DESIGN & SIMULATION OF SOUR GAS TREATMENT PLANT USING SULF INOL & DIPA
(A Report on Dissertation II )
Submitted as a part of course work in M. Tech (Gas Engineering) By Prakash Mukhopadhyay,
B. E (Chemical Engg.)
Under the Guidance of Mr. J. S. Prasad, Associate Professor UPES - Rajahmundry
COLLEGE OF ENGINEERING STUDIES UNIVERSITY OF PETROLEUM AND ENERGY STUDIES Regional Centre: Rajahmundry Andhra Pradesh-533 294 2008-2009
First of all I acknowledge, the grace of God the Almighty, in this arduous journey. I would like to thank my parents for their love, care and support without which I wouldn’t have been able to complete the project. I avail this opportunity to thank Prof. K. V. Rao, Academic Head,…show more content… Vertical separator design 11.2. Absorber design 11.3. Flash drum 11.4. Heat exchanger design 11.5. Cooler design 11.6. Stripping column design 12. 13. MATERIAL BALANCE PUMP CALCULATIONS
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COMPARISION OF TRAY TYPES RESULTS ENHANCED CORRELATIONS SIMULATION ON HYSYS BRIEF DISCUSSION CONCLUSIONS REFERENCES APPENDIX
Caption Selective removal of H2S in absence of CO2 Selective removal of H2S in presence of CO2. Selective removal of CO2 in absence of H2S Simultaneous removal of H2S & of CO2 Schematic diagram of typical amine treatment plant Mass transfer in tray Equilibrium solubility data Flooding velocity, sieve plates Single Tray Sieve Tray arrangement Weep point correlation Weep point correlation Fractional Entrainment factor Efficiency of the Tray Flooding velocity sieve plate Efficiency of the Tray Process flow sheet Centrifugal pump selection guide Chart for finding the diameters of valve trays
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Flooding velocity, sieve plates Gas – Solvent Flowrate Operating Pressure – Gas Flow Rate – Sulfinol Flow Rate Gas Flow Rate – Sieve Tray Diameter – Bubble Cap Tray Diameter Operation