The presence of bromate in water sources generates environmental concern due to its
toxicity for humans. Diverse technologies, like membranes, ion exchange, chemical …

Consideration of the water–energy–food nexus is critical to sustainable development, as
demand continues to grow along with global population growth. Cost-effective, sustainable …

Removal of toxic byproducts such as bromate (BrO3–) from drinking water is a vital process.
Two-dimensional (2D) titanium carbide also known as MXene (Ti3C2TX) was proven a …

For over two decades, Pd has been the primary hydrogenation metal studied for reductive
catalytic water treatment applications. Herein, we report that alternative platinum group …

Photocatalytic water splitting using solar radiation has drawn considerable attention for
production of hydrogen because of minimal carbon emissions, however huge limitations that …

Over the past few years, heterogeneous catalysis has been recognized as a versatile and
efficient approach for applications in environmental remediation systems. The water …

In this study, pyrolysis of lignin impregnated with cobalt (Co) was conducted to fabricate a
Co-biochar (ie, Co/lignin biochar) for use as a catalyst for bromate (BrO3–) reduction …

Zero valent aluminum (ZVAl), prepared from washing aluminum powder with acids, is
employed for the first time to remove bromate from water. With a short acid-washing time (ie …

Bromate in water has been associated with cancer risks for lifetime exposures, and present
technologies for its removal have important drawbacks that create a need for the …

The reduction of bromate to bromide was successfully catalyzed by mono and bimetallic
catalysts based on ZSM5 zeolites. This reaction is important since the presence of bromate …