Meysam Hassanzadeh

• Successful completion of the detail design projects including 1,000,000 bbl. /day of crude oil production and 90 standard million cubic meters of gas compressor plant (Turbo-Compressors of Siemens Co. & Sumy Co.) • Execution of Process Studies (Proposal Preparation, Tender Documents, Project execution) • Feasibility study on the design of an NGL plant construction, with a capacity of 36 million cubic feet and Collaborate with CAPEX Team • Supervision of an internal training program

• Completion of the detail design of two EPC-projects including 25,000 bbl. /day of crude oil production /stripping oil from H2S /sweetening and 30 million cubic feet of the gas compressor plant • Participation in Risk assessments, SIL Study, HAZOP, and HAZID Study • Technical processing of procurement processes • Simulation and design of the oil and gas separation plant, including inlet manifold, oil stripper (Column), compressor and pumping station, tank farm, corrosion injection, methanol injection

• Completion of the detail engineering of LPG sweetening plant (SRU) through Hydro- desulfurization (SULFREX & HDS process, licensed by AXENS Company) • Completion of the detail engineering and commissioning of ASU (Air Separation Unit- Cryogenic procedure) - LINDE Project No. 1410 ABPM (Fajr Petrochemical Complex) • Participation of commissioning and start-up of ASU compressors with LINDE and ATLAS COPCO companies for ASU • Preparation of datasheets, summaries and documents on process engineering

• Participation in detail and basic engineering including Olefin and petrochemical complexes Detail Design, C2/C3 Recovery (licensed by Technip Company), Off-site and Storage Spherical Tanks Of Butene-1 (licensed by AXENS Company) • Participation in South Pars development phase 19 ( one of the largest gas fields in the Middle East), Export Gas Compression and Metering, NGL Fractionation(licensed by ENI Company), Steam and Condensate,Nitrogen Generation System, Sea Water Intake and Desalination

Thesis: Theoretical and Empirical Investigation of Natural Gas Adsorption on Adsorbent Journal Article Published [1] " Simplified local density model for adsorption of pure gases on activated carbon using Sutherland and Kihara potentials”, Microporous and Mesoporous Materials, Volume 136, Issues 1–3, December 2010, Pages 1-9 [2] “A New Simplified Local Density Model for Adsorption of Pure Gases and Binary Mixtures”, Int J Thermophys (2010) 31:2425–2439