What is the burning of a chemical loop?
Chemical burning is a technique that uses metal oxides instead of air in the fuel combustion process. These systems usually use fluid bed to circulate metal oxides to the reaction chamber, where they provide oxygen necessary for combustion. Metal oxides then spread back to another area where more oxygen can be added. Because only pure oxygen is used in the combustion process, no nitrogen oxide is carried out. The smoke gases from the combustion loop process of the chemical loop usually consist mainly of carbon dioxide (CO2) and water vapor, so this method can be useful for carbon sequestration in an economical way. One of these reactors contains a fuel of some type that requires oxygen burning. Metal oxides are circulated into this reactor, usually through a fluid bed. Metal oxides are then used to oxidize fuel. Once TZE is oxygen present in the fuel, it can be burned. When a reduced metal passes into this chamber, it is exposed to air, at this point it may take more oxygen and ZN atomsOvu to oxidize. The process then starts because the newly oxidized metal is circulated back into the fuel reactor and is used to facilitate the next combustion cycle.
When any type of fuel is burned in the presence of air, a number of by -products are created. Each of the different elements present in the air and fuel can interact in many different ways and create a number of chemical combinations. Carbon dioxide is one of the main components of most gas gases, but most of the internal combustion processes also lead to nitrogen oxide due to the presence of nitrogen in the air. Oxy-Fuel Leveling concerns a process where oxygen is somehow separated from the air, which simplifies the chemical reactions that occur during combustion. The burning of the chemical loop is one type of fuel combustion process.
The primary benefit of burning a chemical loop is that the gas gases can be simplified. Separate carbon dioxideIt can be difficult from nitrogen oxide and expensive to separate carbon directly from the air. The water vapor separation process from carbon dioxide is significantly easier, so the gas gas -made gas -created loop contain carbon dioxide that is cheaper to restore.