For home gardeners and hobby farmers, the answer is likely to be "blood and bone" -- a product prepared from abattoir waste, and one that contains phosphorus as well as nitrogen.
For larger quantities, there are two competing fertilizers. Urea is formed in small solid pellets, and is very convenient for transport and handling. Liquid ammonia is cheapest in many places, but requires specialized equipment for transport and handling.
Nitrate fertilizers -- ammonium nitrate in particular -- are usually marginally more expemsive, but there are many places around the world where they can successfully compete.
The primary source of nitrogenous waste in animals is the breakdown of proteins and amino acids. This breakdown releases nitrogen-containing compounds like ammonia, urea, or uric acid, which must be excreted from the body to maintain proper nitrogen balance.
Calcium nitrate is commonly used as a fertilizer to provide plants with a source of calcium and nitrogen. It can also be used in wastewater treatment to reduce odors and control the growth of algae. Additionally, it is used in the production of concrete to accelerate setting times.
These are fertilizers that contain nitrogen. Common examples are nitrates, like Ammonium Nitrate, Potassium nitrate, and Urea. Nitrogen is useful to plants to produce cellulose and chlorophyll and they grow very vigorously when given nitrogen rich fertilizers.
Nitrogen fertilizer production converts nitrogen from the atmosphere into urea, a form of nitrogen fertilizer. Nitrogen fertilizer is the main macronutrient used by plants, i.e, the main component of fertilizers (the others are potassium and phosphorus). The atmosphere is 78% nitrogen. Google the nobel prize-winning Haber-Bosch process. The two scientists identified a method of using enormous amounts of heat and pressure to convert atmospheric nitrogen into a form usable to plants. And there's the source of your answer: the required heat and pressure is usually generated by natural gas, which gives off CO2 when combusted. Without the increased plant growth that the Haber-Bosch process enabled, the planet would probably be unable to support more than a couple billion fewer people than it does now. But good luck nailing that number down--estimates are all over the place, and for good reason. For example, without nitrogen fertilizer and with the food scarcities that scenario would create, would we be converting as much grain into livestock? Would we be burning it as fuel in our cars? Would we have better agriculture technology or better management if prices were higher? You get the picture. There is a small dark side to this. When overapplied, nitrogen fertilizer emits nitrous oxide, a powerful greenhouse gas, and pollutes surface and groundwater. Google the U.S. Gulf "dead zone".
Glycine is an amino acid, so it contains nitrogen.
The primary source of nitrogenous waste in animals is the breakdown of proteins and amino acids. This breakdown releases nitrogen-containing compounds like ammonia, urea, or uric acid, which must be excreted from the body to maintain proper nitrogen balance.
Calcium nitrate is commonly used as a fertilizer to provide plants with a source of calcium and nitrogen. It can also be used in wastewater treatment to reduce odors and control the growth of algae. Additionally, it is used in the production of concrete to accelerate setting times.
Nitric acid is the chief source for the production of nitrogenous fertilizers.Specifically, vaporized ammonia from natural gas can be mixed with air and then burned over a platinum/rhodium catalyst. It cools as nitric oxide. It oxidizes with the remaining oxygen to nitrogen dioxide. It produces nitric acid when absorbed in water.
Nitrogen can also be used in the form of ammonia as a fertilizer for plants. Ammonia provides a readily available nitrogen source for plants to support their growth and productivity.
These are fertilizers that contain nitrogen. Common examples are nitrates, like Ammonium Nitrate, Potassium nitrate, and Urea. Nitrogen is useful to plants to produce cellulose and chlorophyll and they grow very vigorously when given nitrogen rich fertilizers.
While ammonia is a good source of nitrogen for plants, it is not commonly used as a fertilizer because it is highly alkaline and can burn or damage plants if not properly applied. Additionally, ammonia is very volatile and can easily escape into the atmosphere, reducing its effectiveness as a fertilizer. Organic nitrogen sources like urea or ammonium nitrate are typically preferred for their safer handling and application.
The cheapest source of finance is retain.
The gas that dissolves in water and is found in fertilizer is ammonia (NH3). Ammonia is commonly used in fertilizers to provide plants with a source of nitrogen, which is essential for plant growth. When ammonia dissolves in water, it forms ammonium ions (NH4+), which can be readily absorbed by plants.
Ammonium nitrate is a common nitrogen fertilizer used in gardening to promote healthy plant growth. It provides plants with the essential nutrient nitrogen, which is important for the development of leaves, stems, and overall plant growth. However, it is important to use it carefully as overapplication can lead to nitrogen burn or environmental problems.
Extra nitrogen can enter bay ecosystems through runoff from agricultural fields where nitrogen-based fertilizers have been applied, as well as from urban areas where treated sewage or stormwater runoff contains nitrogen compounds. Industrial waste discharge can also contribute to elevated nitrogen levels in bay ecosystems.
Advantages of using urea: it is a cost-effective source of nitrogen fertilizer, has high nitrogen content, and is readily available for plants to absorb. Disadvantages of using urea: it can volatilize if not properly applied or incorporated into the soil, may cause nitrogen burn if applied in excess, and can contribute to water pollution through leaching.
Coal is not typically used to make fertilizer. Fertilizer is usually made from natural sources like animal manure, compost, or chemical compounds rich in nutrients like nitrogen, phosphorus, and potassium. Coal, being primarily a carbon-based material, is often used as a source of energy rather than a component of fertilizer.