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- Politecnico di Milano
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- Energy Engineering
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- Chemical Processes for energy vectors
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CPEV 2021 03 10
Full exam for Chemical Processes for energy vectors in the Energy Engineering degree programme at Politecnico di Milano. The document covers: Fuels from fossil and renewable sources Basic concepts (score: max 6 points): 1) A sketch of crude oil fractionation and refinery products Thermodynamics (score: max 10 points): 2) What is and the Francis Diagram? Which information does it provide (based on the examples where we
Chemical Processes for energy vectorsFull exam
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Full exam for Chemical Processes for energy vectors in the Energy Engineering degree programme at Politecnico di Milano. The document covers: Fuels from fossil and renewable sources Basic concepts (score: max 6 points): 1) A sketch of crude oil fractionation and refinery products Thermodynamics (score: max 10 points): 2) What is and the Francis Diagram? Which information does it provide (based on the examples where we
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Fuels from fossil and renewable sources Basic concepts (score: max 6 points): 1) A sketch of crude oil fractionation and refinery products Thermodynamics (score: max 10 points): 2) What is and the Francis Diagram? Which information does it provide (based on the examples where we have used it)? An interesting application is related to Methane Steam Reforming, where the reactor design is such that the operating curve of the reacting system is thermodynamically and kinetically safe from C deposition. Further: how would you expect that C deposition is affected by operating conditions (T, P, H2O/CH4 feed ratio, C2+ hydrocarbons content in NG)? Comprehensive knowledge (score: max 10 points) 3) The S-cycle of the refinery (when citing a process, please detail reactions, thermodynamic and kinetic factors, reactor design and plant configurations). In depth knowledge (score max 4 points): 4) Illustrate the strategies for the upgrade of heavy oils. How does this knowledge help in the future of biorefineries?
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