Green Sustainable Process for Chemical and Environmental Engineering and Science

<p>Part 1: Production, Assessment and Optimization of Biosurfactants for Bioremediation<br>1. Isolation, screening, and characterization of biosurfactant-producing microorganism that can biodegrade heavily polluted soil<br>2. Mass production of active metabolites/biosurfactants from microorganisms isolated from polluted, agricultural, or uncultured soil, and their utilization for eco-restoration of polluted soil<br>3. Assessing the presence of hydrocarbon-biodegrading bacteria using multiplex primers/Geochip<br>4. Optimization, modelling, prediction, and kinetics of key factors supporting the biodegradation process after treatment with biosurfactants<br>5. Environmental impact assessment of polluted soil using biosurfactants<br>6. Validation of eco-restored soil after treatment with biosurfactants</p> <p>Part 2: Remediation and Degradation Applications<br>7. Bioremediation of Polythenes and Plastics using biosurfactants<br>8. Application of biosurfactants for treatment of effluent waste, polluted water, wastewater and sewage sludge<br>9. Application of biosurfactants and their combination with nanomaterials in the purification of polluted and contaminated water<br>10. Application of biosurfactants for biosorption in heavily contaminated soil and water<br>11. Eco-restoration and Nanobioremediation of polluted soil using nanomaterials synthesized from biosurfactant<br>12. Relevance of CRISPR Genetic Engineering for the enhancement of Xenobiotic Degradation and ecorestoration potential of heavily polluted soil<br>13. Application of biosurfactants as a non-invasive stimulant to enhance the degradation activities of the indigenous hydrocarbon degraders in soil<br>14. Biotransformation of polluted soil when treated with biosurfactants: petroleum hydrocarbons, polycyclic aromatic hydrocarbons, and pesticides<br>15. Application of biosurfactants in the extraction of bitumen from tar sands</p>