Kinetic Models Could Bridge the Gap Between Lab-Scale Algae Wastewater Treatment and Real Industry
A new review argues that kinetic modelling of Chlorella growth, pollutant removal, and product formation is the key to scaling ...
A new review argues that kinetic modelling of Chlorella growth, pollutant removal, and product formation is the key to scaling ...
A new review details how anaerobic digestion, fermentation, composting and single-cell protein production could convert the world's 1.3 billion tonnes ...
A new review argues that microalgal recovery of critical metals from dilute waste streams depends on speciation chemistry and mass-balanced ...
Researchers in South Korea installed artificial spawning structures that attracted golden cuttlefish and bigfin reef squid, with an estimated 261,351 ...
Researchers report a test-time fine-tuning approach that adapts large-scale vision foundation models to segment electronic waste, cutting end-to-end processing time ...
A graphene oxide-polyelectrolyte membrane rejected 99.53% of magnesium ions in a simulated three-stage process for extracting lithium from high-magnesium brines.
A perspective in Discover Sustainability argues that the climate and resource benefits of landfill mining in the Global South diminish ...
A 2026 perspective proposes a material–process–resource framework for showing why pollutant removal, captured resources and estimated energy recovery do not ...
A Nature Water study introduces a unified framework for comparing ion selectivity in electrodialysis and membrane capacitive deionization, revealing unique ...
The choice of cafeteria wastewater as a cultivation substrate deserves particular attention, because food-service effluents differ in composition from typical ...
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© 2026 Scienmag - Science Magazine