The present study aims to prepare waste water caltrop (Trapanatans L.) epicarp (WCS)-
based adsorbents such as raw WCS (WCS-Raw), citric acid-grafted WCS (WCS-CA) …

In this present study, a novel and low cost surface improved material was prepared from the
farm waste material (Borassus flabellifer male inflorescence) and its surface was enhanced …

Exposure to divalent nickel [Ni (II)] poses a significant risk to human health. The present
study was conducted to evaluate the biosorption capacity of acorn shell of Quercus …

Background Pod of pigeon pea (Cajanus cajan) was used as a novel eco-friendly material to
investigate its nickel binding efficiency. The influence of key physicochemical parameters …

This research work describes the utilization of Hass avocado shell (HAS), ie, a waste
material generated in large quantities from the fruit consumption, to detoxify and remove …

Over years, existence of toxic chemical heavy metal in aquatic systems has motivated more
research studies toward the preparation of effective stable solid adsorbents for the removal …

Purpose The present study provided a comprehensive description regarding the application
of a mixture of three nonliving classes of algae as a promising and inexpensive biosorbent …

In this study, the adsorption behavior of Ni (II) in an aqueous solution system using natural
adsorbent Peganum harmala-L was measured via batch mode. The prepared sorbent was …

Elimination of heavy metals from wastewater has been a significant process to improve the
aquatic source's quality. Various materials act as very effective adsorbents to remove heavy …

Biosorption has become an attractive alternative to chemical treatment methods, which use
large amounts of toxic chemicals. Jackfruit peel (JFP) is an effective low-cost biosorbent for …