Download Advanced Membrane Science and Technology for Sustainable by Angelo Basile, Suzana Pereira Nunes PDF

By Angelo Basile, Suzana Pereira Nunes

Membrane fabrics enable for the selective separation of fuel and vapour and for ion shipping. fabrics study and improvement maintains to force advancements within the layout, manufacture and integration of membrane applied sciences as severe parts in either sustainable power and fresh purposes. Membrane utilisation deals approach simplification and intensification in undefined, delivering reasonably cheap, and effective and trustworthy operation, and contributing in the direction of emissions discount rates and effort safety. complex membrane technological know-how and expertise for sustainable power and environmental purposes offers a entire evaluation of membrane utilisation and integration inside of power and environmental industries.

Part one introduces the subject of membrane technology and engineering, from the basics of membrane approaches and separation to membrane characterization and monetary research. half specializes in membrane utilisation for carbon dioxide (CO2) seize in coal and gasoline energy vegetation, together with pre- and post-combustion and oxygen delivery applied sciences. half 3 studies membranes for the petrochemical undefined, with chapters protecting hydrocarbon gas, normal gasoline and synthesis fuel processing, in addition to complicated biofuels construction. half 4 covers membranes for substitute power purposes and effort garage, corresponding to membrane expertise for redox and lithium batteries, gasoline cells and hydrogen creation. ultimately, half 5 discusses membranes utilisation in business and environmental functions, together with microfiltration, ultrafiltration, and ahead osmosis, in addition to water, wastewater and nuclear energy applications.

With its distinctive editors and staff of professional members, complex membrane technological know-how and know-how for sustainable strength and environmental purposes is an important reference for membrane and fabrics engineers and brands, in addition to researchers and lecturers attracted to this field.

  • Presents a complete evaluate of membrane technological know-how and expertise, concentrating on advancements and functions in sustainable power and clean-industry
  • Discusses the basics of membrane procedures and separation and membrane characterization and financial analysis
  • Addresses the foremost problems with membrane utilisation in coal and gasoline strength vegetation and the petrochemical undefined, using membranes for substitute power purposes and membrane utilisation in business and environmental applications

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2009) composite membranes. Antibacterial experiments confirmed that bacterial growth was effectively inhibited and anti-biofouling performance rose in these kind of nanocomposite membranes. , 2009). Silver nanoparticles can be used as a suitable candidate for the simultaneously improvement of membrane surface hydrophilicity and antifouling performance under proper conditions. , 2013). 4 Titanium dioxide nanoparticles Titanium dioxide (TiO2) is a special semiconductor that has been the focus of numerous investigations because of its excellent photocatalytic and hydrophilicity Advances in polymeric membranes for water treatment 17 properties in absorbing UV rays and its stability, cheapness, and commercial availability.

2012). Daraei, Madaeni, Ghaemi, Ahmadi, et al. (2013) and Daraei, Madaeni, Ghaemi, Khadivi, et al. (2013) studied the effects of blending polymer-modified MWCNTs and PES membranes and compared the results with acid-functionalized MWCNTs. They modified acid functionalized MWCNTs using three hydrophilic polymers through an in situ polymerization reaction. , 2013). The CNT-mixed membranes were fabricated using the phase inversion precipitation method. Although this treatment process caused a higher pure water flux with unchanged protein retention by adding a constant amount of PAA and PAAm-modified MWCNT into the membrane matrix, the best antifouling performance was shown by the membrane containing PCA-modified MWCNT.

In similar work, Mierzwa, Arieta, Verlage, Carvalho, and Vecitis (2013) investigated the effect of incorporating unmodified clay nanoparticles (single platelet MMT) with and without sodium hexametaphosphate as a clay nanoparticle dispersant into the casting solution on the morphology and performance of PES ultrafiltration membranes. They showed that clay additives have the ability to increase membrane permeability as a result of changes induced on the structure of the internal and surface pores of the membrane.

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