API vs CPI: Key Differences in Oil/Water Separation

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SUMMARY

The discussion highlights the key differences between API (American Petroleum Institute) and CPI (Corrugated Plate Interceptor) separators in oil/water separation. API separators utilize a straightforward design involving nozzles and baffles, relying primarily on gravity for separation, which contributes to their lower cost. In contrast, CPI separators are more expensive due to their advanced materials and design, which enhance separation efficiency. Both systems operate on the same fundamental principle, but the complexity and materials of CPI systems justify their higher price point.

PREREQUISITES
  • Understanding of oil/water separation principles
  • Familiarity with API separator design and functionality
  • Knowledge of CPI separator technology and materials
  • Basic concepts of fluid dynamics
NEXT STEPS
  • Research the design specifications of API separators
  • Explore the materials used in CPI separators
  • Investigate the efficiency metrics of oil/water separation technologies
  • Learn about maintenance practices for API and CPI systems
USEFUL FOR

Engineers, environmental scientists, and professionals involved in oil recovery and wastewater treatment will benefit from this discussion.

Perau
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it's to my understanding that API n CPI uses the same theory to remove oil from water.
but what are the key differences that makes CPI much more expensive or that make API cheaper?
 
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Perau said:
it's to my understanding that API n CPI uses the same theory to remove oil from water.
but what are the key differences that makes CPI much more expensive or that make API cheaper?

I'm not really familiar with a CPI style separator, but I imagine that if they are more expensive it would have something to do with the material used.

API separators are pretty simple and normally just use nozzels and baffles (and take advantage of gravity) to separate the fluid.

CS
 

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