How to get out of the rust in the water How to deal with the rusty water on the water surface

1. Pour in a small amount of vinegar to neutralize ferrous oxide and iron oxide;

2. After that, filter out impurities;

3. After boiling, the vinegar will volatilize.

Iron reacts with oxygen and water vapor in the air to form 3 iron oxide 2 is the yellow red sand you see This is iron is 3 valence Although the human body needs iron, it is iron element, not oxide Experiments have proved that the main reason why the incidence of liver disease in urban people is higher than that of rural people is that they absorb too much iron oxide, and the most direct and harmful of them is the damage of iron oxide to the human liver. It is 3 iron oxide and 2 iron rust.

In addition, rust pollution has become the biggest hazard to people in tap water pollution. Experiments have proved that the main reason why the incidence of liver disease in urban people is higher than that in rural people is iron oxide in drinking water, and the most direct and harmful is the damage of iron oxide to the human liver.

Water containing ferric ions cannot be drunk, and drinking it for a long time can easily cause blood deterioration.

Consuming water containing rust for a long time may cause vomiting, diarrhea, uremia, and metabolic disorders.

If you have such a reaction, you should buy a filter to install on the faucet, or filter it with sand, it will be better, and then you can't change the water pipe; Note: There is no harm in ingesting a small amount, but if you consume more iron oxide, it will cause liver poisoning (chronic poisoning).

Summary. Treatment method of rust water on the water surface: 1 Use 10kg of quicklime, dissolve quicklime into water into a slurry, and splash the whole pool in the evening.

2. Use 1g of copper sulfate to make a solution, and splash the whole pool in the early morning or evening, which has a good prevention and removal effect on patina. 3 If the area is relatively small or the degree is relatively light, it can be diluted with table salt or coarse salt, which is nothing, but the amount used may be relatively large, and the impact on the organisms in the pond is small.

4. First use chlorine preparations for bottom modification, and then use sulfur compounds and other precipitation, such as sodium thiosulfate (detoxification savior, ammonia detoxification and detoxification water).

What to do with rusty water on the water surface.

Hello, is it a fish pond.

Treatment method of rust water on the water surface: 1 Use 10kg of quicklime, dissolve quicklime into water into a slurry, and splash the whole pool in the evening. 2. Use 1g of copper sulfate to make a solution, and splash the whole pool in the early morning or evening, which has a good prevention and removal effect on copper and rust water.

3 If the area is relatively small or the degree is relatively light, it can be diluted with salt or coarse salt, which is nothing, but the amount of cultivation used may be relatively large, and the impact on the organisms in the pond is small. 4. First, use chlorine preparations for bottom modification, and then use sulfide group compounds and other sediments, such as sodium thiosulfate (detoxification savior, ammonia detoxification and detoxification water).

The answer is obvious, iron rusts faster in tap water.

The reaction of iron rusting, that is, the iron oxidation reaction, produces ferric oxide or ferric tetroxide, that is, the combination of iron and oxygen, and the rusting phenomenon occurs, that is, rust.

In pure water, it contains only water and no other ions, that is, there are only water molecules in the water, and the amount of free oxygen and hydrogen is very small, so it rusts slowly. Tap water, containing hypochlorous acid, calcium carbonate and other ions, and some metal ions, will appear accelerated corrosion on iron, and even galvanic cell reaction accelerated corrosion.

Therefore, iron rusts faster in tap water than in pure water.

Iron rusts when left for a long time. Iron is susceptible to rust, not only because of its chemical activity, but also because of external conditions. Moisture is one of the substances that makes iron rust easily.

However, the presence of water alone does not rust iron, and only when the oxygen in the air is dissolved in the water, the oxygen reacts with the iron in the presence of water to form something called iron oxide, which is rust. Rust is a brownish-red substance, it is not as hard as iron, it can easily fall off, and after a piece of iron is completely rusted, the volume can expand by 8 times. If the rust is not removed, the spongy rust is particularly easy to absorb water, and the iron will rot faster.

To remove rust, you can shovel it off with various tools or soak it in an acidic solution to dissolve it. After removing the rust, the surface of the iron must be treated, coated with a layer of lead, and then painted; Or plating it with other metals that don't rust easily. A more radical approach is to add some other metals to the iron to make a stainless alloy.

The stainless steel we are familiar with is an alloy made by adding a little nickel and chromium to the steel.

The Yellow River is very mysterious to us, and its mystery lies not only in its magnificence and vastness, but also in the iron bull that has been around for thousands of years. Why? Everyone knows that iron is easy to rust when it encounters water, but why is the Yellow River Iron Ox still intact after being immersed in water for thousands of years?

Iron rusts in water because iron is a metal that can be easily oxidized, and the oxygen and hydroxide ions present in water can chemically react with iron to form rust, an oxide of iron.

However, iron rust requires more than just water, oxygen in the air, and a certain amount of humidity. In the case of less water, iron oxidation will be slower, but it will still occur.

After the iron rusts, it will affect the quality and service life of the iron, because the volume of rust is much larger than that of iron, which will damage and weaken the surface of iron, causing it to become more fragile and brittle, and lose the mechanical strength and durability that the original state has been sold.

Currently, various methods are used to prevent and slow down the corrosion of iron. For example, for iron products in industry, we can carefully coat them, or use metals that are not easy to oxidize instead of pure iron products to reduce the rate of oxidation; As for iron handicrafts and construction equipment, we can maintain and repair them to prevent damage caused by acids, alkalis, salts, and rainwater.

In short, iron rusts in water, because iron is a metal that can be easily oxidized, and a chemical reaction will occur under the action of oxygen and hydroxide ions in water, resulting in iron deficit and rust. The rust of iron will affect its quality and service life, and in order to avoid the rust of iron, we can take various methods to protect and maintain it. <>

Iron rusts when left in water. Iron is a metal that oxidizes easily, and when it is exposed to water and gases, oxygen oxidizes iron, producing an russet rust. This chemical reaction is called corrosion of iron and usually takes some time to occur depending on the environmental conditions of the iron and this reaction.

The process of iron rusting can be described as a complex series of reactions consisting of three steps. First, iron and water molecules in oxygen react to form substances called hydroxide ions. Second, these ions bind to other ions in the dissolved solution on the surface of iron, such as sodium or chloride1.

Finally, the presence of such ions induces the flow of electrons in iron, which brings more oxidation and corrosion. Therefore, when iron is exposed to water, the oxygen in it reacts with iron to form iron oxides or rust.

It is important to note that iron can corrode differently in different degrees of water. For example, pure water has a very low ion content, so it is relatively less prone to oxidation of iron. However, if the water contains other substances, such as salts or acids, they may accelerate the corrosion of iron.

As a result, iron may corrode at a faster rate in highly saline water bodies such as oceans or ponds.

In addition, the shape and size of iron may also affect its rate of decay in water. Larger iron items may take longer to rust completely, while smaller iron particles may rust faster because they are more susceptible to oxygen and water.

In conclusion, iron rusts when left in water. The corrosion of iron is a natural chemical reaction, which requires only the presence of iron, oxygen and water. The rate of corrosion can vary depending on other substances in the water and the shape and size of the iron. <>