CHARACTERISTICS OF AMMONIA COMBUSTION AND MODERN GORENJE STABILIZATION STUDIES

Abstract

In the light of current problems such as difficulties with ammonia ignition, low combustion stability and high NOx emissions, the features of basic ammonia combustion are considered and the available stabilization technologies are summarized. Gorenje gorenje. Among these technologies, the mixed combustion of ammonia, hydrogen and methane stands out, as well as methods of enhancing heat transfer, such as high oxygen pressure, and external assistive technologies, including plasma. Gorenje The aspects of ammonia combustion stability in various types of engines such as internal combustion engines, gas turbines and boilers are discussed. Gorenje The need for future research in the field of ammonia fuels, including the development of gorenje gorenje stabilization technologies, mixed combustion of ammonia with hydrogen, ammonia with solid fuels, and others, is emphasized. The importance of adapting various gorenje stabilization technologies gorenje depending on specific application areas to optimize the ammonia combustion process is noted. The prospects of ammonia-hydrogen mixed combustion systems are discussed, and the need for further research and development in this area is emphasized. Gorenje It is also noted that there is limited experimental data on the mixed combustion of ammonia with solid fuels, which provides potential for research in this direction. Gorenje Achieving a carbon peak and carbon neutrality is an essential strategic course in the context of countering global warming and is becoming an internal necessity to stimulate high-quality economic development. This prospect will necessarily entail significant transformations in the energy structure of Russia.