Excessive phosphorus levels in aquatic environments create harmful algal bloom that
produces cultural eutrophication and poor water quality. The phosphorus removal from …

This study focuses on the mechanism of Nitrate (NO 3−) removal from aqueous solutions by
electrocoagulation (EC) using aluminum (Al) and iron (Fe) electrodes and on the reduction …

The electrolyzer is a significant reactor for separating water into favorable products:
hydrogen and oxygen. The technical difficulty lies in developing a system that satisfies the …

Despite the restricted success of conductor and semiconductor electrodes in solving
hydrogen production problems, they provide a promising alternative to expensive …

Among various anionic pollutants encountered in many wastewater effluents, phosphate is
an important one. Excessive concentration levels of phosphate must be reduced from …

An attempt was undertaken to determine indicators of energy consumption in bio-electro
reactors (BERs) ie, an aerobic rotating electrobiological disc contactor (REBDC) and an …

The soilless crop cultivation under cover generates wastewater called soilless cultivation
drainage (SCD), being a nutrient-rich overflow. The average concentration of phosphorus …

Organics removal from health-care wastewaters (HCWWs) is of prime concern worldwide.
Water reclamation along with treatment using electrochemical technique was achieved in …

A multifactor interaction study was performed using the combined response surface
methodology and an artificial neural network on the operational parameters and their …

The use of nitrogenous fertilizers, detergents, the food industry, the power industry, and
nuclear fuels are all man-made causes of nitrate pollution. High nitrate levels in drinking …