Phytoremediation is a promising elective technique to treat modern effluents, predominantly in light
of its minimal effort and high metal restricting limit. In this work, Zinc and Chromium Phytoremediation
process by Sargassum sp. ocean growth biomass was examined . The work considered the assurance
boundaries of Zinc and Chromium sorption for example, pH, temperature, unsettling rate and biomass
size. The ideal conditions were: pH3, temperature (303k) room temperature, biomass size 0.5mm and
fomentation speed 150rpm. The greatest take-up of Chromium and Zinc is 65% and 53% separately. The
motor examination uncovered that the adsorption of Chromium and zinc by Sargassum sp . fitted the
Langmuir isotherm.
Henry L T (1997) Examination of
concurrent Phytoremediation of copper
(II) and chromium (IV) on dried Chlorella
vulgaris from double metal blends: use
of multicomponent adsorption
isotherms. Partition Sci.Technol . 21, 211-
Rao M (2008) Dynamic models of
sorption: hypothetical examination.
J.Colloid Int.Sci . 16, 417-452. Da costa
ACA and De franca FP (1999)
Phytoremediation of zinc, cadmium and
copper by an earthy colored ocean weed
( Sargassum sp .) in a constant fixed-bed
research center reactor. Bioseparation .
, 435-441.
Thornton J. (2003) A survey of the
organic chemistry of overwhelming
metal Phytoremediation by earthy
colored green growth. Water Res . 17,
-430.