Guanidine Hyhdrochloride & Thiocyanate & Carbonate

Borax, arsenic and carbonic acid, each have their own uses, as you mentioned.
Borax is sweet and salty in nature. Its use, in the Tao, can clear and detoxify, especially good for the pain of the mouth and throat. Because borax has the power to clear the fire, it can relieve the poison of the coke, so that the pain can be eliminated. And for external use, it is often mixed with powder, applied to the patient, and the effect is good. In the field of work, borax can be used in metallurgy, to help melt gold, to improve its essence; in glass manufacturing, it can increase the transparency and transparency of the glass, so that its quality is better.
Arsenic, a poisonous substance, is also effective when used properly. The family uses it to treat diseases, but it can be rotten, and it can be used for diseases such as water, scallops, etc. In ancient times, arsenic was not good. Arsenic can use its toxicity to fight poison with poison and make evil particles dissipate. However, its nature is harsh, and the dosage is not careful, and if it is not careful, it will endanger life. In addition, arsenic was occasionally used to eliminate harm in the past, but now it is rarely used because of its poison.
Carbonated substances also have various uses. For industrial purposes, carbonated acid is often used in the manufacture of water, glass, glass, etc. The production of water can help to divide the water and make the water better. Glass can be used to reduce the melting of glass and save energy. In life, carbonation can be used for food expansion, so that cakes and other foods are sparse and delicious; it can also clear oil stains, because of its properties, it can be saponified and reversed, removing stains.
As such, borax, arsenic, carbonate, or the help of others, or those who use them effectively in work and life, must understand their nature and laws in order to obtain their benefits and avoid their harm.

"Tiangong Kaiwu" cloud: Fu borax, arsenic and carbonate, all three have a great impact on the environment.
Borax, its cold nature, mostly from salt lakes, dry salt lakes and other mines. If it is discarded wantonly in the natural environment, borax dissolves into water and soil, which is easy to cause soil compaction, fertility decline, plants are difficult to take root and germinate, and growth is blocked. If the water flow contains too much borax, aquatic organisms will also be harmed by it, or the population will wither.
Arsenic, a highly toxic substance. If arsenic accidentally leaks into the environment and seeps into the soil, its toxins can remain for a long time, and the surrounding plants and trees will wither. Birds and beasts will also die if they accidentally eat poisonous grass or drink poisonous water. In the water source, even if there is only a small amount of arsenic, it is enough to endanger humans and animals, causing many serious diseases, such as abdominal pain, vomiting, organ failure, etc., which pose a great threat to ecological balance and human health.
As for carbonate sand, although it is slightly less toxic than arsenic sand, it also has an impact on the environment. If a large amount of carbonate sand enters the water body, it will change the pH of the water body and cause an imbalance in aquatic ecology. Accumulate in the soil, or change the chemical properties of the soil, affect the activities of soil microorganisms, and then interfere with the absorption of nutrients by plants, hindering the normal growth of plants. Therefore, when mining and using such sand, we should exercise extra caution, follow the rules, and dispose of it properly, so as not to let it escape into the environment, so as to protect the ecological security and preserve the peace of all things.

Borax, boron borate, boron phosphate and boron carbonate are all commonly used in the chemical industry. During storage and transportation, it is necessary to pay attention to many matters.
Borax is sodium borate containing crystalline water. Its properties are stable, but it is easy to decompose when exposed to acid. When storing, it should be stored in a dry, cool and well-ventilated place to prevent moisture. Because of its toxicity, it needs to be stored in isolation from food, medicine, etc., to avoid misuse. During transportation, ensure that the packaging is intact to avoid leakage caused by bumps and collisions.
Boron borate, which is less acidic, should also be stored in a dry place. Because it is corrosive, it should not be in contact with metal objects for a long time, otherwise it is easy to cause metal rust. When transporting, it needs to be loaded in a corrosion-resistant container, and sealing measures should be taken to prevent rainwater from invading.
Boron phosphoroborate has more active chemical properties and has stricter requirements on the storage environment. It should be stored in a low temperature, dry and dark place, away from fire and heat sources. Because it may react in case of heat or water, the packaging must be tight. During transportation, it should be avoided to mix with oxidizing substances to prevent danger.
Boron carbonate has relatively poor stability and is easy to decompose to produce carbon dioxide. When storing, it is necessary to control the ambient humidity and temperature to avoid its decomposition. During transportation, it is also necessary to ensure that the package is well sealed to prevent gas from escaping.
In short, these borides must be stored and transported according to their characteristics to ensure the safety of personnel and the integrity of materials.

The methods of making borax acid, phosphoric acid and carbonate acid are various in ancient times, and they are described by you today.
For borax acid, one of the methods is to combine borax acid. If borax encounters sulfuric acid, boric acid and sulfuric acid will be produced. The reverse formula is: borax (Na ² B O), sulfuric acid (H ² SO) and water (H ² O) are co-reacted to obtain boric acid (H 🥰 BO 🥰) and sulfuric acid (Na 🥰 SO). In order to obtain boric acid, it is necessary to use the method of extraction. It is also started with boron stone, which is first co-melted to obtain boric acid, and then acid treatment, or boric acid.
Phosphoric acid production method, which is usually made of apatite raw materials. Apatite sulfuric acid reaction, phosphoric acid and sulfuric acid can be obtained. The reaction is as follows: apatite (Ca (PO) 🥰 F) plus sulfuric acid (H ² SO), to obtain phosphoric acid (H ² PO) and sulfuric acid (CaSO). The obtained phosphoric acid is then reacted with gold oxide or carbonate, which can form various phosphoric acids, such as phosphoric acid, phosphoric acid. Or make apatite coke, quartz sand in high temperature, the first element phosphorus, phosphorus is then burned into phosphorus pentoxide, phosphorus pentoxide is dissolved in water to form phosphoric acid, and phosphoric acid is obtained.
Carbonic acid, the first way is to use limestone (carbonic acid) to reduce the original. Limestone calcined, decompose and oxidize (CaO) and carbon dioxide (CO ²). Make the oxidized water reverse to obtain oxidation (Ca (OH) ³), and then use carbon dioxide to form carbonate. If carbon dioxide is passed through an oxidized solution, carbonate can be obtained. Its reverse oxidation (NaOH) and carbon dioxide (CO ²) reverse, Mr. Carbonic acid (NaHCO 🥰), carbonic acid is decomposed to obtain carbonic acid. There are also natural solutions to extract carbonic acid. There are multiple and refined methods to obtain various carbonic acids.

In today's world, the price trend of borax boron ore, phosphate rock phosphoric acid and carbonate ore in the market is quite popular. Borax boron ore, boron is used in the chemical industry, medicine, building materials and other industries, and has a wide range of uses. The amount of its mineral sources, the difficulty of mining, are closely related to the market price. In recent years, due to the advance of science and technology, the new use of boron has become more and more widespread, causing demand to rise. However, if the mineral resources are abundant and the mining is smooth, the price will decline steadily; if the mineral resources are scarce and the mining is difficult, the price will rise.
Phosphate rock phosphate is the same. Phosphorus is an indispensable raw material in agricultural fertilizers, chemical industries and other industries. The rise of global agriculture has a constant demand for phosphate rock. However, its mining is limited by environmental regulations, geopolitics, etc. If the regulations are strict, the geopolitical changes, the supply may not be smooth, and the price fluctuates. In recent years, environmental protection has tightened, phosphate mining has been limited, and the price of phosphoric acid has also risen.
As for carbonate ore, it has a variety of uses, and it is used in building materials, metallurgy, and chemical industry. Its market price is affected by the rise and fall of construction and the rise and fall of industry. When construction is booming, industry is booming, and demand for carbonate ore surges, prices will rise; if construction is sluggish and industry is sluggish, demand will decrease and prices will fall.
In short, the market price of these numbers is determined by supply and demand, policies, and geopolitics. Businesspeople need to carefully observe the current situation in order to make profits and avoid risks in the city.