Crystallization
Evaporative Forced Circulation Crystallizer
An Evaporative Forced Circulation Crystallizer is used to remove solvents by heating a solution, leading to crystal formation as a precipitate.
Process Overview:
- Circulation & Heating – The feed circulates between the heat exchanger and crystallizer body, forming a slurry.
- Temperature Increase – The slurry is heated in the exchanger and reintroduced into the crystallizer, causing surface liquid boiling.
- Supersaturation & Crystallization – Evaporation cools the solution, achieving supersaturation, leading to crystal formation at the bottom.
- Crystal Discharge – Formed crystals are removed through the product discharge pipe.
This method is ideal for compounds that crystallize at high temperatures, such as NaCl (salt) from saline water.
Key Features & Benefits:
Complete Wastewater Concentration & Solid Recovery
Converts liquid waste into solid crystals, ensuring zero liquid discharge and efficient waste management.
High-Purity Salt & Byproduct Recovery
Extracts valuable salts and minerals for reuse, reducing waste and lowering raw material costs.
Energy-Efficient & Cost-Effective Operation
Optimized thermal processes minimize energy consumption while maintaining high efficiency.
Regulatory Compliance & Environmental Sustainability
Helps industries meet environmental standards by eliminating liquid waste and reducing pollution.
Customizable Design & Smart Automation
Adaptable for various industries with IoT-based monitoring for improved process control.
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