Key Features
- Solvent recycling capability
- High recovery efficiency
- Borosilicate glass construction
- Multiple solvent compatibility
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Solvent Recovery System
Solvent Recovery System
Solvent Recovery System
Comprehensive solvent recovery system for efficient solvent recycling and reuse.
Solvent Recovery System Overview
Goel designs and supplies glass-based solvent recovery systems capable of handling contamination and recovering solvents across a wide scale—from a few kilograms per day to many tons per day. The system typically uses a continuous distillation column with overhead vessel, refluxing, condensers (primary and secondary), and reboiler to separate clean solvent from residue. The process is engineered to deliver uniform product quality, operate steadily, and minimize utility usage and downtime.
Specifications
• Mode: Continuous distillation with steady feed
• Components: overhead vessel, reflux, reboiler, primary & secondary condensers, receiver
• Condenser cooling: chilled water circulation + vent condenser to minimize volatile loss
• Reflux: partial reflux, controlled draw-off of product
• Utility inputs: steam to reboiler, cooling water / chilled water for condensers
• Material: borosilicate glass, PTFE wetted parts, corrosion-resistant supports
• Scale flexibility: from small lab scale (kg/day) to industrial scale (tons/day)
• Design focus: uniform product quality, low utility consumption, minimal downtime
Note: explicit numeric data (e.g., heat duties, flows) not published in source document.
Applications
• Reprocessing contaminated solvents in pharmaceutical, chemical, or formulation labs
• Reuse of organic solvents like acetone, methanol, xylene, butyl acetate
• Waste minimization and cost reduction in R&D or pilot operations
• Solvent purification for reuse in clean synthesis or product blending
• Pilot-scale solvent recycling prior to scaling up
Its emphasis on continuous operation and modular glass components makes the system well suited to environments requiring reliable solvent recovery and low maintenance overhead.