Product Description

The Multiple Effect Evaporator (MEE) Plant for the textile industry is designed to handle the diverse and challenging effluents generated during textile processing. The system efficiently concentrates and reduces the volume of wastewater, allowing for the recovery of water and chemicals, and minimizing disposal costs.

Evaporator Effects:

• Constructed from high-quality, corrosion-resistant materials suitable for handling textile effluents.
• Multiple stages (effects) operate at decreasing pressures and temperatures to maximize energy efficiency.

Heating System:

• The first effect is typically heated by steam, with subsequent effects utilizing the vapor from the previous stage.
• Advanced control mechanisms ensure precise temperature and pressure regulation for optimal performance.

Feed and Distribution System:

• Ensures even distribution of textile effluents into each evaporator stage.
• Equipped with metering pumps and flow control valves for accurate feed rate management.

Vapor Separator:

• Efficiently separates vapor from the concentrated liquid in each stage.
• Designed to handle the specific characteristics of textile effluents, preventing carryover and maintaining product quality.

Condensate System:

• Collects and recycles condensate for reuse, reducing water consumption.
• Integrated with the plant's water management system to enhance sustainability.

Control System:

• Advanced PLC-based control system for automated operation and real-time monitoring.
• User-friendly interface allows for easy operation, process adjustments, and data logging.

Cleaning-In-Place (CIP) System:

• Integrated CIP system for efficient and thorough cleaning of the evaporator.
• Ensures consistent performance and compliance with industry hygiene standards.

Applications:

• Textile Dyeing and Printing: Concentration of dye bath, printing paste, and washing effluents.
• Finishing Processes: Treatment of effluents from finishing processes, including desizing, bleaching, and scouring.
• Chemical Recovery: Recovery of valuable chemicals such as caustic soda and dyes from wastewater.

Advantages:

• Energy Efficiency:Utilizes the latent heat of vaporization across multiple stages, significantly reducing energy consumption.
• Cost Savings:Lowers wastewater disposal costs and recovers valuable resources, contributing to overall cost efficiency.
• Environmental Compliance:Helps textile manufacturers meet stringent environmental regulations by reducing wastewater volume and pollutant load.
• Scalability:Available in various capacities to suit different production scales, from small to large textile plants.
• High Performance:Provides consistent and reliable concentration of textile effluents, maintaining the quality and integrity of recovered materials.