Design and Testing of a Prototype De-NO_xSystem for 100 kVA Diesel Engine Generator using a Silent Discharge Reactor

Total Diesel Emission Control Technology Using Ozone Injection and Plasma Desorption

“…Important contributions are as follows: plasma-catalyst with hydrocarbon (aldehyde) injection method [20,21], plasma-SCR with urea injection method [22], oil droplet plasma injection system [23,24] that was already in the stage of a truck demonstration test stage, silent discharge plasma system for the exhaust of 100 kVA diesel engine generator [25], corona radical shower system with higher energy efficiency [26] and nitrogen gas reduction with ultra small gap plasma reactor [27]. However, large consumption of plasma electric energy is required in these systems because the plasma must be always turned on during the aftertreatment.…”

In Situ Fourier Transform Infrared (FTIR) Study of Nonthermal-Plasma-Assisted Methane Oxidative Conversion

“…Over the past decade, research has been conducted in the area of nonthermal plasma-assisted NO x /SO x removal from the exhaust of power plants , and for diesel engine exhaust, volatile organic compounds (VOC) removal, heavy hydrocarbon removal (tar) removal from biomass gasification gas, and water treatment . Some of the applications are on the verge of bridging the gap between laboratory and industry , The investigations focus on understanding physical processes inside a nonthermal plasma reactor and, furthermore, the engineering of reactors for various processing conditions. , However, from the process optimization point of view, the chemical kinetics and the reaction pathways , provide the key information in addressing the energy costs and obtaining the relevant process parameters.…”