A Study on the NO Reduction Rate According to Temperature and Residence Time in the Exhaust Gas Atmosphere Emitted on Combustion of Air and Oxygen.

NO is a hazardous greenhouse gas. It should be reduced to solve global warming problems. In this study, experiments of NO thermal decomposition were conducted by simulating the exhaust gas atmosphere emitted during the combustion of air and pure oxygen in an actual circulating fluidized bed system and incinerator system.

Effect of the Oxygen Concentration and Temperature on Thermal Decomposition of NO in an Inert Gas.

Nitrous oxide (NO) is one of the greenhouse gases that contribute to global warming. But, there are few methods for controlling NO directly. It is essential to reduce NO to solve environmental problems.

Viscosity Effect on the Electrospray Characteristics of Droplet Size and Distribution.

Electrostatic spraying is a method of atomizing a fluid using a high voltage as an atomization auxiliary device, and various spraying modes exist according to experimental parameters and viscosity. A maximum of 11 spray modes were identified according to the changes in the applied voltage and flow rate. To produce fine droplets and a uniform size, which are the advantages of electrostatic spraying, in this experiment, the Sauter mean diameter (SMD) and SMD distribution were evaluated in each spray mode of electrostatic spraying.