SIMPLE ORC and Gas Liquefaction Cycle Integration
So I am working on my Thermodynamics project. It has two parts: the first is an Organic Rankine Power cycle and the second is a Gas liquefaction cycle. I have Q_in and W_cycle values calculated for both parts. Now, for my final part, I have to combine the parts together, which means choosing a liquefaction plant including a power plant using the values I calculated from parts 1 & 2 and also include a sizing calculation, e.g. make an assumption of how much isobutane (the gas to be liquedfied) I want to liquefy per day and correspondingly size the rest of the plant. If anyone could give me some pointers as to how to go on about this, I would be eternally grateful.Thank you! The exact promt is posted below: Include in report a table with relevant variables tying in for all the various plant configurations combining Part 1 and Part 2 showing Qin (tied to the size of solar collector array) required to generate Wnet needed per kg of isobutane liquefied and show how much improvements were realized with optimization and choice of configuration and recommend your best design.
- Raj
- 10 Dec
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