The Boundary Flux Handbook: A Comprehensive Database of Critical and Threshold Flux Values for Membrane Practitioners - Tapa blanda

Acerca de los autores

Prof. Marco Stoller is an active researcher in membrane technologies, in particular on membrane fouling. His research work started in 2000, during his PhD thesis entitled “Development of a purification process of olive mill wastewater by membranes”, and was carried out continuously up today. He is Professor at the Department of Chemical Materials Environmental Engineering at the University of Rome “La Sapienza”. He is author of more than 30 papers on international peer-reviewed scientific journals, more than 60 contributions to conference proceedings and more than 15 oral speeches at international congresses.

Dr. Javier Miguel Ochando-Pulido is graduated in Chemical Engineering. His work at the University of Granada, Spain, still focuses on membrane fouling by critical and threshold flux analysis. He is author of 24 papers published in international peer-reviewed scientific journals, more than 30 contributions to conference proceedings and several oral speeches at international congresses. One of his works, in collaboration with Prof. Stoller, won the prize of “Excellent poster presentation” in year 2013, given by Desalination (Elsevier).

De la contraportada

The Boundary Flux Handbook summarizes over 90 chemical compounds (single compounds, in mixed solution) and different feed streams from industry (complex streams exiting the agricultural, biological, pharmaceutical, food, dye, textile, etc. industries) and the respective critical and threshold fluxes (hereafter referred to the boundary flux), together with data on rejection and permeabilities. It gives the reader valuable data to quickly estimate membrane performances in respect to productivity, selectivity and longevity, and permits to estimate capital and operating costs of membrane processes during the plant design operations.

The book is valuable for scientific researchers and chemical engineers working with membrane technology as a reference for lab work, membrane process design and control. For each specific feedstock, only the best performing membrane(s) are listed. At least one commercial membrane module and a maximum of 4 different choices were reported, in order to assure the possibility to easily integrate the proposed membranes into the systems by contacting the relevant commercial partner, and to define the best choice of the pretreatment steps, permitting quick membrane process optimization or revamping operations.