Yeni Nesil Piroliz Çarı İle Organik Madde ve Cr (VI) Adsorpsiyonu

Waste vehicle tires (WT) and high density polyetylene (HDPE) were pyrolyzed at 300, 500 700°C by slow pyrolysis. Solid product (pyrolysis char) collected pyrolysis char was used as adsorbent for COD Cr(VI) removal. The samples characterized BET, EDS, SEM XRD analysis. Based on the results of samples, WT 700 can be adsorbents Cr (VI) organic material adsorptions. removal efficiency investigated. In adsorption experiments, 0.1-0.5 g/100 mL doses 50°C 80°C temperatures. effects temperature dosage invesitigated. maximum capacity this new generation found to 14.09 mg/g 0.5 dose bettter in removals. correlation PSD1 (pseudo first order kinetic model) better than PSD2 second all doses. Temkin Langmuir isotherms isotherm removals, respectively. A approach present evaluation waste HDPE with study.