Page 466 - Polymer-based Nanocomposites for Energy and Environmental Applications

Nanocomposite membrane for environmental remediation
High adsorption capacity of the sorbent
by
and
porous
improved
area
its
surface
to
(weight)
was
owing
efficiency
sorbent
concentration
achieved
increased
System
was
l
l
dissolved
(97.5%), structure l [120] high has membrane developed The ions quick and capacity adsorption (57.7%) kinetics exchange l different of deposition area large For used be can membrane materials, l ion- substantial temperature room At TNB of performance exchange l [121] incorporation applicat
entire
Sr 2+ Cs + Over to Up More turbidity of
and water and
and ions suspended
oil Cs + metal
of Oil-contaminated of oxide of
Removal radioactive Sr 2+ treatment Removal metal nanoparticles Removal particles
nanotube using membrane
nanobelt (Na-TNB) carbon polymer layer electrospun
titanate membrane alcohol) nanofiber membrane
Sodium membrane Incorporated (CNT)-based composite poly(vinyl Carbon Hydrophilic nanofiber