نتایج جستجو برای: biological activated carbon

تعداد نتایج: 929892  

2012
Maxime Rattier Julien Reungoat Wolfgang Gernjak Jurg Keller

Journal: :Advances in Bioscience and Biotechnology 2021

This review article addresses the use of biological activated carbon in water treatment and its techniques for development, with premise analyzing potential Activated Carbon (AC) human consumption. For this end, it aims to identify used production AC, benefits, from vegetable waste treatment. has ability selectively collect gases, liquids impurities inside pores, which is reason widely filtrati...

Journal: :Journal of Japan Society on Water Environment 1995

Amir Hosein Mahvi , Mahboubeh Shiraniyan , Mohammad Hassan Ehrampoush , Mohammad Hossein Salmani , Mohammad Taghi Ghaneiyan , Mohsen Ansari , Parvaneh Tallebi ,

Introduction: There are different methods for removal of cadmium from aqueous solutions. Adsorption based methods are among the bests. One of the most important aspects for adsorption techniques is the availability of an accessible and economical adsorbent. This study aims to investigate cadmium removal from aqueous solutions by walnuts shell waste. Materials and Methods: Walnut Shell (WS) was...

Journal: :journal of the iranian chemical research 0
ardeshir shokrollahi department of chemistry, university yasouj, 75918-74831, yasouj, iran mehrourang ghaedi department of chemistry, university yasouj, 75918-74831, yasouj, iran mojdeh ranjbar department of chemistry, university yasouj, 75918-74831, yasouj, iran ameneh alizadeh department of chemistry, university yasouj, 75918-74831, yasouj, iran

the objective of this study was to assess the adsorption potential of activated carbon (ac) asan adsorbent for the removal of murexide (mu) from aqueous solutions. the influence of variablesparameters including ph, amount of adsorbent, sieve size of adsorbent, temperature and contact timeon mu removal was studied. following optimization of variables, the relation between concentrations ofdye re...

Journal: :iranian journal of public health 0
a.r. yazdanbakhsh; a.r. mesdaghinia; a. torabian; m. shariat

in this study two identical anaerobic completely mixed fluidized bed reactors with gac and sand media were employed for cod & phenol removal. at loading rate of 1.6 g phenol l-1d-1, the efficiency of phenol removal in gac & sand reactors were 97.7% & 74%, respectively. at high loading rate of phenol (6.09 g phenol i: 1d1) the efficiency of phenol removal in gac reactor was better than 95%. in g...

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