In this study, biochars (BCs) derived from corn stalk treated at various pyrolysis temperatures
(350–950° C) were prepared and then loaded with Cu 2+ to form highly efficient algaecide …

The harmful cyanobacteria bloom is frequently occurring in the aquatic environment and
poses a tremendous threat to both aquatic organisms and ecological function. In this study, a …

Disposal of heavy metal-polluted biomass obtained from bioremediation through harmless
approaches is a big challenge. In this work, we investigated the effects of pyrolysis …

Seaweed biochar is an efficient alternative bioadsorbent for Cu2+ removal due to its low
cost and heavy metal removal capacity. Using the slow pyrolysis process, we produced …

Climate change and high eutrophication levels of freshwater sources are increasing the
occurrence and intensity of toxic cyanobacterial blooms in drinking water supplies …

The use of biochar as an adsorbent for environmental remediation has been attracting
increasing interest. However, biochar can contain contaminants such as polycyclic aromatic …

With the aim to develop optimized biochar with minimal contaminants, it is important
significance to broaden the understanding of biochar. Here, we disclose for the first time, a …

Antibiotics in the water environment pose harm to animals, plants, and humans. In this study,
biochar doped with sulfur (S), nitrogen (N), and NS was used to adsorb and activate …

The safe disposal of antibiotic mycelial residue (AMR), a hazardous waste, is a pressing
problem owing to the spread of antibiotic and heavy metal pollution. In this study, AMR …

Highlights•The stabilization of Cu and Cd in plants is significantly affected after
pyrolysis.•The addition of zeolite powder during pyrolysis is possible.•The biochar yield …