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1. Full name: Truong Dinh Duc
2. Sex: Male
3.Date of birth: 30/07/1980
4. Place of birth: Y Yen – Nam Dinh
5. Admission decision number: 1901/SĐH, Dated December 31st 2007
6. Changes in academic process: No
7. Official thesis title: Study on synthesis and characterization of Al, Fe, Ti pillared bentonite (from Di Linh, Lam Dong province) modified by cetyl trimethyl ammonium bromide (CTAB) and their application as multi-functional adsorbents.
8. Major: Petrochemistry and Organic Catalyst
9. Code: 62 44 35 01
10. Supervisors: Assoc. Dr. Hoa Huu Thu, Dr. Nguyen Van Bang
11. Summary of the new findings of the thesis:
Keggin ions and polyoxocations like Keggin ions were synthesized.
Formation of Keggin ions was proved by 27Al-NMR spectroscopic data.
Al, Fe, Ti pillared bentonite with micropore and high area surface have been synthesized and characterized by XRD, TG-DTA, SEM, TEM, BET and 27Al-NMR methods.
Al, Fe, Ti pillared bentonite modified by CTAB to obtain pillared bentonites organophile.
The adsorption capacity of materials obtained with heavy metallic cations was investigated by copper (II) solution over the pH range of 2.5 – 5.0.
The adsorption characreristics of methylene blue and methyl orange onto materials obtained were investigated at pH 7.0.
12. Practical applicability: Synthesis the multifunctional adsorbents in industry for treating waste water contaminanted both organic and inorganic ions.
13. Futher research directions: Study the catalytic activities of the obtained materials in oxidation reaction of organic pollutants from different environmental matrices.
14. Thesis-related publications:
Truong Dinh Duc, Nguyen Van Bang (2011), “Characterization of Fe pillared clay and their adsorption capacity of copper ions from water”, Vie. Journal of Chemistry 49 (2ABC), 2011, p.158 – 163.
Truong Dinh Duc, Nguyen Van Bang (2011), “Characterization of Ti pillared clay and their adsorption capacity of organic ions from water”, Vie. Journal of Chemistry 49 (2ABC), 2011, p.164 – 169.
Truong Dinh Duc, Le Thanh Son, Nguyen Van Bang, Hoa Huu Thu, Oleg N. Antzutki (2011), “Study on synthesis of pillared clays and their adsorption capacity of cadmium ions from water”, proceeding of The 2nd analytica Vietnam Conference 2011, Ho Chi Minh City (April 7 – 8, 2011), 2011, p.55 – 60.
Truong Dinh Duc, Nguyen Van Bang (2010), “Study on synthesis of Al pillared clay and examinate their adsorption capacity of copper ions from water”, Vie. Journal of Science and Technology 48 (2A), 2010, p.120 – 126.
Truong Dinh Duc, Nguyen Thi Thu Huong, Nguyen Van Bang, Hoa Huu Thu (2010), “Characterization of Al, Ti pillared clay organophile and their adsorption capacity of organic ions from water”, Vie. Journal of Chemistry 48 (2), 2010, pp.40 – 45.
Le Thanh Son, Truong Dinh Duc, Nguyen Van Bang, Dao Duy Tung, Hoa Huu Thu (2009), “The modified bentonite performance in adsorption process of organic and inorganic contaminants from aqueous phase”, Proceedings of International Workshop on Advanced Materials and Nanotechnology 2009 (IWAMN-2009 Hanoi-Vietnam), 2009, p.22.
Hoa Huu Thu, Truong Dinh Duc, Dang Van Long, Le Nguyen Giap, Nguyen Thi Thanh Huyen, Nguyen Thi Thuy Khue (2009), “Synthesis and characterization of organophile clay pillared by polyoxocations of Al, Fe, Ti (part 1)”, Journal of Science VNU – Natural Science and Technology 25 (No. 2S), 2009, pp.305 – 311.
Hoa Huu Thu, Truong Dinh Duc, Pham Thi Mai Phuong, Nguyen Thi Thu Huong, Nguyen Van Bang, Bui Duc Manh (2009), “Synthesis of pillared clay organophile and their adsorption capacity of dye”, Vie. Journal of Chemistry 47 (6A), 2009, pp.295-302.
Truong Dinh Duc, Nguyen Van Bang, Luc Quang Tan, Hoa Huu Thu (2009), “Characterization of bentonite organophile and study their adsorption capacity of organic contaminants”, Journal of Science – HPU2 06, 2009, pp.87 – 94.
Hoa Huu Thu, Nguyen Thi Thu Huong, Tran Hong Co, Truong Dinh Duc, Dinh Khanh Toan (2007), “Study on synthesis of Al, Ti pillared clay organophile and their adsorption of dye contaminants”, Proceedings of 4th National Conference of Science and Technology on Organic Chemistry, 2007, pp.753 – 760.
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