Shanxian Chemical
SUPPLEMENTS
Hydrogen Nitrogen Reaction for Ammonia Production
The production of ammonia
ammonia is formed by combining hydrogen and nitrogen. The reaction of hydrogen and nitrogen is the main way to make ammonia.
The concept of hydrogen and nitrogen, the two are mixed in the gas phase, and in a suitable environment, if they have a considerable temperature and pressure, and with the help of a catalyst, they can play a role in the reaction of synthesis. Nitrogen is naturally lazy, and it is difficult to phase with others in normal conditions. However, when encountering hydrogen, under specific circumstances, it can be co-integrated with it to produce ammonia. Hydrogen is active and has strong recovery properties. In this reaction, it cooperates with nitrogen to form ammonia.
The corresponding formula is as follows: $N_ {2} + 3H_ {2}\ underset {high temperature and high pressure} {\ overset {catalyst }{=\!=\!=}} 2NH_ {3} $. At this point, one molecule of nitrogen is combined with the three molecules of hydrogen, and two molecules of ammonia are produced.
The industry of ammonia production is important in the chemical industry. Ammonia is widely used, which can be the base of fertilizers, raising five grains and nourishing the people; it is also used in the production of various chemical products, which is related to people's livelihood. Therefore, the study of this application is to seek its efficient method. The production of ammonia is of great significance in agriculture. The craftsman is constantly exploring new ways and improving its conditions, hoping to make the hydrogen and nitrogen response, to produce more ammonia, and to benefit the prosperity of the country.
ammonia is formed by combining hydrogen and nitrogen. The reaction of hydrogen and nitrogen is the main way to make ammonia.
The concept of hydrogen and nitrogen, the two are mixed in the gas phase, and in a suitable environment, if they have a considerable temperature and pressure, and with the help of a catalyst, they can play a role in the reaction of synthesis. Nitrogen is naturally lazy, and it is difficult to phase with others in normal conditions. However, when encountering hydrogen, under specific circumstances, it can be co-integrated with it to produce ammonia. Hydrogen is active and has strong recovery properties. In this reaction, it cooperates with nitrogen to form ammonia.
The corresponding formula is as follows: $N_ {2} + 3H_ {2}\ underset {high temperature and high pressure} {\ overset {catalyst }{=\!=\!=}} 2NH_ {3} $. At this point, one molecule of nitrogen is combined with the three molecules of hydrogen, and two molecules of ammonia are produced.
The industry of ammonia production is important in the chemical industry. Ammonia is widely used, which can be the base of fertilizers, raising five grains and nourishing the people; it is also used in the production of various chemical products, which is related to people's livelihood. Therefore, the study of this application is to seek its efficient method. The production of ammonia is of great significance in agriculture. The craftsman is constantly exploring new ways and improving its conditions, hoping to make the hydrogen and nitrogen response, to produce more ammonia, and to benefit the prosperity of the country.
Scan to WhatsApp
