Green Sustainable Process for Chemical and Environmental Engineering and Science: Microbially-Derived Biosurfactants for Improving Sustainability in Industry explores the role biosurfactants may play in providing more sustainable, environmentally benign, and economically efficient solutions for mitigating challenges experienced in the industrial sector. Sections cover an introduction to their production and review their application across a broad range of industry applications, from polymer and biofuel production to lubrification and corrosion protection. Drawing on the knowledge of its expert team of global contributors, the book provides useful insights for all those currently or potentially interested in developing or applying biosurfactants in their own work.
As awareness and efforts to develop greener products and processes continue to grow in the chemistry community, biosurfactants are garnering much attention for the potential roles they can play, both in reducing the use and production of more toxic products and as tools for addressing existing problems.
1. GREEN SUSTAINABLE PROCESS FOR CHEMICAL AND ENVIRONMENTAL ENGINEERING AND SCIENCE - p. i 2. Cover - p. i 3. Title Page - p. i 4. Copyright Page - p. iv 5. Table of Contents - p. iv 6. Contributors - p. xiii 7. Chapter 1 Biosurfactant role in microbial enhanced oil recovery - p. 1 8. Chapter 2 Application of biosurfactant in fuel formulation - p. 35 9. Chapter 3 Application of biosurfactants in the production of personal care products, and household detergents and industrial and institutional cleaners - p. 49 10. Chapter 4 Application of biosurfactants in algae cultivation systems - p. 97 11. Chapter 5 Application of biosurfactant in food industry - p. 109 12. Chapter 6 Utilization of agroindustrial wastes with a high content of protein, carbohydrates, and fatty acid used for mass production of biosurfactant - p. 127 13. Chapter 7 Applications of biosurfactants in the production of paints and other glossy emulsions - p. 147 14. Chapter 8 Biosurfactant production by solid-state fermentation, submerged fermentation, and biphasic fermentation - p. 155 15. Chapter 9 Applications of biosurfactants in the production of industrially relevant bioproducts - p. 173 16. Chapter 10 Application of biosurfactants and nanomaterials in the treatment of polluted water - p. 203 17. Chapter 11 Application of biosurfactant in the refinery of crude oil - p. 235 18. Chapter 12 Application of biosurfactant for the production of adjuvant and their synergetic effects when combined with different agro-pesticides - p. 255 19. Chapter 13 High industrial beneficial microorganisms for effective production of a high quantity of biosurfactant - p. 279 20. Chapter 14 Strain improvement methodology and genetic engineering that could lead to an increase in the production of biosurfactants - p. 299 21. Chapter 15 Application of biosurfactants in the disruption of cell biomass - p. 317 22. Chapter 16 Significant of biosurfactants in the lubrification, mineral flotation, and petroleum recovery - p. 329 23. Chapter 17 Important parameters necessary in the bioreactor for the mass production of biosurfactants - p. 347 24. Chapter 18 Application of biosurfactant for effective production of biocides from sulfate-reducing bacteria - p. 367 25. Chapter 19 Mass production and factors affecting biosurfactant productivity using bioreactors - p. 379 26. Chapter 20 Application of biosurfactant as a demulsifying and emulsifying agent in the formulation of petrochemical products - p. 399 27. Chapter 21 Sophorolipids and rhamnolipids as a biosurfactant: Synthesis and applications - p. 423 28. Chapter 22 Application of biosurfactant in the formulation of petrochemical products such as demulsifying/emulsifying agents - p. 473 29. Chapter 23 Biosurfactants from halophilic origin and their potential applications - p. 489 30. Chapter 24 Synergistic effect of biosurfactant with nanomaterials for the bioremediation of toxic sites - p. 523 31. Index - p. 537
Green Sustainable Process for Chemical and Environmental Engineering and Science: Microbially-Derived Biosurfactants for Improving Sustainability in Industry explores the role biosurfactants may play in providing more sustainable, environmentally benign, and economically efficient solutions for mitigating challenges experienced in the industrial sector. Sections cover an introduction to their production and review their application across a broad range of industry applications, from polymer and biofuel production to lubrification and corrosion protection. Drawing on the knowledge of its expert team of global contributors, the book provides useful insights for all those currently or potentially interested in developing or applying biosurfactants in their own work.
As awareness and efforts to develop greener products and processes continue to grow in the chemistry community, biosurfactants are garnering much attention for the potential roles they can play, both in reducing the use and production of more toxic products and as tools for addressing existing problems.
1. GREEN SUSTAINABLE PROCESS FOR CHEMICAL AND ENVIRONMENTAL ENGINEERING AND SCIENCE - p. i 2. Cover - p. i 3. Title Page - p. i 4. Copyright Page - p. iv 5. Table of Contents - p. iv 6. Contributors - p. xiii 7. Chapter 1 Biosurfactant role in microbial enhanced oil recovery - p. 1 8. Chapter 2 Application of biosurfactant in fuel formulation - p. 35 9. Chapter 3 Application of biosurfactants in the production of personal care products, and household detergents and industrial and institutional cleaners - p. 49 10. Chapter 4 Application of biosurfactants in algae cultivation systems - p. 97 11. Chapter 5 Application of biosurfactant in food industry - p. 109 12. Chapter 6 Utilization of agroindustrial wastes with a high content of protein, carbohydrates, and fatty acid used for mass production of biosurfactant - p. 127 13. Chapter 7 Applications of biosurfactants in the production of paints and other glossy emulsions - p. 147 14. Chapter 8 Biosurfactant production by solid-state fermentation, submerged fermentation, and biphasic fermentation - p. 155 15. Chapter 9 Applications of biosurfactants in the production of industrially relevant bioproducts - p. 173 16. Chapter 10 Application of biosurfactants and nanomaterials in the treatment of polluted water - p. 203 17. Chapter 11 Application of biosurfactant in the refinery of crude oil - p. 235 18. Chapter 12 Application of biosurfactant for the production of adjuvant and their synergetic effects when combined with different agro-pesticides - p. 255 19. Chapter 13 High industrial beneficial microorganisms for effective production of a high quantity of biosurfactant - p. 279 20. Chapter 14 Strain improvement methodology and genetic engineering that could lead to an increase in the production of biosurfactants - p. 299 21. Chapter 15 Application of biosurfactants in the disruption of cell biomass - p. 317 22. Chapter 16 Significant of biosurfactants in the lubrification, mineral flotation, and petroleum recovery - p. 329 23. Chapter 17 Important parameters necessary in the bioreactor for the mass production of biosurfactants - p. 347 24. Chapter 18 Application of biosurfactant for effective production of biocides from sulfate-reducing bacteria - p. 367 25. Chapter 19 Mass production and factors affecting biosurfactant productivity using bioreactors - p. 379 26. Chapter 20 Application of biosurfactant as a demulsifying and emulsifying agent in the formulation of petrochemical products - p. 399 27. Chapter 21 Sophorolipids and rhamnolipids as a biosurfactant: Synthesis and applications - p. 423 28. Chapter 22 Application of biosurfactant in the formulation of petrochemical products such as demulsifying/emulsifying agents - p. 473 29. Chapter 23 Biosurfactants from halophilic origin and their potential applications - p. 489 30. Chapter 24 Synergistic effect of biosurfactant with nanomaterials for the bioremediation of toxic sites - p. 523 31. Index - p. 537
