Block Flow Diagram: Difference between revisions
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==Block flow diagram == |
==Block flow diagram == |
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===Models=== |
===Models=== |
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BFDs come in many forms and styles. They can be extremely simple or very detailed in their explanation of a process. |
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====I/O Diagrams==== |
====I/O Diagrams==== |
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The simplest form of BFD, the I/O (input/output) Diagram provides the material streams entering and exiting the process. The diagram is modeled using arrows entering and exiting a process box to represent the inputs and outputs respectively. |
The simplest form of BFD, the I/O (input/output) Diagram provides the material streams entering and exiting the process. The diagram is modeled using arrows entering and exiting a process box to represent the inputs and outputs respectively. |
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==Example 1: Acrylic Acid From Propylene by Catalytic Oxidation== |
==Example 1: Acrylic Acid From Propylene by Catalytic Oxidation== |
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Revision as of 17:41, 18 January 2014
Title: Block flow diagram
Authors: Nick Pinkerton, Karen Schmidt, and James Xamplas
Date Presented: January 15, 2013 /Date Revised: January 18, 2013
Introduction
Block flow diagram
Models
BFDs come in many forms and styles. They can be extremely simple or very detailed in their explanation of a process.
I/O Diagrams
The simplest form of BFD, the I/O (input/output) Diagram provides the material streams entering and exiting the process. The diagram is modeled using arrows entering and exiting a process box to represent the inputs and outputs respectively.
Example 1: Acrylic Acid From Propylene by Catalytic Oxidation
Block Flow Diagram Example 1: Acrylic Acid From Propylene by Catalytic Oxidation
Example 2: Isopropyl Alcohol from Propylene by Direct Hydration
Block Flow Diagram Example 2: Isopropyl Alcohol from Propylene by Direct Hydration
Example 3: Caprolactam From Toluene
Block Flow Diagram Example 3: Caprolactam From Toluene
References
add references here .