Excess nitrogen is one of the main causes of eutrophication in water bodies. In this study,
the undesirable agricultural lignocellulosic material giant reed was used to remove …

This study aimed to evaluate the ability of magnesium chloride modified carbonized rice hull
(MCRH) material for ammonium removal from synthetic and domestic wastewater. The …

Corn cob is an agricultural by-product worldwide available in large amounts. In this study,
the potential of raw corn cob as a natural lignocellulosic waste material of no economic …

Since adsorption is one of the best ammonium removal methods, great efforts have been
made to identify new low-cost and efficient adsorbents from agricultural waste and by …

In this study, a clinoptilolite was applied to remove ammonium from piggery wastewater. The
performance of ammonium removal and the correspondingly mechanisms were discussed …

High amounts of ammonium (NH4+) discharged in receiving water can lead to
eutrophication. The adsorption of NH4+ from synthetic solution onto granular activated …

The adsorption behaviors of ammonium ions from aqueous solution by a novel
bioadsorbent, the Boston ivy (Parthenocissus tricuspidata) leaf powder (BPTL) were …

Ammonium is strongly related to eutrophication and a key control of eutrophication in
aquatic systems, especially in agricultural runoff. In this study, a novel Fe–Mn binary oxide …

Abstract Excessive ammonium (NH 4+) and phosphate (PO 4 3−) in aquatic environments
can cause serious eutrophication. Agricultural waste is an efficient adsorbent for nutrients …

In order to reduce the impact of eutrophication caused by agricultural residues (ie, excess
nitrate) in aqueous solution, economic and effective anionic sorbents are required. In this …