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VALORIZATION AND TREATMENT OF OILY WASTEWATERSFROM AGRO-INDUSTRIESUSING LIPASES: AN OVERVIEW
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Oily wastewater from agro-industries can cause severe environmental and public health damages if unproperly treated. The conventional methods have several limitations for the treatment of oily wastewaters since the oil fraction can cause pipe clogging and biomass washout during the biological step. Based on this, the use of lipases can increase the oil removal efficiency of the treatments, minimizing operational problems,and improving the performance of the biological process. Lipases can also be used for the valorization of the oily wastewaters, transforming these waste streams intovaluable compounds, such as biodiesel, lubricants, antioxidant agents, etc. The use of wastes for the production of value-added compounds followsthe circular economy approach, minimizing the generation of residues and potential environmental liabilities. Thus, this study aims to give a general overview of themain topics related to thetreatment and valorization of oily wastewaters using lipases. The main characteristics of oily wastewaters from agro-industries areaddressed, as well as the most used conventional techniques for their treatment. Some relevant information about the enzyme lipaseisalso discussed to give the reader a background about how these enzymes can be applied for the treatment and transformation of oily wastes.
Instituto Internacional Despertando Vocações
Title: VALORIZATION AND TREATMENT OF OILY WASTEWATERSFROM AGRO-INDUSTRIESUSING LIPASES: AN OVERVIEW
Description:
Oily wastewater from agro-industries can cause severe environmental and public health damages if unproperly treated.
The conventional methods have several limitations for the treatment of oily wastewaters since the oil fraction can cause pipe clogging and biomass washout during the biological step.
Based on this, the use of lipases can increase the oil removal efficiency of the treatments, minimizing operational problems,and improving the performance of the biological process.
Lipases can also be used for the valorization of the oily wastewaters, transforming these waste streams intovaluable compounds, such as biodiesel, lubricants, antioxidant agents, etc.
The use of wastes for the production of value-added compounds followsthe circular economy approach, minimizing the generation of residues and potential environmental liabilities.
Thus, this study aims to give a general overview of themain topics related to thetreatment and valorization of oily wastewaters using lipases.
The main characteristics of oily wastewaters from agro-industries areaddressed, as well as the most used conventional techniques for their treatment.
Some relevant information about the enzyme lipaseisalso discussed to give the reader a background about how these enzymes can be applied for the treatment and transformation of oily wastes.
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