[Study on optimization method of dynamic extraction process].

Area of Science:

• Pharmacognosy
• Chemical Engineering
• Analytical Chemistry

Context:

• Traditional extraction methods often lack efficiency and can be time-consuming.
• Optimizing extraction processes is crucial for maximizing yield and ensuring component consistency in herbal medicine.

Purpose:

• To develop and validate a novel, time-efficient extraction optimization method.
• To compare a dynamic optimization process against orthogonal design for Sanqi extraction.

Summary:

• The dynamic optimization process demonstrated comparable results to orthogonal design in terms of marker component concentration and total solids yield ( <5% variation).
• Fingerprint analysis showed 100% similarity between extracts from both methods, validating the dynamic approach's efficacy.
• The dynamic process achieved a 79% reduction in extraction time.

Impact:

• This method offers a significant improvement in extraction efficiency for herbal products.
• Reduced extraction time translates to lower energy consumption and decreased production costs.
• The dynamic optimization strategy provides a scalable and cost-effective alternative for industrial applications.