Titlebook: Microbial Enhanced Oil Recovery; Principles and Poten Lalit Pandey,Pankaj Tiwari Book 2022 The Editor(s) (if applicable) and The Author(s),

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Swati Sharma,Pankaj Tiwari,Lalit Pandey use of enzymes or microorganisms and adsorption. Adsorption processes with nanomaterials have emerged as a promising technique for the removal of such inhibitors. This chapter shows the potential methods to detoxify hydrolysates, specifically using the adsorption process with potential adsorbents s

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Swati Sharma,Pankaj Tiwari,Lalit Pandeyc compounds released during the biomass decay represent themes that still must be solved to achieve the full potential of biofuels generation. This chapter provides fundamental knowledge to overcome the technological limitation and advance towards a wide production of biofuels from organic waste usi

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Optimum Formulation of Chemical Slug and Core Flooding Studies,ater flooding methods. However, the implementation of chemical-enhanced oil recovery schemes requires a deeper understanding of the process for its successful implementation. The comprehension of mechanisms such as interfacial tension, emulsification, displacement efficiency, mobility ratio and wett

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Screening of Extremophiles for Microbial Enhanced Oil Recovery Based on Surface Active Properties,es, acidophiles, halophiles and barophiles. These extremophiles follow certain metabolic pathways and possess extremozymes for their endurance to stimulate the microbial enhanced oil recovery (MEOR) process. They also demonstrate definite screening criteria such as very good surface activity by decl

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Effect of Reservoir Environmental Conditions and Inherent Microorganisms, (oxygen and nutrient availability, water content) lead to heterogeneity in oil reservoir temperature, pressure, water saturation, pH, salinity and formation water chemistry. These aspects are major factors governing each reservoir‘s significant microbial community composition along with their relat