Nitrogen is a standard industrial gas at present. It is supplied by users of specialized equipment known as a nitrogen generator, or N2 generator. This equipment uses thin air to generate the pure gas, something which might come as a surprise to those who are not educated about this process.
Nitrogen, as a gas, is not simple to handle or store. It forms a liquid at an extremely low temperature. Its point of turning into a liquid is about -300F (-180C). Needless to say, this makes it extremely difficult to store or maintain in that state. It must be stored and kept pure, yet it does not stay at that temperature naturally.
The storage of a gas at that temperature is also not easy. Trying to maintain such a low temperature obviously requires specialized equipment, since the natural environment does not reach that level of coldness and there is nowhere on earth that is naturally available. The other method is to maintain a very high pressure, which causes gases to stay in a liquid state, such as propane fuel gas in a cooking canister.
Nitrogen itself is harmless to people in its gaseous state. It represents 80% of the atmosphere at surface level. In other words, 80% of the air that you breathe is nitrogen. It does, however, have the ability to form compounds with other elements, and this is where users of the nitrogen generator might be interested in conducting some background research.
One of these that might be familiar to users is ammonia. Ammonia is usually found in detergents, and it contains only two elements - the nitrogen and then hydrogen. Ammonia requires caution in its use as it can potentially combine with acidic substances to form a weak explosive. It is identified by its smell and it should not be treated recklessly.
Ammonia is used in cleaning products and so should also be familiar to the lay person. It has a tell-tale smell and it consists of two components - hydrogen and nitrogen. Ammonia can pose risks because it reacts with acids to form an explosion. It should always be used sensibly.
Silver nitrate is used in medicine, where it burns growths off the exterior of the human body. It is an attractive chemical, with a reflective silver sheen and a liquid state at ordinary atmospheric temperature. But it eats into human skin so it should be treated with caution, too.
Users of the nitrogen generator should be informed about these secondary chemicals, or nitrogen compounds, that nitrogen can form when it reacts with other substances. They need to have this information so that they can do proper maintenance on their equipment and also prevent damage, as well as securing a pure output of nitrogen gas.
Nitrogen, as a gas, is not simple to handle or store. It forms a liquid at an extremely low temperature. Its point of turning into a liquid is about -300F (-180C). Needless to say, this makes it extremely difficult to store or maintain in that state. It must be stored and kept pure, yet it does not stay at that temperature naturally.
The storage of a gas at that temperature is also not easy. Trying to maintain such a low temperature obviously requires specialized equipment, since the natural environment does not reach that level of coldness and there is nowhere on earth that is naturally available. The other method is to maintain a very high pressure, which causes gases to stay in a liquid state, such as propane fuel gas in a cooking canister.
Nitrogen itself is harmless to people in its gaseous state. It represents 80% of the atmosphere at surface level. In other words, 80% of the air that you breathe is nitrogen. It does, however, have the ability to form compounds with other elements, and this is where users of the nitrogen generator might be interested in conducting some background research.
One of these that might be familiar to users is ammonia. Ammonia is usually found in detergents, and it contains only two elements - the nitrogen and then hydrogen. Ammonia requires caution in its use as it can potentially combine with acidic substances to form a weak explosive. It is identified by its smell and it should not be treated recklessly.
Ammonia is used in cleaning products and so should also be familiar to the lay person. It has a tell-tale smell and it consists of two components - hydrogen and nitrogen. Ammonia can pose risks because it reacts with acids to form an explosion. It should always be used sensibly.
Silver nitrate is used in medicine, where it burns growths off the exterior of the human body. It is an attractive chemical, with a reflective silver sheen and a liquid state at ordinary atmospheric temperature. But it eats into human skin so it should be treated with caution, too.
Users of the nitrogen generator should be informed about these secondary chemicals, or nitrogen compounds, that nitrogen can form when it reacts with other substances. They need to have this information so that they can do proper maintenance on their equipment and also prevent damage, as well as securing a pure output of nitrogen gas.