Publication

1. Sufuan Fadhil (2019)." Nanofiltration membranes for toxic lead removal-contribution of various mass transfer mechanisms on membrane performance". Indian chemical engineer. Accepted
2. Sufyan Fadhil, Marino, T.,Hassan F. Makki,Qusay F. Alsalhy , Blefari, S.,  Macedonio, F., Giorno, L., Enrico Drioli, , Alberto Figoli.(2019)." Seawater desalination using PVDF-HFP membrane in DCMD process: Assessment of operating condition by Response Surface Method". Chemical Engineering Communications. Vol 2. 237-246.
3. Sufyan Fadil. (2018) " Performance of nanofiltration membranes on water demineralization assessment and  comparative study ". Indian Journal of Advances in Chemical Scince. Accepted.
4. Sufyan Fadhil, Marino, T.,Hassan F. Makki,Qusay F. Alsalhy , Blefari, S.,  Macedonio, F., Giorno, L., Enrico Drioli, , Alberto Figoli.(2016)." Novel  PVDF-HFP  flat  sheet  membranes  prepared  by  triethyl  phosphate (TEP)  solvent  for  direct  contact  membrane  distillation". Chemical Engineering and Processing: Process Intensification. 102, Pages: 16-26.
5. Sufyan Fadhil, Qusay Alsalhy, Hasan Makki (2015). " Mathematical model for the performance of direct contact membrane distillation (DCMD) process". Under revision with supervisor.
6. Muthana alwadi, Sufyan Fadhil (2015). " Modeling and simulation of heavy oil hydrocracking process". To be submitted to sci. and tech. J..
7. Qusay Alsalhy, Sufyan Algebory, Ghanim M. Alwan, S. Simone, A. Figoli, E. Drioli, (2011), “ Ultrafiltration hollow fiber membranes from poly(vinyl chloride): Preparation, morphologies and properties”, Separation Science and Technology. Volume: 46  Issue: 14  Pages: 2199-2210 .
8. Qusay alsalhy , A.Figoli, Sufyan Algebory, Ghanim M.Alwan, S.Simone, Enrico Drioli. (2010), “Poly vinyl Alcohol/ Polyvinyl chloride (PVA/PVC) Hollow Fiber Composite Nanofiltration Membranes for Water Treatment”. Iraqi Journal of Chemical & Petroleum Engineering, vol. 11, No. 4, 23 – 32.
9. Muthana alwadi, Sufyan Fadhil (2016). " Dispersion Model for simulating  heavy oil hydrocracking reactor". Under preparation..
10.  Retention and flux determination by pore-flow model in Organic solvent nanofiltration process.
11.  Modeling of Nanofiltration of low concentration Pb(II) aqueous solutions Using a Coupled Concentration Polarization and Pore Flow Model

Lectures

No.	Subjects	Lectures	Stage	File	Video
1	principle of chemical engineering- I	Examples	First
2	principle of chemical engineering- I	Limiting and Excess Reactants	First
3	principle of chemical engineering- I	The Chemical Reaction Equation and Stoichiometry	First
4	principle of chemical engineering- I	Solving Material Balance Problems for Single Units	First
5	principle of chemical engineering- I	Examples	First
6	principle of chemical engineering- I	Examples	First
7	principle of chemical engineering- I	Material Balances	First
8	principle of chemical engineering- I	Examples	First
9	principle of chemical engineering- I	Pressure and Its Units	First
10	principle of chemical engineering- I	Choosing a Basis	First
11	principle of chemical engineering- I	Flow Rate	First
12	principle of chemical engineering- I	Moles, Density and Concentration	First
13	principle of chemical engineering- I	Non dimensional Groups	First
14	principle of chemical engineering- I	Conversion of Units and Conversion Factors	First
15	principle of chemical engineering- I	Introduction	First
16	principle of chemical engineering- I	References	First

Other

Scientific seminars :

performance of nanofiltration membranes on water deminerilization / University of Anbar / College of Engineernng .

Separation by membranes / University of Anbar / College of engineering.