Biomass-Derived Carbon Quantum Dots as Sustainable Nanosensors for Pesticides and Toxic Metabolites
Accepted Manuscript -
Critical Review
Electroanalytical Overview: Recent Advances in the Sensing of Arsenic Using Screen-Printed Electrochemical Platforms
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This review integrates green nanotechnology with climate change–driven antibiotic contamination in water, highlighting eco-friendly nanomaterials, remediation mechanisms, and strategies for safe, sustainable, climate-resilient water treatment.
Green-synthesized nanoparticles: the next frontier in the bioelectrochemical mitigation of pesticides
The introduction of green nanoparticles to expedite the (bio)electrochemical reactions has proven to be a promising technique for wastewater treatment to meet the universal and equitable accessibility to clean water, which is in line with the clean water and sanitation goal (SDG 6).
Critical Review
A comprehensive toolkit for micro- to manoplastic analysis
A unified analytical toolkit integrates mass-, particle-, and morphology-based approaches to enable reliable detection, quantification, and standardisation of micro- and nanoplastics across diverse environmental matrices.
Synergistic integration of nanoscale zero-valent Iron and biological treatment for environmental remediation: mechanisms, system configurations, and performance optimization
This review explores the synergistic integration of nZVI with biological treatments for environmental remediation, detailing mechanisms, system configurations (illustrated for unanchored/anchored hybrids), key factors, and optimization strategies.
Nanochannel membranes for ion-selective electrodialysis: principles, materials, and environmental applications
The double-edged nanoparticle: remediation benefits vs. mechanistic toxicity risks in aquatic systems
This review critically analyzes the shared mechanistic origins of nanoremediation efficacy and ecotoxicity, advocating for a safer-by-design paradigm.