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Home » Wastewater turns self-cleaning: New catalyst eliminates harmful pollutants

Wastewater turns self-cleaning: New catalyst eliminates harmful pollutants

Natural water bodies face a concerning threat from emerging contaminants (ECs) like endocrine disruptors, , and synthetic dyes, posing a significant risk to public water safety. Although current wastewater treatment technologies are somewhat effective, their limitations in efficiently removing these contaminants, often hydrophobic and present at low concentrations, are evident.

In a recent study published in Environmental Science and Ecotechnology, researchers from Guangzhou University introduced a groundbreaking CoFeQds@GN-Nws catalyst system. Uniquely harnessing the internal energy within wastewater, this catalyst's surface exhibits electron-rich and electron-poor micro-regions, fostering a self-purification mechanism.

This innovative process not only cleaves and oxidizes pollutants but also activates dissolved oxygen into superoxide radicals, significantly enhancing pollutant removal. Notably, the system operates at ambient temperature and pressure without relying on external oxidants, achieving nearly complete removal of ECs.

The study delves into the pivotal role of CoFe in creating an unbalanced electron distribution. This imbalance is crucial for the catalyst's efficacy, driving both the electron-donation effect of pollutants and the activation of dissolved oxygen into reactive oxygen species—an inventive purification process.

Professor Lai Lyu, the lead author of the research, emphasizes the transformative nature of the CoFeQds@GN-Nws system in wastewater treatment technologies. By tapping into the internal energy of wastewater and reducing dependence on external resources, this method not only addresses the challenge of ECs removal but also aligns with global sustainability goals.

The CoFeQds@GN-Nws system emerges as a paradigm shift in water purification technology. By minimizing resource and energy demands in water treatment, it contributes to a more sustainable and environmentally friendly approach to managing water pollution. This forward-thinking technology supports global initiatives for carbon neutrality and emission reduction, reinforcing the commitment to sustainable water security solutions.

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