Water and Wastewater Treatment

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• HAMDULLAH SEÇKİN

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• FATİH ŞEN
• MELİHA KOLDEMİR GÜNDÜZ

Waste water (COD=1063 mg l−1, BOD5=367 mg l−1) obtained from an integrated textile manufacturing plant was treated in two stages. In the first stage it was coagulated by 1200 mg l−1 alum and 2 mg l−1 polyelectrolyte at pH=8. In the second stage application of photocatalytic advanced oxidation processes to the coagulat…

• İDİL ARSLAN ALATON

In this study, the photocatalytic degradation of two biologically treated textile finishing wastewater was investigated using powdered TiO2 and ZnO catalysts with UV-A lamp irradiation. Photodegradation and photodecolorization of the samples real textile industrial wastewater is observed directly proportional to pH an…

• DENİZ İZLEN ÇİFÇİ

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• YILDIZ AYDIN

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• AHU ALTINKUT UNCUOĞLU

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• FATİH DOĞAN KOCA

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• MUSA KAR

I n various advanced oxidation processes, photocatalysis is a promising and efficient way? to remove natural organic matter consisting of humic acids and fulvic acids. The principle of this method involves both usage of a semiconductor photocatalyst and O2 for the generation of radicals. Among them, TiO2 photocatalysi…

• ÜMİT NAZLI TÜRKTEN

Concrete decomposing the organic compounds on because of natural or anthropogenic contaminating sources with photocatalysis existing in its structure is called self-cleaning concrete. In this study, the self-cleaning concrete with industrial waste has been searched from the point of mechanical and physical characteris…

• MEHMET CANBAZ

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ABSTRACT The aim of this work was to formulate an empirical model using the data of the electrochemical treatment of cattle slaughterhouse wastewater. The empirical model was developed using response surface methodology with optimal design considering an irregular process space. As operational factors, current density…

• KAĞAN ERYÜRÜK