Environment pollutants removal with non-thermal plasma technology

Plasma Technology for Removal of Pharmaceutical Compounds from the Environment

Strategies to Reduce Metal-Ion Exposure to Humans and Environment by Non-Thermal Plasma Technology

In this paper we study on the report on heavy metal ions pollution and strategies to reduce metal ion exposure to human and environment by using non-thermal plasma technology. We find that plasma pollution control technology is more significant than others technology because of its advantages such as smaller space volume, lower cost, higher treatment and energy efficiencies. It is found that th...

Removal of VOCs Using Nonthermal Plasma Technology

Volatile organic compounds (VOCs) are liquids or solids that contain organic carbon (carbon bonded to carbon, hydrogen, nitrogen, or sulfur, but not carbonate carbon as in CaCO3 nor carbide carbon as in CaC2 or CO2), which vaporize at significant rates. VOCs are probably the second-most widespread and diverse class of emissions after particulates. VOCs are a large family of compounds. Some (e.g...

Non-thermal plasma pasteurization of milk using plasma technology (phase II)

Phase II of the research developed and tested a pilot scale prototype system and conducted extensive experiments to generate the required data to petition FDA approval of the technology. Data generated during the study enhanced the scientific understanding of this novel process, and provided technical information on the effects of the treatment on inactivation of microbes, enzymes and quality o...

New approaches in thermal plasma technology*

Thermal plasmas offer unique advantages for materials processing, such as high fluxes of heat and of reactant species. Recent developments have concentrated on improving control of these fluxes across the boundaries surrounding the thermal plasma. Secondary discharges (hybrid plasma generators) and pulse modulation of the plasma have been some of the approaches for this end. The use of such met...