Standard high‐flux hemodialysis (HD) clears urea very efficiently but is less efficient at
clearing uremic toxins with larger molecule size, which diffuse more slowly …

Membrane technology is commonly used within food, bio-and pharmaceutical processes.
Beside single-stage membranes, multi-stage membrane systems are become more popular …

In this study, an energy-efficient and industrially scalable undivided electrolysis cell featuring
the abstraction of H+ from the anode boundary layer was developed to produce acid and …

Membrane technology is a sustainable method to remove pollutants from petroleum
wastewater. However, the presence of hydrophobic oil molecules and inorganic constituents …

Concentration polarization refers to the rapid emergence of concentration gradients at a
membrane/solution interface resulting from selective transfer through the membrane. It is …

Low-cost and fouling resistant microfiltration/ultrafiltration membranes for wastewater
treatment has been a challenging task when balancing the membrane cost and performance …

Abstract Machine learning (ML) is a data-driven approach that can be applied to design,
analyze, predict, and optimize a process based on existing data. Recently, ML has found its …

The two-dimensional nanomaterial from transition metal carbide known as MXene has
become a promising material since it was first discovered in 2011. Its unique properties …

Membrane filtration, particularly MF-UF, has previously been assessed as an attractive
process for clarifying and recovering valuable metals from metal sulfide precipitation …

The current study presents a computational fluid dynamics (CFDs) model designed to
simulate the microfiltration of 2D materials using hollow fiber membranes from their …