Electrochemical treatment of simulated beet sugar factory wastewater

Electrochemical treatment of actual sugar industry wastewater using aluminum electrode

“…Order with respect to CD in range 44.5-178 A/m 2 is evaluated to be 0.591. Guven et al (2009) reported 1.2 orders with respect to COD for ECT of simulated beet sugar factory wastewater. They have not reported order with respect to CD.…”

“…Kushwaha (2013) has shown various treatment technologies to treat SIWW in his review article. Some works have been reported on treatment of simulated SIWW by EC process (Guven et al 2009;Asaithambi and Matheswaran 2011); however, no work has been reported to treat original cane-based SIWW.…”

“…EC process is a recently developed technique which is being employed in the treatment of various wastewaters (Kim et al 2002;Aoudj et al 2010;Serge et al 2010;Kamaraj et al 2013;Maleki et al 2014;Ndjomgoue-Yossa et al 2014). It is a simple, efficient, safe, flexible and cost-effective treatment process (Bayramoglu et al 2004(Bayramoglu et al , 2007Guven et al 2009). Less sludge generation, less chemicals requirement, little space requirement, shorter residence time and colorless treated effluent production are some advantages of this process (Ahlawat et al 2008).…”

Optimization of Pretreatment and Alkaline Cooking of Wheat Straw on its Pulpability Using Response Surface Methodology

“…A polynomial regression method was used to fit the experimental data by a quadratic equation using statistical software (Design-Expert 8.0.6). The second order polynomial equation can be expressed as (Sridhar et al 2012), (1) where Y is the response, xi and xj are variables (i and j range from 1 to k), β0 is the model intercept coefficient, βj, βjj, and βij are interaction coefficients of linear, quadratic, and the second-order terms, respectively, k is the number of independent parameters (k = 3), and ei is the error (Singh et al 2008;Güven et al 2009). …”

<bold>The efficiency of electrocoagulation using aluminum electrodes</bold>i<bold>n treating wastewater from a dairy industry</bold>

“…Among chemical methods, electrochemical (EC) treatment is one of the advanced processes which offer high removal efficiencies in compact reactors with simple equipments for control and operation of the process (GUVEN et al, 2009). Electrocoagulation is the process of destabilizing suspended, emulsified, or dissolved contaminants in an aqueous medium by introducing an electric current into the medium (MOLLAH et al, 2004 This process involves applying an electric current to sacrificial electrodes inside a reactor tank where the current generates a coagulating agent and gas bubbles.…”