PHYTOREMEDIATION OF NICKEL FROM HYDROPONIC SYSTEM BY HYDROPHYTE COONTAIL (CERATOPHYLLUM DEMERSUM L.)

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PARNEYAN A.; CHOROM M.; JAFARZADEH HAGHIGHIFARD N.A.; DINARVAND M.M.

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Journal: SOIL AND PLANT INTERACTIONS (JOURNAL OF SCIENCE AND TECHNOLOGY OF GREENHOUSE CULTURE) Year:2011 | Volume:2 | Issue:6 Page(s): 75-84

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Title

PHYTOREMEDIATION OF NICKEL FROM HYDROPONIC SYSTEM BY HYDROPHYTE COONTAIL (CERATOPHYLLUM DEMERSUM L.)

Author(s)

PARNEYAN A. | CHOROM M. | JAFARZADEH HAGHIGHIFARD N.A. | DINARVAND M.M. | Issue Writer Certificate

Keywords

NICKELQ4

PHYTOREMEDIATIONQ3

HYDROPHYTESQ4

POLLUTION OF WATER RESOURCESQ4

Abstract

With increasing of population, water resources’ pollution has been intensified and new and inexpensive methods are needed for remediation and improvement of water quality. NICKEL is a necessary element in low concentrations for survival of the ecosystems, but in high concentrations is harmful and considered as a dangerous pollutant. This element pollutes water resources through different sources such as municipal and industrial wastewaters. PHYTOREMEDIATION with aquatic macrophytes is a new, effective and inexpensive method for improving water quality and wastewater. In this study, PHYTOREMEDIATION of NICKEL (Ni) from a hydroponic system by coontail (Ceratophyllum demersum L.), a native hydrophyte of most rivers in Iran, was investigated. After optimum pH determination (pH=7), this plant was cultivated within 14 days in a contaminated Hoagland nutrient solution which had four different concentrations of Ni (0, 1, 2, 4, and 6 mg/L). By daily measurement of Ni concentration in cultivation solution and also initial and final concentrations of this element in the plants, the Ni-phytoextraction potential was evaluated, and biological effects of Ni on coontail were studied by calculation of biomass production index. Maximum Ni removal efficiency was 50%, which was observed in the 1 mg/L Ni treatment. Maximum transfer factor and uptake index were 338.65 and 5.05 mg, respectively, obtained in 6 mg/L Ni treatment. Minimum and maximum biomass production-index (1.27 and 3.6 g/day, respectively) was related to 6 and 0 mg/L of pollutant concentrations. The conclusion of this research was that Ni PHYTOREMEDIATION in hydroponic systems with coontail is conceivable and evaluation of its potential is recommended for industrial wastewaters.

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APA: Copy

PARNEYAN, A., CHOROM, M., JAFARZADEH HAGHIGHIFARD, N.A., & DINARVAND, M.M.. (2011). PHYTOREMEDIATION OF NICKEL FROM HYDROPONIC SYSTEM BY HYDROPHYTE COONTAIL (CERATOPHYLLUM DEMERSUM L.). SOIL AND PLANT INTERACTIONS (JOURNAL OF SCIENCE AND TECHNOLOGY OF GREENHOUSE CULTURE), 2(6), 75-84. SID. https://sid.ir/paper/226391/en

Vancouver: Copy

PARNEYAN A., CHOROM M., JAFARZADEH HAGHIGHIFARD N.A., DINARVAND M.M.. PHYTOREMEDIATION OF NICKEL FROM HYDROPONIC SYSTEM BY HYDROPHYTE COONTAIL (CERATOPHYLLUM DEMERSUM L.). SOIL AND PLANT INTERACTIONS (JOURNAL OF SCIENCE AND TECHNOLOGY OF GREENHOUSE CULTURE)[Internet]. 2011;2(6):75-84. Available from: https://sid.ir/paper/226391/en

IEEE: Copy

A. PARNEYAN, M. CHOROM, N.A. JAFARZADEH HAGHIGHIFARD, and M.M. DINARVAND, “PHYTOREMEDIATION OF NICKEL FROM HYDROPONIC SYSTEM BY HYDROPHYTE COONTAIL (CERATOPHYLLUM DEMERSUM L.),” SOIL AND PLANT INTERACTIONS (JOURNAL OF SCIENCE AND TECHNOLOGY OF GREENHOUSE CULTURE), vol. 2, no. 6, pp. 75–84, 2011, [Online]. Available: https://sid.ir/paper/226391/en

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