Bioremediation of effluents from biomass fractionation using microalgae: a circular economy approach

Agriculture & Biology

• circular economy 94%
• bioremediation 68%
• microalgae 58%
• effluents 57%
• fractionation 51%
• biomass 37%
• Tetradesmus 16%
• lignin 14%
• Arundo donax 12%
• bioenergy industry 12%
• castor beans 11%
• chemical oxygen demand 11%
• total phosphorus 10%
• hemp 10%
• Chlorella vulgaris 10%
• nanomaterials 10%
• molybdenum 9%
• acids 9%
• biopolymers 9%
• dietary minerals 9%
• total nitrogen 8%
• phenolic compounds 7%
• copper 7%
• zinc 6%
• minerals 6%
• sodium 6%

Engineering & Materials Science

• Bioremediation 100%
• Fractionation 80%
• Effluents 69%
• Biomass 55%
• Nanocellulose 27%
• Lignocellulosic biomass 24%
• Lignin 21%
• Micronutrients 16%
• Acids 15%
• Hemp 12%
• Chemical oxygen demand 12%
• Biopolymers 12%
• Nanostructured materials 10%
• Phosphorus 10%
• Molybdenum 10%
• Zinc 9%
• Sodium 8%
• Minerals 8%
• Impurities 8%
• Nitrogen 8%
• Sustainable development 7%
• Copper 7%
• Productivity 7%
• Chemical analysis 5%
• Industry 3%

Earth & Environmental Sciences

• circular economy 77%
• bioremediation 59%
• fractionation 51%
• effluent 43%
• biomass 37%
• lignin 18%
• acid 11%
• phenolic compound 10%
• reed 10%
• nanomaterial 9%
• molybdenum 9%
• chemical oxygen demand 8%
• zinc 7%
• trace element 6%
• sodium 6%
• sustainability 6%
• phosphorus 6%
• copper 6%
• productivity 6%
• industry 5%
• nitrogen 5%
• pollutant 5%
• mineral 4%