There is no sustainability to fossil fuels. Consequently, energy from renewable sources must
meet both present-day and future demand. Fossil fuel consumption has consistently …

Due to the rise in global energy demand caused by growth in the human population and
standards of living, renewable energy-based trigeneration systems have gained importance …

Abstract Purpose of Review This paper reviews recent advances in a membrane bioreactor
(MBR) and focuses on the features and performance of MBR configurations. Special …

A geothermal-powered tri-generation system is presented and discussed from
thermodynamic, exergoeconomic, payback period, extended-environmental, and …

Membrane bioreactors (MBRs) are proven industrial technology to purify domestic and
industrial wastewater. However, there are drawbacks among which, the fouling is prominent …

Microbial fuel cells (MFCs) continue to garner significant research attention as promising
carbon-free and clean alternative energy sources. Nevertheless, optimizing their power …

There are several options for pollutant removal, but the preference must be based on
construction costs, the source of the liquid waste, the added value of the resulting material …

Traditional design methods that rely on empirical correlations or physical experiments
frequently limit and lengthen design iterations. Computational fluid dynamics (CFD) …

SUMMARY A hybrid model (HM) combines a mechanistic model based on physical process
knowledge with a data-driven component that learns from online sensor data. This thesis …