A Review of Supercritical Fluid Extraction (Classic Reprint): December 1983: December 1983 (Classic Reprint) - Softcover

Inhaltsangabe

Unlock the power of supercritical fluids for efficient extraction and regeneration. This book provides a clear look at how supercritical carbon dioxide can improve processes like adsorbent regeneration and solvent extraction, offering practical economics and design insights for real-world use.

0 The discussion explains what makes supercritical fluids different from ordinary solvents, including how they can cut energy costs and simplify solvent recovery. It covers a regeneration approach using supercritical CO2 that can quickly desorb adsorbates from activated carbon, with potential capital and operating savings versus traditional thermal or liquid-solvent methods. The material also outlines how tricks like entrainers and pressure-temperature changes can influence performance, making the technology more adaptable for industrial needs. In addition, the text surveys technical challenges that appear as scale grows, including data gaps, energy considerations, and equipment demands, and it highlights pathways for future research and commercialization.

• Learn how supercritical CO2 regeneration can speed up adsorbent recycling and reduce energy use.


• Explore design considerations for large-scale SFE systems, including energy recovery and heat management.


• See how process variables like pressure, temperature, and entrainers affect separation performance.


• Understand the practical hurdles, from data needs to material choices and safety concerns.

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