Multipurpose Solvent Extraction Plants are systems designed to extract valuable compounds, such as oils, active ingredients, or other substances, from raw materials using solvents. These plants are versatile and can handle various types of materials, making them suitable for industries like pharmaceuticals, food, chemicals, and cosmetics.
How Do They Work?
Features
Benefits
Applications
Why Choose Our Multipurpose Solvent Extraction Plants?
Material Preparation → (Raw material is cleaned, dried, and processed for optimal extraction efficiency)
Solvent Application → (A suitable solvent is added to dissolve the desired compounds from the material)
Extraction Process →
Mixing & Soaking → (Material is thoroughly mixed or soaked in the solvent) Agitation & Circulation → (Ensures uniform contact for better yield)
Separation Stage → (Extracted liquid is separated from the solid residue through decantation or filtration)
Solvent Recovery System →
Evaporation / Distillation Unit → (Removes solvent from extracted compounds) Membrane Separation → (Enhances purity of recovered solvent)
Purification & Refinement → (Extracted product undergoes filtration,
crystallization, or chromatography for final purity)
Final Collection & Packaging → (Purified extract and recovered solvent are collected for industrial use or sale)
Pre-Treatment Unit (Crushers, grinders, or homogenizers for material preparation)
Extraction Vessels / Reactors (Solvent extraction chambers optimized for batch or continuous operation)
Agitators / Mixers (Ensures efficient solvent interaction)
Filtration & Separation Units (Decanters, centrifuges, or membrane filters for effective separation)
Solvent Recovery System (Distillation columns, evaporators, or drying systems for solvent recycling)
Purification Equipment (Chromatography, crystallizers, or ultra-filtration
membranes for refining)
Final Collection Tanks & Packaging Unit (Stores purified extracts for industrial distribution)