Solid waste-based geopolymer grouting materials were prepared using fly ash, calcium
carbide slag, and flue gas desulphurisation gypsum as the main raw materials. The effect of …

Excess nutrients, such as phosphorus (P), in watersheds jeopardize water quality and
trigger harmful algal blooms. Using phosphorus sorption material (PSM) to capture P from …

Black-odorous water, caused by hypoxia and overloading of nitrogen and phosphorus, is
ubiquitous in global urban rivers. In this study, we developed oxygen-loaded adsorbents by …

Layered double hydroxides promise efficient phosphorus removal from water, yet their
preparation process inevitably leads to the consumption of metal minerals and incurs high …

Phosphorus is an essential element for sustaining life, and efficient recovery and recycling of
phosphorus is a great challenge. One significant and practical strategy for phosphorus …

Highly efficient and low-energy SO2 capture technology is a key measure to control SO2
pollution and sulfur supply side and demand-side balancing. This paper reviews the current …

Waste resource utilization can save energy, reduce costs, and is one of the important means
to protect the environment. Flue-gas desulphurized (FGD) gypsum is a common industrial by …

Due to the low adsorption capacity, poor adsorption selectivity and poor biocompatibility of
bilirubin adsorption materials currently used, it is still a challenge to design an efficient …

Flue gas desulfurization gypsum (FGDG) is one of the typical bulk solid wastes. With its vast
production and considerable storage capacity, it accumulates in substantial quantities …

This study introduces calcined water hyacinth (CWH), processed at 650° C, as a novel and
environmentally friendly adsorbent for phosphorus (P) removal from wastewater. Building on …