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Öz A hybrid nanocomposite namely C3N4/DEU-51(Fe) was developed to reduce the Cr(VI) from a textile industry wastewater. C3N4/DEU51(Fe) exhibited a good cristalinity. The photocatalytic reaction of the carboxyl groups of the composite is in center and it is associated with the C-H-vibration. The optimal doping content of C3N4 was determined to be 1.2 mg/L to treat 1.6 mg/L Cr(VI) with a maximum yield of 98% at a sun light power of 80 mW/m2 after 15 min at 42oC in summer. After 5 th times sun light experiments, the C3N4/ DEU-51(Fe) was reused with a yield of 97%. The Cr(VI) reduction was explained with the Langmuir-Hinshelwood (L-H) kinetic model. C3N4/DEU-51(Fe) hibrit nanokompoziti bir tekstil endüstrisi atık suyundaki Cr(VI)' yı azaltmak için geliştirilmiştir. C3N4/DEU-51(Fe) kristal özellikli olup bu kompozitin merkezindeki karboksil gruplarının fotoparçalanma reaksiyonu C-H bağlanmasıyla ilgilidir. 1.6 mg/L Cr(VI)' yı yaz ayında %98 lik maksimum verimle gidermek için optimum koşullar; 1.2 mg/L C3N4, 15 dak temas süresi, 80 mW/m2 güneş ışığı şiddeti ve 42oC sıcaklıktır. C3N4/DEU-51(Fe) nanopartikülü 5 kez kullanıldıktan sonra %97 verimle geri kullanılmıştır. Cr(VI) giderimi Langmuir-Hinshelwood (L-H) kinetik modelle açıklanmıştır. Cr(VI) giderimi Langmuir-Hinshelwood (L-H) kinetik modelle açıklanmıştır.

Remediation of Cr(VI) using C3N4/DEU-51(Fe) under sun light irradiation