Brilliant green (BG) is an important group of highly recalcitrant and toxic dyes, and removing
it from water may be a serious challenge. In this endeavor, the current state of the art in …

Due to the world-wide energy crisis and economic issues, biomass has become a resource
of global interest as an alternative to activated carbon (AC) produced using non-renewable …

Sustainable management of critical raw materials is of paramount importance to ensure a
steady supply and reduce environmental impact. The application of newly synthesized and …

Economically viable, easy to operate and highly efficient techniques for water treatment are
one of the basic amenities that should be provided to every individual in our society. Here …

The abundance of gasification char residues which contributed to solid waste management
problem is one of the major concerns in biomass gasification industry. This study focuses on …

In reducing heavy metals from water for direct or indirect consumption, various synthetic
materials have been used; there is a tendency to use natural, biodegradable, and …

Biodegradable naturally occurring adsorbents derived from waste precursors are essential
for water sustainability. This study investigates using modified cellulose nanostructure (m …

Due to increasing interest in the application of perovskites as promising adsorbents, the
present study looks at how central composite design (CCD), a subset of response surface …

Trapa natans peels (TNPs) and Citrullus lanatus peels (CLPs) were utilized for the
biosorptive removal of brilliant green dye (BGD), after modifying with citric acid …

Excess dissolved phosphorus can cause eutrophication of water bodies. Various porous
materials have been proposed to reduce P levels to acceptable levels. The study aimed to …