>
Fa   |   Ar   |   En
   Degradation of Basic Red 46 Dye From Color Wastewater Using Cold Atmospheric Plasma  
   
نویسنده abdollahi ghahi n. ,nohekhan m. ,rezazadeh azari f. ,rezaei fard b. ,bakhtiyari ramezani m. ,beigmohammadi n. ,aghamiri s. z. ,abdollahi dargah m.
منبع journal of nuclear research and applications - 2022 - دوره : 2 - شماره : 4 - صفحه:21 -24
چکیده    Contamination of groundwater with colored and toxic wastewater causes many environmental problems and adversely affects human health. in this study, basic red 46, the decolorization of textile dye, basic red 46, was studied using advanced oxidation processes (aops) in a non-thermal plasma reactor. the reactor uses a high voltage ac power source and airflow based on pin-to- water high-voltage corona discharge. the rate of the dye removal for 100 ml of this solution was investigated. the results showed that the corona discharge exhibited 85 % degradation efficiency for 50 mg/l of basic red 46 within 30 min of treatment time.
کلیدواژه Corona Discharge ,Basic Red 46 Dye ,Degradation.
آدرس nuclear science and technology research institute (nstri), plasma and nuclear fusion research school, Iran, nuclear science and technology research institute (nstri), plasma and nuclear fusion research school, Iran, nuclear science and technology research institute (nstri), plasma and nuclear fusion research school, Iran, nuclear science and technology research institute (nstri), plasma and nuclear fusion research school, Iran, nuclear science and technology research institute (nstri), plasma and nuclear fusion research school, Iran, nuclear science and technology research institute (nstri), plasma and nuclear fusion research school, Iran, nuclear science and technology research institute (nstri), plasma and nuclear fusion research school, Iran, nuclear science and technology research institute (nstri), plasma and nuclear fusion research school, Iran
پست الکترونیکی mah.abdollahi@gmail.com
 
     
   
Authors
  
 
 

Copyright 2023
Islamic World Science Citation Center
All Rights Reserved