Advances in Oil-Water Separation

Section A: Overview on oil pollution and its effect on environment 1. An overview of oil pollution and oil-spilling incidents 2. Spatio-temporal distribution of Oil spill effect in the estuarine terrain of Bhagirathi-Hooghly river, West Bengal, India 3. Oil pollution and municipal wastewater treatment: issues and impact 4. Overview on worldwide regulations on oil pollution control 5. Technological aspects of different oil and water separation advanced techniques 6. Impact analysis of oil pollution on environment, marine and soil communities 7. Impact of Oil Exploration and Spillage on Marine Environments

Section B: Physical processes 8. Super-hydrophobic polymeric adsorbents as an efficient oil separator 9. Oil Spill Treatment Using Porous Materials 10. Nanotechnological advances for oil spill management: Removal, recovery and remediation 11. Carbon nanotube (CNT) based oil-water separation 12. Nanocoated membrane for oil treatment

Section C: Thermo-chemical processes 13. Chemical Stabilisation of oil by elastomizers 14. Advances in burning processes and their impact to the environment 15. Use of chemical dispersants for management of oil pollution 16. Use of emulsifier as the agent for oil spill mitigation

Section D: Biological processes 17. Use of live microbes for oil degradation in-situ 18. Metagenomics- An Approach for Selection of Oil Degrading Microbes and its Application in Remediation of Oil Pollution 19. Potentiality of Enzymes as a green tool in Degradation of Petroleum Hydrocarbons 20. Bioremediation: an ecofriendly approach for the treatment of oil spills 21. Bioremediation of black tides: Strategies involving genetically modified organisms 22. Microbes and marine oil spills: Oil-eating bugs can cure oily sea-sickness 23. Hybrid biological processes for the treatment of oily wastewater

Section E: Miscellaneous 24. Efficient management of oil waste: Chemical and physiochemical approaches 25. Membrane bioreactors for the treatment of oily wastewater: pros and cons 26. Overview on natural materials for oil water separation 27. Extraction and separation of oils: the journey from distillation to pervaporation

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• Purificação e desalinização de águas
• Engenharia química
• Engenharia bioquímica
• Microbiologia (não médica)

?Adsorption; Aerogels; Algae; Amendments; Aquatic animals; Bacteria; Bioaugmentation GMOs; Biodegradation; Bioreactor; Bioremediation; Chemical and physicochemical approaches; Chemical dispersant; Chemical dispersants; Clean up; Consortium microorganism; Contact angle; Demulsification; Ecological balance; Ecological quality; Ecological system; Economic; Elastomizers; Emerging contaminants; Emulsifier; Emulsion; Enrichment factor; Environment; Environment-friendly; Environmental; Environmental pollution; Enzyme; Enzymes; Food chain; Fouling; Functional nanomaterials; Fungi; Genetically modified microorganisms; Heavy metal; Hybrid biological processes; Immobilization; Impact analysis; Kinetics; Laws; MBR; Marine ecosystem; Marine oil spill; Marine pollution; Marine vertebrates and invertebrates; Membrane; Metagenomics; Microbial communities; Microbial species; Molecular tools; Municipal solid waste; Nano-coated membrane; Nanofluids; Nanopolymers; National boundaries; Natural materials; Natural sorbent; Oil absorption; Oil degrading microbes; Oil extraction; Oil filtration; Oil pollution; Oil production; Oil spill; Oil spillage; Oil spills; Oil waste; Oil-seeps; Oil-spill; Oil-water separation; Oil/water separation; Oily wastewater; Optimization; Organic pollutants; Organic solvents; Organizations; Pervaporation; Petroleum hydrocarbon; Petroleum hydrocarbons; Petroleum products; Pollution; Pollution-free environment; Porous material; Recovery; Remedial measures; Remediation; Removal; Reusable; SWOT; Sediment indices; Sponge; Stabilization; Super wettability; Superhydrophobic; Superhydrophobicity; Superoleophilic; Surface modification