The development of treatment processes from laboratory scale to industries involves a lot of troubles due to the automation of process parameters and fluctuated characteristics of wastewater. In the present study, six different real-time textile effluents of samples such as S1 to S6 are characterized and treated by electrocoagulation process using Stainless Steel (SS) and Aluminum (Al) elec...

Industrial development and extensive use of heavy metals have led to the problem of environmental pollution. Nickel compounds are toxic to plants and have detrimental effects on their growth. Valerian is a plant used in herbal medicine. Considering the hazards of nickel, various methods have been developed to remove this contaminant from herbs irrigation wastewater, including the common chemica...

Effluent treatment and reuse are essential in order to address the global problem of water scarcity. Additionally, improving quality treated wastewater is necessary reduce its adverse effects on natural resources and, consequently, human health. Electrocoagulation adsorption have been successfully applied separately treat different wastewaters. Each method has unique benefits, drawbacks, parame...

In the fishmeal industry, seawater is used to transport fish factories. Due this, “pumping water” with high concentrations of organic matter generated that treated via chemical coagulation before letting it into sea. The objective this study characterize and compare sludge obtained from conventional electrocoagulation process. A pilot plant was built next a plant. both methodologies analyzed fo...

Batik coloring still uses synthetic dyes, so the disposal of waste should not be careless. Most batik craftsmen process their by settling liquid for a long time. The is very ineffective. purpose this research to design processing tool that cheap and effective. method electrocoagulation method. an electrochemical water treatment. treatment consists five parts including: (1) Electrocoagulation Tu...

In this study, salicylic acid, an important and widely used micropollutant in the pharmacy sector, removal by electrocoagulation process was investigated. Electrocoagulation electroflotation processes are commonly techniques electrochemical treatment. The type of electrode material employing is one basic variables which determining performance. experiments, iron aluminum plates were employed as...

Electrocoagulation of a plant extract and certain substances representative of selected classes of plant pigments, viz. chlorophyll, a carotenoid, a phenolic substance and a tannin, was performed in ethanol containing varying amounts of water (15-75%). The results showed that the extent and efficiency of coagulation of these substances tends to vary in a manner directly related to the water con...

• A review of electrocoagulation for a range pollutants. Electrode processes depend upon the electrode material. pollutant removal mechanisms can occur. Emerging challenges are system design and modeling. Electrocoagulation (EC) electrocoagulation-flotation (ECF) widespread interest owing to their effectiveness simultaneous abatement broad pollutants in drinking waste waters, but capability var...

The issue of environment and sustainable energy are two issues that have not been completely resolved until today. Liquid waste treatment technology, which can remove pollutants produce hydrogen gas, is interesting to study since itself one the sources whose use has begun be developed. Aim: following article will discuss several aspects developed in each technology. Methodology Results: Electro...