Analysis of Cogeneration Power Plant: Thermodynamics -- 2

Hi, I am a mechanical engineer with specialization in thermodynamics and heat transfer and I can do this project for you. However your budget is too low as it also requires writing a report. Also I you have to release the payment immediately after work submission and not after student gets evaluated. Best regards Anuj Garg

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Hi! I am a young mechanical engineer and I have completed lots of these exercise in my Energy System course at university. Contact me so I can start helping you. Regards, DG

I am a young engineer and I hold a B.Sc. in Aerospace Engineering and a M.Sc. in Space Engineering from Politecnico di Milano, a M.Sc. in Mechanical Engineering & Mechanics from Drexel University. In 2013 I obtained the italian Professional Engineer license. I gained experience in research and problem-solving working in research projects as a graduate student, at Drexel University and IMDEA Materials Institute. I have been working as full-time research assistant at ETH Zürich for more than a year, working on fluid-structure interaction problems. I have studied mechanical systems during Bachelor's studies and Master's studies in Space Engineering, while I worked on automatic control during the Master's studies in Mechanical Engineering. I have good working knowledge of Matlab, Simulink, Mathematica, C, C++, Python, Perl, Comsol and Abaqus. I worked also on FEM programming, both from scratch as well as using libraries like libmesh. I have expertises in the industrial engineering field and my core professional skills are related to numerical simulation. I am skilled in academic writing and scientific communication in english. I have full access to scientific publications.

Hi. I can do it very fast and well explained step by step. I will use the equations of continuity and flow rates, establishing the volumes in each process devise to find the thermodynamic properties using steam tables. Solution Summer Scenario: Heat input in the boiler = 12.14 MW, Net power generated = 3.988 MW, Thermal efficiency = 32.84%, Net Balance (£/day) = -835.98. Solution Winter Scenario: Heat input in the boiler = 9.81 MW, Net power generated = 2.29034 MW, Utilization Factor = 77.37%, Mass fraction of steam extracted for process heating = 0.67, Thermal efficiency = 22.49%, Net Balance (£/day) = -2693.67. All calculations were made ​​by hand, there are 9 pages for each scenario, including interpolations and the process on at T-S diagram. You can summarize the results and generate conclusions for each scenario.

dear brother, but where is the attachment? send me please, I can solve the problem for you on time .

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