An atmospheric pressure dielectric barrier discharge (DBD) in Ar/NH3 (0.1–10%) mixtures
with a parallel plate electrode geometry was studied. The plasma was investigated by …

NO x removal from the flue gas of a smoke tube boiler using an ozonizer for NO oxidation
and a Na 2 SO 3 aqueous solution scrubber (diameter: 0.6 m; height: 3.7 m) was …

The pilot-scale simultaneous NO/sub x/and SO/sub x/removal from boiler emission was
performed using an indirect plasma and a chemical hybrid process. The flue gas flow rate …

NOx removal from an actual boiler flue gas is investigated using an indirect plasma and
chemical hybrid system comprising a commercial ozonizer and an Na2SO3 chemical …

The process of removing NO x from the flue gas emitted from a smoke-tube boiler was
investigated using an ozonizer, which is used for carrying out the indirect oxidation of NO …

Ammonia radicals are produced by a dielectric barrier discharge (DBD) in a chamber
separate from the chamber that NO gas flows, and are injected in the NO gas flowing field to …

Over the years, we have investigated particulate matter (PM) and NO_\rmx reduction using
nonthermal plasma-chemical hybrid processes without using catalysts. Among nonthermal …

Atmospheric pressure dielectric barrier discharges (DBDs) have been widely studied for
nitric oxide (NO) reduction in flue gases. In particular applying the DBD to generate activated …

The exhaust emissions from the compression ignition engines are harmful to both human
beings and the environment. After-treatment devices placed in the exhaust are designed to …

Exhaust after treatment devices in diesel engines play a crucial role in control of harmful
emissions. The noxious emission released from diesel engines causes a variety of problems …