In ammonia production (also known as the Haber process) the companies use a high amount of atmospheres to move the equilibrium so as to increase the yield of ammonia. Increasing the yield of ammonia saves money. However, creating a high pressure environment is very expensive, and above a pressure of about 200 atmospheres, it would start costing the costing the companies more than they make. Therefore they keep the pressure low enough to maximise their profit.
We make ammonia by haber process. There must be a high pressure.
Water freeze before ammonia. Ammonia need high pressure to freeze.
Ammonia is made by haber process. We can turn it to liquid by high pressure and low temperature.
reaction between formaldehyde and ammonia at high pressure
Ammonia (NH3) is a gas normally, the boiling point of liquid ammonia is -33 C at atmospheric pressure, but it can be stored as liquid at high pressure. Household ammonia is in fact a solution of NH3 in water. Early lasers (which were called Masers at the time) used ammonia gas for power.
We make ammonia by haber process. There must be a high pressure.
Water freeze before ammonia. Ammonia need high pressure to freeze.
High pressure = High temperature
Ammonia is made by haber process. We can turn it to liquid by high pressure and low temperature.
They form because of high and low pressure in the atmosphere.
When producing ammonia, there is not a 100% change from reactants into products. In fact, around half of the reactants will change into ammonia, and then equilibria is reached and the amount of ammonia will stay the same. Increasing the pressure shifts the equilibria, so that more ammonia is produced when an equilibria is reached, making the process more efficient. Hypothetical example: 1 litre of reactants (normal pressure) -----> 0.5 litre reactants and 0.5 litre ammonia 1 litre of reactants (high pressure) -------> 0.2 litre reactants and 0.8 litre ammonia
Yes, this can be thermodynamically explained.
reaction between formaldehyde and ammonia at high pressure
Ammonia (NH3) is a gas normally, the boiling point of liquid ammonia is -33 C at atmospheric pressure, but it can be stored as liquid at high pressure. Household ammonia is in fact a solution of NH3 in water. Early lasers (which were called Masers at the time) used ammonia gas for power.
Compared to Earth's, it has:* A high pressure * An extremely high temperature
The pressure in the uppermost layer of the atmosphere is NOT very high- it is very low.
Ammonia is a gas. It is pressurized and cooled to liquify