Ammoniac

when burned. It is easier to liquefy and transport than pure hydrogen, making it a promising fuel for maritime shipping and long-term energy storage. "Green ammonia" is produced when the hydrogen used in synthesis comes from renewable-powered water electrolysis. Safety & Environmental Impact

: In water or acidic environments, ammonia ( NH3cap N cap H sub 3

: Due to its high heat absorption capacity, ammonia is widely used as a coolant in large-scale industrial refrigeration and cold storage systems. Emerging Role as a "Green" Fuel ammoniac

: Approximately 80% of all manufactured ammonia is used for fertilizers. It provides the nitrogen essential for plant protein production, supporting roughly half of the world's food production.

) gains a proton to become the positively charged ( NH4+cap N cap H sub 4 raised to the positive power when burned

: It is a weak base that dissolves easily in water to form an alkaline solution often called ammonium hydroxide .

Ammonia is gaining attention as a zero-carbon energy carrier because it does not contain carbon and thus produces no CO2cap C cap O sub 2 Safety & Environmental Impact : In water or

: While it can be a clean fuel, improper combustion can release harmful nitrogen oxides ( NOxcap N cap O sub x Ammonia | US EPA