In this work, the zinc oxide nanoparticle incorporated hollow fiber mixed matrix membranes
were prepared and its efficacy to remove copper (II) from the contaminated stream was …

Simulation of adsorption capacity of a nanocomposite material was performed in this study
in order to save time and cost in performing adsorption experiments. By developing the …

Bioethanol, as a renewable energy source, is receiving continuous attention for efficient
recovery in aqueous solution. In this work, high-permeable ethanol mix matrix membranes …

In this work we reported a novel methodology in prediction of molecular separation using
adsorption process, and understanding the effect of underlying adsorption process on …

We developed an artificial intelligence simulation method to predict adsorption process for
removal of ions from water via an ordered nanostructure adsorbent. Separation of two ions …

In the present research, highly antibacterial and antifouling mixed matrix nanocomposite
membranes for versatile wastewater treatment were introduced. Chlorophyll (a) and silver …

Application of nanostructured polymeric membranes for wastewater treatment is growing
exceptionally because of their tunable functionalities, size, composition and morphology …

Molecular separation using nanostructured materials have attracted much attention recently
for various applications. Different classes of materials have been used among which metal …

The current work presents a simulation methodology for adsorption of Cd (II) ions from water
onto the surface a functionalized mesoporous silica-polyamide 6 composite. The simulations …

In this study, we developed a variety of machine learning ensemble models for predicting
and correlating CO 2 solubility in amino acid salt solutions containing different …