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Last part covers the summary in performing the details design of heat exchanger

This part continue on the calculation of heat transfer coefficient at shell part.

The video explains about heat transfer coefficient at tube part.

Log mean temperature is crucial in designing the heat exchanger, that will be explained in this part.

The general consideration in performing the detailed design of shell and tube heat exchanger, including how to select the shell and tube parts.

This part explains about the tube in the heat exchanger.

This video explains the details on shell part in shell and tube heat exchanger.

The third part proceeds with the detailed design based on the tubular exchanger manufacturing association (TEMA).

The second part explains about the basic concept of performing the detailed design in heat exchanger, including the general equation, the prediction of heat transfer coefficient, the typical procedure of the detailed design.

This video explains about the introduction of heat exchanger, types of heat exchanger, and example its application in the industry.

The introductory in process plant design.

Final part of the detailed pressure vessel design explains about the combined load, and the calculation of stress analysis in order to identify whether the design pressure vessel is safe and feasible or not.

This part explains about the external pressure subjected on the pressure vessel.

What is internal pressure in designing the pressure vessel? How to determine the thickness of different vessel body types (cylinder and spherical), and head and closure (dome and flat types).

Process Plant Design Detailed Design Pressure Vessel (Part 2)

Process Plant Design- Detailed Design Pressure Vessel (Part 1)

Process Plant Design- Methods to Perform Pinch Analysis

Energy Balance for the reactive system

Example 4- Energy Balance for non-reactive system if the enthalpy is not available in the table

Example 3- Energy Balance for non-reactive system in condenser.

Example 2- Energy Balance in turbine. Heat (kJ/kg) is referred to the table.

Example 1 - Energy Balances for basic calculation

Example 8- Solve Material Balance using Extent of Reaction method

Example 7- Material Balance in the Reactor using molecular balance

Example 6 - Material Balance for Multiple Reactive System

Example 5- Material Balance for Single Reactive System

Example 4- Material Balance for Recycle and Bypass

Example 3 - Solve Material Balance for Multiple Units

Example 2- Solve Material Balance in Distillation Column