Titlebook: Contributions of Chemical Engineering to Sustainability; Juan Gabriel Segovia-Hernandez,Nelly Ramírez-Coron Book 2024 The Editor(s) (if ap

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Microbial Interactions for Wastewater Treatment Focusing on Microalgae-Based Systemstized and accumulate large amounts of lipids, which can be used for biofuel production. On the other hand, zooplankton and viruses can also be present in MWWTS, interacting with the implemented consortia. The presence of zooplankton communities can compromise MWWTS; however, several zooplankton cont

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Biorefineries Based on Rice Residues as Sustainable Productive Models, and 24.62% for scenarios 1 and 2, respectively. The pyrolysis process subsidizes the fermentation process and improves the biorefineries’ economic performance. Biorefineries as sustainable productive models contribute to meeting the Sustainable Development Goals (SDG‘s) 7, 8, 9, and 13. The bioref

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Performance Investigation of Solar Stills for Small-Scale Freshwater Demand in Rural Communities in s in a prototype showed that integrating a phase change material and interfacial vapor generation material significantly increased the production rate to up to 5.84 L/day of drinkable water. This research aids in advancing sustainable solar desalination technologies, which are crucial for addressing

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Process Safety and Environmental Protection for Extractive Distillation: A Guide to the Application the design of processes contributes to the prevention and minimization of negative aspects in the topic of sustainability, instead of making corrective and costly modifications (Jiménez-González et al., 2012). However, one of the difficulties in quantifying the sustainability of the process lies in

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Bio-Jetfuel an Alternative to Achieve a Sustainable Aviation Industry. Case Study of Mexico Considermated to be 17,502 million points per year. A detailed economic analysis reveals specific areas within the ATJ process that require enhancements to ensure economic viability and cost reduction in alignment with the selling price of conventional biojet fuel. Notably, the pretreatment and sugar conver

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Chemical Engineering to Aid an Effective Shift Towards Sustainable Low-Carbon Energy Systems: A BECCetting −1.8 to −3.7 MtCO. annually, depending on the selected process configuration. Relying solely on these resources and technology would not be sufficient to meet the UK’s carbon offsetting and low-carbon hydrogen generation targets. The system had positive sustainability effects from sustainable