Can salt be used as a chemical fertilizer? Why? If you don t know, don t enter! Thank you!

You are not referring to any specific salt, but you are asking about table salt. Table salt is sodium chloride, and in terms of molecular structure, chlorine and sodium are not essential elements for plants (some plants also avoid chlorine - such as sugar beet and sugar cane), so it cannot be used as a chemical fertilizer.

However, sodium and calcium do replace some of the phosphorus and potassium in the soil for plant use, such as cassava, cassava needs more potassium fertilizer to grow roots, and when the fertility of potassium in the soil is insufficient, drenching some salt water will increase yield. But this practice can damage the land.

Planting peanuts and putting some lime is to use calcium to replace phosphorus, and in the long run, the land will be calcified (alkaline).

If there is a traditional salt, it is sodium chloride. Plants are not deficient in chlorine or sodium, so they cannot be used as fertilizers.

Depending on what kind of salt you use, it is only effective to fertilize the symptoms

OK. But not all salt can be used as fertilizer for plants.

1. Salt refers to a class of metal ions or ammonium ions.

NH4+) compounds that bind to acid ions or non-metal ions.

2. Plant fertilizers are divided into chemical fertilizers and organic fertilizers. Chemical fertilizer refers to fertilizer made by chemical and/or physical methods that contains one or several nutrients needed for the growth of crops. The effective nutrients in fertilizer products mainly include nitrogen, phosphorus, potassium, calcium, sodium, manganese, sulfur, boron, copper, iron, manganese, molybdenum, zinc, etc.

As long as it contains nitrogen, phosphorus, potassium, calcium, sodium, manganese, sulfur, boron, copper, iron, manganese, molybdenum, zinc and other effective nutrients required by plants, salts can be used as fertilizer for plants.

At present, many of the chemical fertilizers used in production are salt, and the commonly used diammonium phosphate, ammonium carbonate, and ammonium chloride are commonly used.

Superphosphate, calcium, magnesium, phosphate fertilizer, potassium chloride.

Potassium sulfate, potassium nitrate.

and so on are salts.

Yes, industrial salt plays a great role in agriculture and animal husbandry, such as as auxiliary fertilizer. In some areas, the habit of using industrial salt as fertilizer, such as sugar beet, celery and other crops, can often increase yields when a small amount of sodium salt is supplied. When wheat, barley, cotton, peas and other crops, in the case of lack of potassium, timely sodium salt can also improve their yield.

Adding a small amount of salt to organic fertilizer can enhance the activity of microorganisms, promote the release of effective nutrients, and improve fertilizer efficiency.

Yes, many chemical fertilizers are actually non-metallic salts or metallic salts. For example, potassium chloride, magnesium sulfate. The specific application depends on the specific situation, and the demand for elements varies from crop to crop and at different growth periods.

Salt should not be used as fertilizer for plants.

Look at what kind of salt, you can't eat salt, and some salt is fertilizer.

Summary. Pro, salt can also be used as a watering fertilizer for raising flowers, generally speaking, use salt and then dilute it with water, it is best to dilute it into light salt water, use light salt water to water cactus cactus, can effectively alleviate and prevent the problem of cactus rotten roots, if you plant cactus at home, you can water the cactus once or twice a month, the effect is very good.

Can salt be used as fertilizer for plants?

Hello, dear, salt can be used as fertilizer for plants. <>

Pro, salt can also be used as a watering fertilizer for raising flowers, generally speaking, use salt and then dilute it with water, it is best to dilute it into light salt water, use light salt water to water cactus cactus, can effectively alleviate and prevent the problem of cactus rotten roots, if you plant cactus at home, you can water the cactus once or twice a month, the effect is very good.

Salt can be used as fertilizer for plants, and salt is a class of compounds in which metal ions or ammonium ions (NH4+) are combined with acid ions or non-metal ions; Before the development of modern fertilizers, salt may have been one of the fertilizers used in agriculture, and many British and German scholars were engaged in research on this issue in the early nineteenth century.

In 1840, Liebig published the principle of plant nutrition, saying that all kinds of mineral elements contained in plant ash are obtained from the soil and have the effect of promoting plant growth.

No.

Plant nutrition first needs to be absorbed by the root system, and the cut flower nutrition is absorbed and directly enters the microtubule system, that is, the "blood system" of the plant, so the cut flower nutrition must be the end product of the anabolism of plant organic matter and cannot be absorbed by the plant root system. The active ingredient of the plant nutrient acts as a semi-finished product in the whole plant, and also needs to be exposed to sunlight to transform into an active ingredient similar to that provided in the nutrient solution of cut flowers. The conditions under which the two products work are different and should not be confused.

Summary. Salt with a pH of 8 or more is generally not suitable for use as fertilizer. This is because soils with a high pH have too many alkaline components, which are harmful to plant growth.

Some chemical fertilizers contain compounds based on ammonia or phosphoric acid to lower the pH of the soil and make it more suitable for plant growth. However, there are other factors to consider when dealing with specific situations. For example, the type of land, the nutrients required by the current plants, and the characteristics of the soil, among others.

Therefore, it is advisable to conduct a soil test before fertilizing and choose the appropriate fertilizer to meet the needs of the plant based on the test results.

Hello dear. What do you mean by 8 salts, and do you mean pH?

Some salts can be used as plant fertilizers, but most salts are not effective plant fertilizers. Too much salt in the soil can cause harm to plants, so it must be used with caution. If you're referring to regular table salt, it's not a suitable salt to use as a fertilizer for plants.

And if your goal is simply to promote plant growth by providing extra salt, then it's not a good idea. If you want to provide nutrients to your plants and help them grow healthily, it's best to choose a fertilizer that is specifically designed for your plants. In conclusion, for the most part, it is not beneficial to add excess salt to the soil.

Be. What is greater than or equal to PH8?

What raw materials do you mean?

Salt with a pH of 8 or more is usually not suitable for use as fertilizer. This is because soils with a high pH have too many alkaline components, which are harmful to plant growth. Some chemically deficient fertilizers contain compounds based on ammonia or phosphoric acid to lower the pH of the soil and make it more suitable for plant growth.

However, there are other factors to consider when dealing with specific situations. For example, the type of land, the nutrients required by the current plants, and the characteristics of the soil, among others. Therefore, it is advisable to conduct a soil test before fertilizing and choose the appropriate fertilizer to meet the needs of the plant based on the test results.

<> take chemical fertilizers as an example, which mainly provide inorganic salts to plants. Fertilizers are divided into farm fertilizers and chemical fertilizers; According to the amount of nutrients contained, it is divided into complete dust hopper fertilizer and incomplete fertilizer; According to the characteristics of fertilizer, it can generally be divided into direct fertilizer and indirect fertilizer; According to the components contained, it can generally be divided into nitrogen fertilizer, potassium fertilizer, trace element fertilizer and rare earth element fertilizer.

Take urea as an example, it is a relatively simple organic compound, its nitrogen content is relatively high, it is a neutral fertilizer, suitable for all kinds of soil and crops, and has the advantages of easy preservation, easy to use and less damage to the soil. I hope my lack of respect can help you, thank you.