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Uranium pollution is posing severe threat to the human environment. In the current research, we studied the applicability of  Stuckenia pectinata  (sago pondweed) powder as a new sort of biosorbent for uranyl removal from effluent. A series of batch experiments were conducted to explore impact of shaking time, solution pH, and initial U(VI) level upon U(VI) biosorption onto  Stuckenia pectinata  powder. The results show that the biosorption process is highly dependent upon pH value in the range of 3.0-6.5. The pH value of 5.5 is preferable to uranium elimination. The U(VI) biosorption equilibrium can be achieved after 60 min. The  Stuckenia pectinata  has a maximum uranium biosorption capacity of 268.82 mg·g −1 . In brief, the obtained results suggest that  Stuckenia pectinata  may be utilized as a promising biosorbent for efficient removal of U(VI) from effluent.

Uptake of uranyl (UO2 2+) in water body by sago pondweed