Summary
This narrative review examines the potential of microalgae-based systems to remediate refractory organic pollutants—compounds resistant to conventional treatment methods—as part of broader environmental sustainability objectives. The authors likely synthesise evidence on microalgal metabolism, enzymatic pathways, and operational parameters that enhance bioremediation efficacy. The work positions microalgal biotechnology as a cost-effective, photosynthetic approach to pollution control with potential co-benefits including biomass production.
UK applicability
Microalgal bioremediation may address UK contamination challenges in industrial legacy sites and agricultural runoff; however, application would require adaptation to UK climate conditions and integration with existing environmental regulation frameworks. The technology could complement UK soil health and water quality recovery initiatives under the Environment Act 2021.
Key measures
Pollutant removal rates; microalgal growth kinetics; degradation pathways; environmental sustainability indicators
Outcomes reported
The study likely reviews microalgal species and mechanisms for degrading refractory (persistent, resistant-to-degradation) pollutants in contaminated water and soil environments. Outcomes probably include assessment of pollutant removal efficiency, microalgal strain performance, and environmental sustainability metrics.
Topic tags
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