This biochemical process is named nitrification.
Nitrogen Mineralization is the process in which organic forms of nitrogen {proteins in dead plant material} are converted by microbes to in-organic forms of nitrogen {ammonium & nitrate}
the temperature of the solution decreases.
No, it is not used, the industrial preparation of Ammonium Nitrate depends on simple neutralization reaction between ammonia (Base) and Nitric (Acid) giving Ammonium Nitrate. Even the process of prilling or granulation doesn't include addition of Acetone. I believe the Ammonium Nitrate Acetone mixture is hazard as it is a combination of strong oxidizer and highly inflammable substance. Regards;
Nitrate (NO3-)is a powerful oxidizer which can rapidly and explosively react with various organic compounds. For instance, a common explosive in the mineral mining industry is ANFO, or Ammonium Nitrate Fuel-Oil, which is ammonium nitrate mixed with a hydrocarbon such as kerosene or diesel fuel.The ammonium (NH4+) in the compound contributes by combining with oxygen from the nitrate to create nitrogen gas (N2) and water (H2O). This process releases a large amount of energy, causing the gaseous products to expand dramatically.The combination of rapid oxidation of the hydrocarbons and ammonium cause a rapid increase in pressure and temperature - an explosion.Ammonium Nitrate can be dangerous because this reaction has a fairly low activation energy. At even mildly elevated temperatures, it's possible for a spark to start the reaction.Additionally, at higher temperatures, the nitrate can decompose. When this happens, the ammonium can react with the oxygen, catching fire. This process is less explosive than when the ammonium nitrate is mixed with a fuel, but it can still start fires, possibly leading to secondary explosions.
The dissolution of ammonium chloride, like ammonium nitrate, is an endothermic process, meaning that it will absorb heat. The amount of heat absorbed per mole of ammonium chloride (53.49 g) is 14.7 kJ, enough to lower the temperature of one kilogram of water by 3.5 K.
LPITYHURED
It is not a chemical reaction; ammonium nitrate is dissociated in water and this process is endothermic.
Nitrogen fixation is one process by which molecular nitrogen is reduced to form ammonia. This complex process is carried out by nitrogen-fixing bacteria present in the soil.
Nitrogen Mineralization is the process in which organic forms of nitrogen {proteins in dead plant material} are converted by microbes to in-organic forms of nitrogen {ammonium & nitrate}
the temperature of the solution decreases.
No, it is not used, the industrial preparation of Ammonium Nitrate depends on simple neutralization reaction between ammonia (Base) and Nitric (Acid) giving Ammonium Nitrate. Even the process of prilling or granulation doesn't include addition of Acetone. I believe the Ammonium Nitrate Acetone mixture is hazard as it is a combination of strong oxidizer and highly inflammable substance. Regards;
- During the harber process the unused nitrogen and hydrogen are recycled.
The temperature of the solution decreases
how is this process done
Nitrate (NO3-)is a powerful oxidizer which can rapidly and explosively react with various organic compounds. For instance, a common explosive in the mineral mining industry is ANFO, or Ammonium Nitrate Fuel-Oil, which is ammonium nitrate mixed with a hydrocarbon such as kerosene or diesel fuel.The ammonium (NH4+) in the compound contributes by combining with oxygen from the nitrate to create nitrogen gas (N2) and water (H2O). This process releases a large amount of energy, causing the gaseous products to expand dramatically.The combination of rapid oxidation of the hydrocarbons and ammonium cause a rapid increase in pressure and temperature - an explosion.Ammonium Nitrate can be dangerous because this reaction has a fairly low activation energy. At even mildly elevated temperatures, it's possible for a spark to start the reaction.Additionally, at higher temperatures, the nitrate can decompose. When this happens, the ammonium can react with the oxygen, catching fire. This process is less explosive than when the ammonium nitrate is mixed with a fuel, but it can still start fires, possibly leading to secondary explosions.
The temperature will decrease
The Haber process began to produce ammonia to be oxidized to Nitrite and Nitrate and then made into nitric acid, a basic reagent for explosives. It is now used to make ammonia for ammonium nitrate for fertilizer. The Haber process uses the chemical reaction N2 + 3 H2 --> 2 NH3.