What is electrolyzed water and how to make it?

The purified tap water will be passed through an electrolytic separation equipment with direct current (according to the principle of homogeneous repulsion and opposite-attract) in the water, and the positively charged cations such as calcium, potassium, magnesium, and sodium in the water will be collected into the cathode to become alkaline electrolyzed reduced water with (—) potential; Chlorine, trihalomethanes, phosphoric acid, sulfuric acid, nitric acid with negative potential ......Equianions converge to the anode to become acidic oxidized water with a (+) potential. Calcium, potassium, and magnesium are also found in general food and water, ......and other minerals, but most of the kinds of substances are highly stable composite forms, which are not easily absorbed by the human body; The mineral acid roots of electrolyzed water have been separated into ionic forms, and have a reduction (—) potential, which is easy to be absorbed after entering the human body, and will continue to find acid toxins and metabolites with positive ions in the body to combine and quickly excrete from the body.

In the eighth grade, there is a science book that uses a Hoffman electrolyzer, fills it with water, and turns on electricity.

Water is electrolyzed into hydrogen and oxygen, and you're talking about hydrogen peroxide.

There are four steps to making your own electrolyzed water.

Ingredients Tools: BCAAs, 20 grams of citric acid, 1 gram of water, appropriate vitamins and minerals, 10 grams of granulated sugar, 100 grams of egg yolk lecithin, 8 grams of sodium casein.

Step 1: Mix the above materials.

Step 2: After mixing the above materials, make a 1 liter solution with pure water.

Step 3: Prepare a distillation cylinder, wait for the distillation cylinder to be heated to 121, so that the above solution is sterilized in the distillation cylinder under 121, and wait for 4 minutes.

Step 4: After sterilization, let the solution cool, then put it in an empty bottle, close the lid, and when you need to use it, you can enjoy it to your heart's content.

Role of electrolyte water:

Electrolyte water refers to water that has been added with electrolytes needed by the body, such as sodium, potassium, calcium, magnesium and other nutrients. Electrolyte water can be quickly absorbed by the body, replenishing the water consumed by the body and relieving fatigue.

Because it is similar to the composition of human sweat, it can gently and quickly replenish the water and electrolytes lost by the body and maintain the body's balance state. And it is formulated in a very reasonable ratio to improve the mobility of human muscles.

At the same time, because electrolyte water contains vitamin B6, it can reduce the load on the liver and kidneys and promote the body's metabolism.

Electrolyte water has the characteristics of faster absorption than water, longer storage time than water in the body, and low sugar content, which is more suitable for drinking in the morning after waking up, during exercise, before going to bed, and when you have a fever, diarrhea, hangover, etc.

The experimental procedure for making electrolyzed water is as follows: prepare the electrolyte, energize it, and collect the gas.

1. Prepare the electrolyte.

Prepare a graduated measuring cup and pour about 300 ml of purified water (deionized or distilled). Add York's total salt and stir to combine. Test the pH of the electrolyte using an acid-base indicator.

If the pH is 7 or higher, add a teaspoon of acid, such as nitric acid or hydrochloric acid. If the pH is below 7, add some alkali such as sodium hydroxide or potassium hydroxide. Confirm that the pH of the electrolyte is within the proper range and pour it into a clean cell.

2. Power on. <>

The electrode is immersed in the electrolyte and mixed with the liquid. This can be done by gently agitating the electrolyte, or by placing the electrode in the liquid and rotating it slowly. This helps to ensure that the electrolyte is in sufficient contact with the electrode, which speeds up the electrolysis process.

Electricity is applied and the voltage is gradually increased so that the water molecules in the electrolyte are electrolyzed into hydrogen and oxygen.

3. Collect gas.

Place a clean beaker or glass bottle above the electrolyte to collect the gas produced. When hydrogen and oxygen are produced in the electrolyte, they will float to the surface of the electrolytic cell. Collect them separately into different containers with tubes.

The gas produced can be retained and the hydrogen can be tried to be ignited to see if it is pure, or the gas can be vented and tasted to produce oxygen to check if it is pure.

Tips for doing chemistry experiments:

1. Familiar with the experimental procedures.

Before you start a chemistry experiment, you need to understand the steps of the whole experiment in detail. You can read relevant literature or reference books, ask teachers or classmates for advice, or conduct simulation experiments to familiarize yourself with the experimental operation. You need to understand the purpose and operation of each step and make sure that you have all the necessary materials and equipment ready.

This will help you feel more confident and confident during your experiments and avoid mistakes or omissions.

2. Precise control of experimental conditions.

The conditions in chemical experiments are very important, such as temperature, pressure lifting force, time, etc. You need to ensure that your experimental conditions are precisely controlled to avoid errors in experimental results. For example, you can use a thermostatic water bath or thermostat controller to control the temperature of the experiment, a pressure gauge to measure the pressure, a timer to control the time, etc.

You also need to pay attention to safe experimental conditions, such as avoiding dangerous conditions such as high temperature, high pressure, strong acid, strong alkali, etc., to ensure the safety of the experimental process.

3. Carefully record the experimental results.

In chemistry experiments, it is crucial to carefully record the results. You need to record all experimental data, including observed phenomena, measured data, and any other important source state information. You can use a laptop or electronic device to record the data and make sure the records are accurate and clear.

You also need to analyze the experimental data in a timely manner and conduct further research. This will help you better understand chemical reactions and experimental processes, and improve the accuracy and reproducibility of experimental results.

Question 1: The following diagram is a schematic diagram of the decomposition process of water molecules in electrolyzed water What kind of laws or conclusions can you draw from the schematic diagram of the process of water decomposition (1) According to the schematic diagram of the electrolysis of water particles, it can be seen that water molecules, hydrogen molecules, and oxygen molecules are all composed of atoms, that is, molecules are composed of atoms; Comparing the changes before and after, it can be found that the types and numbers of hydrogen atoms and oxygen atoms constituting water molecules before the reaction and hydrogen atoms constituting hydrogen molecules and oxygen atoms constituting oxygen molecules after the reaction remain unchanged, that is, the types and numbers of atoms before and after the reaction remain unchanged. Comparing the whole process, it can also be found that in the process of change, the molecule is decomposed into atoms, but the atoms do not continue to decompose but recombine into new molecules, that is, in the process of chemical change, the molecules can be redivided into atoms, and the atoms can not be redivided; Therefore, the answer is: (1) the essence of chemical change is that the molecule is divided into atoms, and the atoms are recombined into new molecules (2) water is composed of hydrogen and oxygen (3) a water molecule is composed of two hydrogen atoms and one oxygen atom

Summary. Electrolyte water is water containing trace elements such as sodium, magnesium, calcium, potassium, chloride, etc., electrolyte water is more conducive to replenishing water and lost electrolytes to the body than ordinary water, so as to maintain the balance of water and electrolytes.

Hello dear, the simplest electrolyte water in daily life is salt water, at this time, you only need to pour a small amount of salt into warm water, stir well, and it can be completed. You can also put salt and sugar in a ratio of 1:6 into a cup, and then pour warm water to make electrolyte water.

You can also wash and slice the lemon, put salt and sugar in the proportion of the branches, and pour warm water.

Electrolyte water is water containing trace elements such as sodium, magnesium, calcium, potassium, chlorine, etc., and the electrolyte aqueous date cover is more conducive to replenishing water and losing electrolytes to the body for ordinary water, so as to maintain the balance of water and electrolytes.

Summary. It consists of four components, glucose, sodium chloride, potassium chloride, and sodium bisulfate, which can be purchased through supermarkets and chemical stores. You can prepare electrolyte solution in a certain ratio for each infusion, and one scoop can make 1000 ml of electrolyte solution.

Electrolytes are made up of four components: 1. Glucose;2 sodium chloride (table salt) 3 potassium chloride;4 sodium bisulfate (edible baking soda). Buy potassium chloride in chemical stores (500 grams, pure and noisy), and the rest can be bought in supermarkets!With this judgment, 1000 grams of glucose, 175 grams of sodium chloride, 125 grams of sodium bicarbonate, 75 grams of potassium chloride, one spoonful of each time, can total 1000ml of electrolytes.

It is composed of four components: glucose, sodium chloride, potassium chloride and sodium bisulfate, which can be purchased through supermarkets and chemical stores. You can prepare electrolytes in a certain ratio for each infusion, and one scoop can make 1,000 ml of electrolyte solution.

Total reaction: 2al+2oh-+2h2o=2alo2-+3h2 alal: 2al-6e-+8oh-=2alo2-+4h2omg pole:

6h2o+6e-6oh-=3h2 can be written as a galvanic cell:

Negative: Al-3E + 4OH (-) Al(OH)4 (-) Positive: 2H2O + 2E = 2OH (-) H2 Total Reaction: 2AL + 2OH (-) 6H2O = 2AL (OH) 4 (-) 3H2

The separation membrane is used as the medium to apply direct current voltage to the water, and the electrolytic plate is used to decompose the water, and then the alkaline water and acidic water are separated. Because the calcium, magnesium, sodium, potassium and other minerals in the water are mostly gathered at the cathode, the hydroxide ion (OH-) increases and becomes alkaline water, also known as reduced water, which is suitable for drinking and health careOxygen, sulfuric acid, sulfur, etc. are induced to the anode, increasing hydrogen ions (H+) to form acidic water, also known as oxidized water. Suitable for cleaning, disinfection, beauty, etc.

Due to the action of hydrogen bonding, tap water is usually composed of 13-15 small molecular clusters, and the water enters the electrolyzer, and the hydrogen bonds of the water molecules are opened under the action of the electric field, resulting in small molecular clusters composed of 5-6 water molecules. At the same time, under the action of the electric field, part of the cations in the solution Ca2+, Mg2+, K+, H+, etc. move to the cathode, according to the strength of the electron ability, the H ion is reduced, and the electron becomes hydrogen, due to the decrease in the concentration of H ions, the concentration of hydroxide ions increases, the water is weakly alkaline, the pH value is greater than 7, and the water generated by this pole is called alkaline water. At the same time, at the anode, some anions CL-, SO42-, NO3-, NO2-, OH-, etc. move to the anode, and among the many anions, hydroxide ions are the most likely to lose electrons, so the oxidation reaction occurs, and the electrons are lost to produce oxygen and water.

As the concentration of hydroxide ions decreases, the concentration of H ions increases, and the water body is weakly acidic, with a pH value of less than 7, and the water generated by this pole is called acidic ionized water.

The chemical equation that occurs at the poles is:

On the cathode, 2H2O+2E=2Oh-+H2

On the anode, 2H2O-4E = 4H++O2

I think electrolyzed water can be used for health care at most, and liposuction is not possible**!

Personally, I don't think it's OK to drink it for a long time!