Nutrients and Colored Compounds in Wastewater

1. Introduction<br>2. Azolla as phytoremediation agent in agricultural wastewater<br>3. Fluctuation of salinity alters phytoremediation performance of lead by spirulina platensis<br>4. Nutritional and biochemical properties recovery from cocoa based wastewater industry<br>5. Struvite precipitation from wastewater for sustainable phosphorus fertilizer<br>6. Phosphorus recovery from different organic substrates using single and mixed anaerobic digestion<br>7. Review of membrane hybrid systems for nutrient recovery from wastewater<br>8. Plant nutrients recovery from agro-food wastewaters using microbial electrochemical technologies<br>9. Membrane technologies for nutrient recycling from a microbial fermentation effluent<br>10. Recovery of struvite and water via electrocharged forward osmosis<br>11. Recovery of Ammonia from Wastewater<br>12. Modified halloysite for ammonium ion removal<br>13. Adsorption of ammonium ion, chromium and Fe using oil palm empty fruit bunch fiber based SMC from volvariella volvacea cultivation<br>14. Biochar for resource recovery and pharmaceutical removal from human urine<br>15. Nutrient recovery and ammonia-water production by MF-vacuum evaporation treatment<br>16. Coloured compounds removal and nutrient recovery: How membrane technologies in water treatment can be a contributor<br>17. Recent developments of biochar in the recovery and removal of nutrients and dyes in wastewater treatment<br>18. Colour and nutrient removal using water treatment residuals<br>19. The activated carbon produced from bamboo biochar (dendrocalamus asper) and its application as methylene blue dye removal from wastewater<br>20. Potential application of biosurfactant in micellar-enhanced ultrafiltration for removal of toxic dyes from aqueous stream: Performance, membrane fouling, and prospects<br>21. Simultaneous degradation of anionic and cationic dyes using electro-catalytic and photo-catalytic from multi-component systems: A Review<br>22. Adsorptive and photocatalytic removal of coloured pollutants from wastewaters: A critical review<br>23. Optimization of exhaustion rate in dyeing for effluent recovery<br>24. Low energy electrochemical oxidation efficiently oxidizes for textile dye<br>25. Removal of synthetic dyes from aqueous environment using metal-organic frameworks<br>26. Separation of industrial polymer effluent using chemical coagulant and flocculation<br>27. Development of coagulant based on Sabah local fruit<br>28. Conclusions and future prospects