Electro-combustion of Pyridazine using a Boron-Doped Diamond Anode
نوع المنشور
بحث أصيل
المؤلفون
  • Mohamed Errami
  • Houceine Bouya
  • Rachid Salghi
  • Hassan Ali Ismat
  • Shehdeh Jodeh
  • Belkheir Hammouti
النص الكامل
تحميل

Disposal of industrial wastewater containing pyridazine compound by electrochemical methods has been studied in this paper. It was found that only a small fraction of the organics was xidised by direct electrolyses, while complete mineralisation of the organics was obtained with the indirect process, electrogenerating hypochlorite from chloride oxidation. The effects of perating factors, such as concentration of pyridazine, current density and chloride oncentration, were also investigated. The experimental data suggested that the Boron-Doped Diamond Anode (BDD) had the highest electrocatalytic activity and increasing the chloride concentration in the lectrolyte resulted in an increasing of COD and electro- oxidation removal.

المجلة
العنوان
Chem. Sci. Rev. Letters 10/2014; 3(11S):170-176
الناشر
--
بلد الناشر
فلسطين
نوع المنشور
Both (Printed and Online)
المجلد
--
السنة
2014
الصفحات
--