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["shin_do",null,"Application form \nKURITA Overseas Research Grant 2020\nKurita Water and Environment Foundation  (KWEF)クリタ水・環境科学振興財団",{"$nulls":4},"Appl. No.："]
[null,null,"KURITA Overseas Research Grant 2021",{"$nulls":5},{"$f":"DATEDIF(F7,TODAY(),\"y\")","v":37}]
[null,null,"Kurita Water and Environment Foundation  (KWEF)",{"$nulls":5},"クリタ水・環境科学振興財団"]
[]
["1．Applicant"]
["Name: ","(first, middle, last) ",{"$nulls":3},"Date of birth: ","( y / m / d )","Age:","Sex:"]
["Kien Trung PHAM",{"$nulls":4},"1983-11-16",null,38,"M"]
[]
[" Name of University :",null,null,"( Official English name )",{"$nulls":3},"Nationality:","Application history:"]
["Hanoi University of Mining and Geology",{"$nulls":6},"Vietnamese","Yes"]
[]
[" Name of Department :",{"$nulls":6},"Position:"]
["Oil Refining and Petrochemistry (Chemical Engineering)",{"$nulls":6},"Lecturer/Researcher"]
[]
["Post code：",null," Address of  University："]
[11910,null,"18 Pho Vien, Duc Thang, Bac Tu Liem, Hanoi, Vietnam"]
[]
[]
["Phone / fax ",865547610,{"$nulls":3},"E-mail：","phamtrungkien@humg.edu.vn"]
[]
[]
["2．Educational background"]
["Field of study",null,"From year","To year","Academic institution/ Country"]
["Bachelor degree",null,2001,2006,"Hanoi University of Mining and Geology, Vietnam"]
["Master",null,2009,2010,"Hanoi University of Science and Technology, Vietnam "]
["Doctoral degree",null,2014,2018,"Saint-Etienne School of Mines, France"]
["Other"]
["3．Academic career or previous research experience (if any)"]
["From (month/year)",null,"To (month/year)",null,"Position/Responsibilities"]
["2019-12-01",null,"2020-11-01",null,"Project Manager/Project on Hydrate Crystallization for Desalination"]
["2014-05-01",null,"2018-06-01",null,"Ph.D. Researcher/Project with TOTAL on Gas Hydrates, France"]
["2012-01-01",null,"2012-12-01",null,"Co-Researcher/Project on Clean Hydrogen Production"]
["2010-01-01",null,"2010-12-01",null,"Master Internship/Hanoi University of Science and Technology"]
["2010-01-01",null,"2010-12-01",null,"Project Manager/Project on Exhaust Gases Treatments"]
["2007-09-01",null,"present",null,"Lecturer-Researcher/Hanoi University of Mining and Geology"]
["4．Breakdown of expenditure ( Japanese Yen )"]
["               Item  ( Describe details)",{"$nulls":5},"amount  ( JPY )"]
["Equipment, Tools:",null,"Toolkits and installation for the experimental appratus, etc.",{"$nulls":3},{"v":150000,"d":"150,000 "}]
["Consumables:",null,"Materials (chemicals: additives, gases, salts, etc.)",{"$nulls":3},{"v":130000,"d":"130,000 "}]
["Analysis costs:",null,"Analysis of salt concentration in water, etc.",{"$nulls":3},{"v":120000,"d":"120,000 "}]
["Travel Expenses:"]
["Other:"]
[]
[]
["Total Amount",{"$nulls":5},{"$f":"SUM(G37:I44)","v":{"v":400000,"d":"¥400,000"}}]
[]
["5．Grant history from KWEFor KARG"]
[null,null,{"$f":"IF(1=COUNTIF(B49,\"●\"),\"※ Please fill in Grant YEAR\",\"\")","v":""}]
["YES","　",null,"Year"]
[]
["NO","●",{"$f":"IF(1<COUNTIF(B49:B51,\"●\"),\"※ Please select Yes or NO !!\",\"\")","v":""}]
["6．Co-investigator ",null,null,"(for student; The academic supervisor )"]
["Son Van HO/Hanoi University of Mining and Geology/Lecturer-Researcher/hovanson@humg.edu.vn"]
[]
[]
[]
[]
["7． Country of residence ",{"$nulls":6},"Appl. No.",{"$f":"IF(I1=\"\",\"\",I1)","v":""}]
["　　Thailand",{"$nulls":3},"　",null,"Total Amount"]
["　　Indonesia",{"$nulls":3},"　",null,{"$f":"G45","v":{"v":400000,"d":"¥400,000"}}]
["　　Vietnam",{"$nulls":3},"●"]
["　　Malaysia",{"$nulls":5},"Name of applicant: "]
[{"$nulls":6},{"$f":"IF(A7=\"\",\"\",A7)","v":"Kien Trung PHAM"}]
[]
[{"$nulls":4},{"$f":"IF(1<COUNTIF(E59:E64,\"●\"),\"※PLEAE CHESE ONE\",\"\")","v":""}]
["8．Title of proposed research",{"$nulls":7},{"$f":"DATEDIF(E7,TODAY(),\"y\")","v":121}]
["Seawater Desalination by Hydrate Crystallization Process Engineering"]
[]
[]
[]
["9．Outline of proposed research"]
[]
["Water is a vital and indispensable resource for sustainable and human development. Natural clean water  is increasingly scarce due to population growth, urbanization, and climate change. Today, about 1.2 billion people cannot access clean and safe water. Therefore, the seawater desalination to produce drinking water is becoming more important. Currently, there are several methods of salts removal from seawater, such as: thermal distillation, cold freezing, reverse osmosis (RO), etc. However, these processes consume a lot of energy, increasing greenhouse gas emissions. A typical seawater desalination is reverse osmosis (RO). This process requires a high energy consumption and a high cost of equipment and regeneration of membrane materials used. Currently, a hydrate crystallization process is being applied to seawater desalination. In this process, the pure water molecule creates a framework around the guest molecules (gas or/and liquid) that creates hydrate crystals (solids). This way separates the pure water from dissolved ions (salts) in the salty water. These solid hydrate particles are then collected and dissociated, producing (separating) pure water and (gas or/and liquid) guest molecules which are recycled to desalination process. The advantages of salts removed by hydrate process engineering are (1) low energy cost (and can utilize cold energy from other processes), (2) applicable to high salty solutions, (3) high capacity, (4) environmentally friendly (no secondary processes causing environmental pollution and additives/hydrate promoters are regenerated), (5) simple technique and (6) using cheap and available materials. This study will focus on kinetics of hydrate-based desalination (HBD) process. Additionally, this work will seek the way to enhance the effectiveness of HBD process. The results of this research will be applied to desalination and production of fresh water from seawater. This HBD process engineering can apply to the regions which are near the sea, islands, ships and offshore facilities, etc. where are facing the shortage of fresh water.  "]
{"$rows_empty":22}
["10.  Expected Outcomes during grant period ",{"$nulls":5},"（October/2021～September/2022)　"]
["Experimental kinetics data of hydrate crystallization in the presence of salts applied to desalination; Enhanced effectiveness of desalination process engineering (optimized operational parameters of hydrate-based desalination process) "]
{"$rows_empty":15}
["11．Consent"]
[]
[null,true,"I agree all requirements and obligations of applicants stated in KWEF website.\n ( The academic supervisor also agrees in case of the applicant is a student ).  "]