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Example 4.16: Feasibility of Process
Looking for ways to improve energy utilization in a chemical plant, a young intern proposes to design a process that will use steam in a closed system to produce work. The steam is available at 10 bar, 650 °C, and will be delivered at 1 bar, 150 °C. The intern expects to generate 1200 kJ/kg from this process. A heat source is available at 200 °C, should the process need any heat.
Determine whether the company should go ahead with this plan.
Example 4.18: Irreversible Expansion in Vacuum
A closed insulated cylinder is divided into parts by a piston that is held into place by latches. One compartment is evacuated, the other contains steam at 7.5 bar, 300 °C. The latches are removed and the gas expands to fill the entire volume of the cylinder. When the system reaches equilibrium, its pressure is 1 bar. Determine the entropy generation.
Why a substance is being heated at a fast rate the temperature of decomposition
Assist with the setting of design variables necessary for sizing equipment
Use Laplace transformation to solve the initial value problem
Equal rates of mass transfer for the production of the fine chemical are required. This is often required for certain types of organic synthesis.
Application of reverse osmosis principles for the desalination of sea water
Prepare the design and evaluation of a new chemical manufacturing process.
Adsorption and Membrane Processes
Draw T-S diagram of the cycle.
The potential energy between two atoms A and B are constants and r the interatomic separation distance.
Implications of the future of fabrication for international trade, transportation, and logistics
The atmospheric pressure of 100k Pa acts on the other side of the piston. The gas is heated until the volume is doubled and the final pressure is 500 kPa. Calculate the work done by the gas.
Evaluate particle diameter at different terminal gas velocities
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