content in water moderate. When water flows through the ceramic sand, some mineral elements in the ceramic sand will be ion exchanged with the minerals inside the ceramic sand, and the trace elements contained in the ceramic sand will be gradually dissolved into the water.

[0052] Example 2

[0053] Micro-electrolysis energy water includes the following raw materials by weight:

[0054] Quartz sand 10 parts, activated carbon 20 parts, ceramic particles 5 parts,

[0055] Nanosilver particles 7 parts, clam shell 5 parts,

[0056] Tourmaline 20 parts, magnesium powder 1 part, metal powder 2 parts, and ceramic sand 20 parts.

[0057] Further, the quartz sand is acid-washed quartz sand.

[0058] Further, the activated carbon is one of nutshell activated carbon, coconut shell activated carbon and wood powder activated carbon.

[0059] Further, the ceramic particle is a porous ceramic particle.

[0060] Further, the metal powder is iron powder.

[0061] In this embodiment: quartz sand as a primary filter layer, mainly to remove larger particles impurities, can be adjusted according to the size of the filter core and pretreatment requirements;

[0062] And the pickling quartz sand after acid treatment, high purity, less impurities, has good mechanical strength and stable chemical properties, mainly through physical interception effect, using the pore structure between quartz sand particles to capture and deposit insoluble impurities in water.

[0063] Activated carbon has developed pore structure and extremely high specific surface area, can efficiently adsorb organic pollutants, residual chlorine, odor and other harmful substances, and can improve the taste of water, activated carbon adsorbs organic molecules and ions in water through van der waals force, realizes the purification effect.

[0064] Porous ceramic particles have larger pore size distribution and higher mechanical strength, not only can further filter out smaller particles, but also may have certain ion exchange function, release trace elements beneficial to human body, ceramic particles can form micropore network, filter and purify water at micro level.

[0065] Nano-silver has strong antibacterial performance, can inhibit the growth of bacteria and viruses in the filter core, keep water clean and sanitary, nano-silver destroys microbial cell membrane or interferes with its metabolic process through contact reaction, so as to achieve the purpose of killing microorganisms in water.

[0066] Clam stone is rich in mineral elements, can slowly release beneficial minerals into water, improve the mineralization and nutritional value of water, part of the minerals in water are dissolved when water contacts with the clam stone.

[0067] Tourmaline has unique piezoelectricity and thermoelectricity, can improve the activity of water, change the structure of water molecule group, and may release negative ions, which helps to optimize water quality and taste, when tourmaline contacts with water, weak current can be generated, promote the vibration of water molecules, enhance the permeability and biological activity of water.

[0068] Magnesium powder helps to soften hard water, reduce the content of calcium and magnesium ions, reduce water hardness, make the water more suitable for drinking, magnesium reacts with calcium and magnesium ions in water to form insoluble magnesium hydroxide precipitate, so as to achieve the effect of softening water quality.

[0069] Iron powder can remove some pollutants in water, such as heavy metal ions, under certain conditions through micro-electrolysis, and also has a certain deoxidizing effect. Iron powder reacts with oxygen, chlorine or other harmful substances in water to form new compounds that precipitate, or promotes the conversion of harmful substances through the effect of a primary cell.

[0070] Maiweishi is rich in various beneficial trace elements and minerals, and its unique structure has a bidirectional regulation effect. When the mineral content in water is too high, Maiweishi can adsorb excess metal ions; when the mineral content in water is insufficient, it can slowly release the mineral elements contained in itself, helping to maintain a moderate mineral composition in water. When water molecules flow through Maiweishi, some mineral elements in the water will undergo ion exchange with the minerals inside Maiweishi, and the trace elements contained in Maiweishi itself will be gradually dissolved into the water.

[0071] Example 3

[0072] Micro-electrolysis energy water, including the following raw materials by weight:

[0073] Quartz sand 30 parts, activated carbon 40 parts, ceramic particles 30 parts,

[0074] Nano silver particles 15 parts, clam shell 8 parts,

[0075] Tourmaline 80 parts, magnesium powder 3 parts, metal powder 8 parts, Maiweishi 50 parts.

[0076] Further, the quartz sand is acid-washed quartz sand.

[0077] Further, the activated carbon is one of fruit shell activated carbon, coconut shell activated carbon and wood powder activated carbon.

[0078] Further, the ceramic particles are porous ceramic particles.

[0079] Further, the metal powder is iron powder.

[0080] In this embodiment: Quartz sand as the primary filter layer, mainly to remove larger particles impurities, can be adjusted according to the size of the filter core and pretreatment requirements;

[0081] And the acid-washed quartz sand has high purity, less impurities, good mechanical strength and stable chemical properties after acid treatment, mainly through physical interception effect, using the pore structure between quartz sand particles to capture and deposit insoluble impurities in water.

[0082] Activated carbon has a developed pore structure and extremely high specific surface area, which can efficiently adsorb organic pollutants, residual chlorine, odors and other harmful substances, and can improve the taste of water. Activated carbon adsorbs organic molecules and ions in water through van der Waals force, achieving purification effect.

[0083] Porous ceramic particles have a larger pore size distribution and higher mechanical strength. They can not only further filter out smaller particles, but may also have certain ion exchange functions, releasing trace elements beneficial to the human body. Ceramic particles can form a micropore network to filter and purify the water flowing through it at the microscopic level.

[0084] Nanosilver has strong antibacterial properties and can inhibit the growth of bacteria and viruses in the filter element, keeping the water clean and hygienic. Nanosilver destroys the cell membrane of microorganisms or interferes with their metabolic processes through contact reactions, thereby achieving the purpose of killing microorganisms in the water.

[0085] Razor clams are rich in mineral elements and can slowly release beneficial minerals into water, thereby increasing the mineralization and nutritional value of water. When water comes into contact with razor clams, some of the minerals in them dissolve in the water.

[0086] Tourmaline has unique piezoelectric and thermoelectric properties, which can enhance the activity of water, change the structure of water molecules, and may release negative ions, which help optimize water quality and taste. When tourmaline comes into contact with water, it can generate a weak current, promote the vibration of water molecules, and enhance the permeability and biological activity of water.

[0087] Magnesium powder helps soften hard water, reduce the content of calcium and magnesium ions, lower water hardness, and make water more suitable for drinking. Magnesium reacts chemically with calcium and magnesium ions in water to form insoluble magnesium hydroxide precipitate, thereby achieving the effect of softening water quality.

[0088] Under certain conditions, iron powder can remove certain pollutants in water, such as heavy metal ions, through micro-electrolysis, and have a certain deoxygenation effect. Iron powder reacts chemically with oxygen, chlorine or other harmful substances in water to form new compound precipitation, or promotes the transformation of harmful substances through the galvanic cell effect.

[0089] Medical stone is rich in a variety of beneficial trace elements and minerals, and its unique structure gives it a two-way regulatory effect. When the mineral content in the water is excessive, the medical stone can absorb the excess metal ions; when the mineral content in the water is insufficient, it can slowly release the mineral elements it contains, helping to maintain a moderate mineral content in the water. When water molecules flow through the medical stone, some of the mineral elements in it will exchange ions with the minerals within the medical stone, and at the same time, the trace elements contained in the medical stone will gradually dissolve into the water.

[0090] Example 4

[0091] The preparation method of micro-electrolysis energy active water comprises the following steps:

[0092] Step 1: Clean and dry the materials to be used to remove impurities and moisture on the surface of the raw materials to ensure the purity of the materials and the effectiveness of subsequent processes.

[0093] Step 2, the quartz sand, activated carbon, ceramic particles, nano silver particles, clam shell, tourmaline, magnesium powder, metal powder and medical stone are weighed and proportioned, then each material is separately crushed and ground to obtain granular material of each material, the particle size of the ground material is 100-300 μm, the raw materials are accurately proportioned according to the design ratio, and the particle size is ground to the range suitable for water treatment, the filtration performance and contact area are enhanced.

[0094] Step 3, a special forming mold suitable for these materials is designed, and corresponding separation structures are arranged inside the mold according to the thickness and arrangement order of the materials.

[0095] Step 4, the quartz sand granular material is placed at the bottom of the special forming mold, and then the activated carbon particles, ceramic particles, nano silver particles, clam shell particles, tourmaline particles, magnesium powder particles, metal powder particles and medical stone particles are placed from bottom to top in turn, a layer of isolation net is placed between each layer of particles to prevent material loss and mixing, realize the ordered stacking of each layer of filter material, prevent the mixing of materials, ensure the full play of the function of each layer, and at the same time maintain the stability of the overall structure of the filter material.

[0096] Step 5, adjust the pressure, speed and pressure holding time parameters of the hydraulic machine to ensure that the material can be compacted and avoid being crushed or deformed due to excessive pressure, and the pressing time is 5-30 min.

[0097] Step 6, use 1000-ton four-column hydraulic machine equipment for molding, ensure that each layer is tightly bonded and forms a stable composite filter material, and through the pressure of the hydraulic machine, each layer of material is tightly bonded together to form an integrated, multi-layer composite filter core structure, which enhances the overall strength and use effect, and the strong pressure generated by the hydraulic machine makes various granular materials tightly bonded to form a structure with continuous filtering function.

[0098] Step 7, take out the formed filter material and cool it to set, when cooling the filter material, air cooling is used, through air cooling, the formed filter material is quickly solidified to maintain stable shape and structure, which is convenient for subsequent detection and installation.

[0099] Step 8, the size precision of the cooled filter material is detected to ensure that the final product meets the design specifications, can adapt to the installation requirements of various filter core shells, and ensure the sealing and stability of the entire filtration system.

[0100] Step 9, the filtration efficiency, adsorption effect, pressure resistance and durability of the filter material are detected, the actual purification effect and durability of the filter material are verified, and the requirements of water treatment are ensured, the filter core is detected, and is placed into the filter core shell, a barrier net is installed at the water inlet end and the water outlet end of the filter core shell, and a sealing ring is used for sealing, the filter material that passes the detection is placed into the filter core shell, the sealing of the entire filter core in the use process is ensured through the barrier net and the sealing ring, the water leakage risk is reduced, and the rationality of the water flow path is maintained.

[0101] The above are only preferred embodiments of the present application and are not used to limit the present application, and any modification, equivalent replacement and improvement made within the spirit and principle of the present application shall be included in the protection scope of the present application.

Claims

1. The preparation method of micro-electrolysis energy active water is characterized in that: The composition comprises the following raw materials in parts by weight: 10-30 parts of quartz sand, 20-40 parts of activated carbon, 5-30 parts of ceramic particles, 7-15 parts of nano silver particles, 5-8 parts of razor clam stone, 20-80 parts of tourmaline, 1-3 parts of magnesium powder, 2-8 parts of metal powder, 20-50 parts of medical stone; The quartz sand is acid-washed quartz sand, and the activated carbon is one of fruit shell activated carbon, coconut shell activated carbon and wood powdered activated carbon; The ceramic particles are porous ceramic particles; The metal powder is iron powder; The following steps are also included: Step 1: Clean and dry the materials to be used; Step 2, weighing and proportioning quartz sand, activated carbon, ceramic particles, nano silver particles, razorite, tourmaline, magnesium powder, metal powder and medical stone, and then crushing and grinding each material separately to obtain granular materials of each material; Step 3: Design a special molding mold suitable for these materials, and set the corresponding partition structure inside the mold according to the material thickness and arrangement order; Step 4: placing quartz sand particles at the bottom of a special forming mold, and then placing activated carbon particles, ceramic particles, nano silver particles, clam particles, tourmaline particles, magnesium powder particles, metal powder particles and medical stone particles in order from bottom to top; Step 5: Adjust the pressure, speed and holding time parameters of the hydraulic press to ensure that the material can be compacted without breaking or deforming due to excessive pressure. Step 6: Use a 1000-ton four-column hydraulic press to perform compression molding to ensure that each layer is tightly attached to form a stable composite filter material; Step 7: Take out the formed filter material and cool it down to set the shape; Step 8: Perform dimensional accuracy testing on the cooled filter material; Step 9: Testing the filtration efficiency, adsorption effect, pressure resistance and durability of the filter material; The particle size of the material after grinding in step 1 is 100-300 μm; In step 2, a layer of isolation net is placed between each layer of particles to prevent material loss and mixing; The pressing time in step 6 is 5-30 min; When cooling the filter material in step 7, air cooling is used; After the filter element in step 9 is inspected, it is placed in the filter element housing, and barrier nets are installed at the water inlet and outlet ends of the filter element housing, and sealed with sealing rings.