Separation sequences. Solve both problems in excel Problem 1: Develop the separation sequence, using Nadgir and Liu's al
Posted: Mon May 16, 2022 1:20 pm
Separation sequences. Solve
both problems in excel
Problem 1: Develop the separation sequence,
using Nadgir and Liu's algorithm, for the separation of a mixture
of olefins and kerosenes by ordinary distillation. Consider the
following information (5 points):
Heat exchanger networks.
Problem 2. Four streams must be cooled and
heated:
a) For Δ𝑇𝑚𝑖𝑛 = 10°𝐶 find the minimum
amount of cooling and heating (2.5 points).
b) Design heat exchanger networks using
the minimum consumption of heating and cooling services (2.5
points).
species molar flow (kmol/h) relative volatility A: Ethane 200 3.5 B: Propylene 150 1.2 C: Propane 200 2.7 D: 1-Butene 150 1.27 E: n-Butane 150 3 F: n-Pentane 150
Current T's (°C) 180 Tt (°C) 60 H1 FCp(kW/°C) 3 1 H2 150 30 C1 135 2 30 60 C2 140 5
both problems in excel
Problem 1: Develop the separation sequence,
using Nadgir and Liu's algorithm, for the separation of a mixture
of olefins and kerosenes by ordinary distillation. Consider the
following information (5 points):
- Separation Sequences Solve Both Problems In Excel Problem 1 Develop The Separation Sequence Using Nadgir And Liu S Al 1 (123.31 KiB) Viewed 47 times
Problem 2. Four streams must be cooled and
heated:
- Separation Sequences Solve Both Problems In Excel Problem 1 Develop The Separation Sequence Using Nadgir And Liu S Al 2 (73.26 KiB) Viewed 47 times
amount of cooling and heating (2.5 points).
b) Design heat exchanger networks using
the minimum consumption of heating and cooling services (2.5
points).
species molar flow (kmol/h) relative volatility A: Ethane 200 3.5 B: Propylene 150 1.2 C: Propane 200 2.7 D: 1-Butene 150 1.27 E: n-Butane 150 3 F: n-Pentane 150
Current T's (°C) 180 Tt (°C) 60 H1 FCp(kW/°C) 3 1 H2 150 30 C1 135 2 30 60 C2 140 5