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  • Khóa luận - Đồ án tốt nghiệp
  • Ký hiệu PL/XG: 660.29 H987
    Nhan đề: Sequestration of phosphate in aqueous solution using a fixed-bed adsorption column of nano-ZrO2 modified spent coffee grounds. :
DDC 660.29
Tác giả CN Huynh, Chi Hieu
Nhan đề Sequestration of phosphate in aqueous solution using a fixed-bed adsorption column of nano-ZrO2 modified spent coffee grounds. : Undergraduate thesis / Huynh Chi Hieu, Trieu Quoc An (Supervisor)
Thông tin xuất bản Ho Chi Minh city : Nguyen Tat Thanh University, 2024
Mô tả vật lý 45 p. : Figures, tables, ; 29 cm.
Tóm tắt This research delves deeper into evaluating the adsorption capacity, removal phosphate efficiency, and potential industrial-scale application of this material through a fixed-bed column. Laboratory-scale experiments were conducted to investigate the impact of various parameters, including bed height, pH, initial concentration, and flow rate on the breakthrough curve. Mathematical models were used to simulate the breakthrough behavior. The efficacy of the fixed-bed column will be evaluated according to the examined criteria, followed by an analysis of material reusability to determine its performance and potential for regeneration.
Từ khóa tự do Aqueous solution
Từ khóa tự do Phosphate sequestration
Từ khóa tự do Coffee grounds
Từ khóa tự do Nano-ZrO2
Từ khóa tự do Fixed-bed adsorption column
Khoa Viện Ứng dụng Công nghệ và Phát triển bền vững
Tác giả(bs) CN Trieu, Quoc An
Địa chỉ 300Q12_Khóa luận tốt nghiệp(1): 095648
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040 |aNTT
041 |aeng
044 |avm
082 |a660.29|bH987
100 |aHuynh, Chi Hieu
245 |aSequestration of phosphate in aqueous solution using a fixed-bed adsorption column of nano-ZrO2 modified spent coffee grounds. : |bUndergraduate thesis / |cHuynh Chi Hieu, Trieu Quoc An (Supervisor)
260 |aHo Chi Minh city : |bNguyen Tat Thanh University, |c2024
300 |a45 p. : |bFigures, tables, ; |c29 cm.
502 |aReferences: p.42 - 45
520 |aThis research delves deeper into evaluating the adsorption capacity, removal phosphate efficiency, and potential industrial-scale application of this material through a fixed-bed column. Laboratory-scale experiments were conducted to investigate the impact of various parameters, including bed height, pH, initial concentration, and flow rate on the breakthrough curve. Mathematical models were used to simulate the breakthrough behavior. The efficacy of the fixed-bed column will be evaluated according to the examined criteria, followed by an analysis of material reusability to determine its performance and potential for regeneration.
541 |aNộp lưu chiếu
653 |aAqueous solution
653 |aPhosphate sequestration
653 |aCoffee grounds
653|aNano-ZrO2
653|aFixed-bed adsorption column
690 |aViện Ứng dụng Công nghệ và Phát triển bền vững
691 |aCông nghệ Kỹ thuật Hoá học
700 |aTrieu, Quoc An|cPhD|eSupervisor
852|a300|bQ12_Khóa luận tốt nghiệp|j(1): 095648
8561|uhttp://elib.ntt.edu.vn/documentdata01/3 luanvanluanan/anhbia_2024/53700_sequestrationofphosphoteinaqueoussolutionusingafixedbedadsorptionnanozro2modifiedspentcoffeegroundsthumbimage.jpg
890|a1|b0|c0|d0
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