Podcast
Questions and Answers
What is the primary purpose of the F-600A/B solvent strainers?
What is the primary purpose of the F-600A/B solvent strainers?
To remove any entrained solids from the solvent wash.
What is the size and function of the D-600 solvent wash drum?
What is the size and function of the D-600 solvent wash drum?
It is 12’D x 15’10”L and ensures a constant feed of solvent wash to the reactors.
How does the E-610 condenser operate?
How does the E-610 condenser operate?
It cools and condenses overhead vapor using cooling water on the tube side.
What is the role of the D-620 clean solvent drum?
What is the role of the D-620 clean solvent drum?
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What is the function of the E-620 solvent wash condenser?
What is the function of the E-620 solvent wash condenser?
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What type of pump is P-610 and what is its primary function?
What type of pump is P-610 and what is its primary function?
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What is the difference in horsepower between the P-610 and P-620 pumps?
What is the difference in horsepower between the P-610 and P-620 pumps?
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Describe how the D-610 solvent blow down drum separates solvent.
Describe how the D-610 solvent blow down drum separates solvent.
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What happens to the vapor that forms in the D-620 clean solvent drum?
What happens to the vapor that forms in the D-620 clean solvent drum?
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What is the configuration of the E-610 and E-620 condensers?
What is the configuration of the E-610 and E-620 condensers?
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Study Notes
Solvent Strainers and Drums
- F-600A/B (Solvent Strainers) remove entrained solids from solvent wash.
- D-600 (Solvent Wash Drum) dimensions: 12’ diameter, 15’10” length, provides constant solvent feed to reactors R-201-205.
- In D-600, liquid solvent enters from the top and exits from the bottom, while vapor leaves from the top.
Condensers and Drums
- E-610 (Solvent Condenser) cools and condenses overhead vapor from D-600 and D-610 using a shell and tube design, with cooling water on the tube side.
- D-620 (Clean Solvent Drum) dimensions: 11’ diameter, 20’ length, receives fresh make-up solvent and condenses vapor from D-600 and D-610.
- In D-620, liquid enters from the top and exits from the bottom; vapor exits at the top and flows back in as liquid.
Additional Condensing and Pumping Equipment
- E-620 (Solvent Wash Condenser) cools and condenses vapor from D-620, sending a purge stream to the Purge Gas Header.
- P-610 (HP Clean Solvent Pump) routes solvent from D-620 to D-600 and recirculates it. It is a single-stage centrifugal pump driven by a 40 HP, 3550 RPM electric motor.
- P-620 (LP Clean Solvent Pump) also routes and recirculates solvent between D-620 and D-600, driven by a 15 HP, 1760 RPM electric motor.
Blow Down Drum and Vaporizer
- D-610 (Solvent Blow Down Drum) dimensions: 6’ diameter, 17’ length, separates liquid spent solvent from vapor spent solvent. Liquid exits the bottom, vapor exits the top.
- E-615 (Solvent Vaporizer) vaporizes liquid solvent from D-600 using 400 psig steam, employing a shell and tube design to vaporize lighter components.
Solvent Circulation Pumps
- P-600A/B (Solvent Circulation Pumps) transfer solvent from D-600 to reactors R-201-205 and back, utilizing multiple-stage, deep well centrifugal design and powered by 500 HP, 3560 RPM electric motors.
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Description
Explore the essential components of chemical engineering such as solvent strainers, surge drums, and condensers. This quiz covers the functions and designs of F-600A/B, D-600, and E-610. Enhance your knowledge of process equipment used in solvent management.
