C3MR Process
Liquefaction processes plays an important role for transmission of natural gas in long distances. Production of liquefied natural gas (LNG) is classified as an energy consuming process. LNG is a complicated thermodynamics process and the thermodynamics analysis for the key points of the system seems necessary. The goal of this study is to enhance the overall performance and heat recovery from outlet streams of LNG process by changing the process thermodynamics variables. Simulation and sensitivity analysis for two objective functions; specific energy and compressor power consumption were done by Aspen HYSYS process simulator. The investigated variables in this study are four pressure levels, inner and outlet pressures of main compressor and the flow rate of propane in precooling cycle. By considering the process limitations, the possible range for each variable was obtained and then sensitivity analysis was done for each parameter. The obtained results show more improvement on objectiv
About Me
I am open-minded, curious and eager person who is always ready to experience something new. I am Expert chemical engineer 17 years’ experience in the process engineering design, process simulation via Aspen hysys, Aspen plus, EDR, HTRI , ChemCad, CFD (COMSOL), DWSIM BioEnergy, Refinery, LNG, polymer last achievements: •. Design of smart porous media burner • Design for PC submerged in mineral oil. • Complete design for N2, and CO2 adsorption unit. • Complete design for biomass production plant, bio-refinery. • Mass balance, and energy balance of wood torrefaction plant. • troubleshooting study for LPG line Nigeria • simulation of C3MR, C3MR/N2 by aspen hysys and revised by Chem-Cad. • Complete design and review for P2O5 plant KBR. • Feasibility study for small scale plant Ammonia • I can deliver process safety works like HAzop, JHA, • My main target during work is to utilize all my experience to make the project with high quality, on the time, & not pay intention to money
