Caustic Soda Recovery Plant

Caustic Soda Recovery Plant Specification

Feature
Corrosion resistant, Low maintenance, High efficiency

MOC (Material of Construction)
Stainless Steel / MS

Phase
Three Phase

Automation Grade
Automatic

Voltage
415 V

Design Pressure
Up to 2.5 Kg/cm2

Plant Type
Customized

Frequency
50 Hz

Usage
Recovery and concentration of caustic soda from spent liquor

Recovery Efficiency
Up to 98%

Operating Temperature
Up to 120C

Caustic Soda Recovery Plant Trade Information

Minimum Order Quantity
1 Plant

Supply Ability
Plant

Delivery Time
10-30 Days

About Caustic Soda Recovery Plant

This Caustic Soda Recovery Plant has been designed by expert personnel by using latest technology. As part of its operation, the soda is heated at low concentration level to its boiling point. Due to application of heat, vapor is generated. Heated liquid is flashed at minimal pressure. Provided Caustic Soda Recovery Plant has all the modern amenities needed to enhance production output and also to maintain quality of produced substance. Offered plant has less installation cost and low maintenance charge.

Product details

Automation Grade : Semi-Automatic
Voltage : 380V
Brand : CentPro
Usage : Knit Mercerizing, Grey Mercerizing
Phase : 3 Phase
Capacity : 500 to 15000 LPH

High-Efficiency Caustic Soda Recovery

Our plant is specifically designed to maximize caustic soda recovery from industrial spent liquor. With an efficiency rate of up to 98%, it significantly reduces chemical waste, ensuring sustainable and eco-friendly operations. Utilizing stainless steel or MS for construction, the plant guarantees reliability and long-term performance in demanding industrial environments.

Corrosion Resistance and Durability

The plant is built from corrosion-resistant materials-either high-grade stainless steel or mild steel-making it ideal for operations involving harsh chemicals. Its robust design ensures low maintenance, a long service life, and suitability for continuous use in rigorous industrial contexts.

Automated, Customized Solutions

Equipped with full automation, this recovery plant minimizes manual intervention, enhances safety, and improves efficiency. Each unit is custom-designed to meet specific client requirements, integrating seamlessly with existing industrial processes for optimal productivity.

FAQ's of Caustic Soda Recovery Plant:

Q: How does the Caustic Soda Recovery Plant operate automatically?

A: The plant features an advanced automated control system, managing operational parameters such as temperature, pressure, and flow without manual input. This ensures consistent recovery efficiency and optimal safety throughout the process.

Q: What is the primary process involved in caustic soda recovery?

A: The main process involves concentrating and recovering caustic soda from spent liquor through evaporation and separation techniques inside the corrosion-resistant plant, ensuring efficient reclamation with minimal losses.

Q: When should industries consider installing a caustic soda recovery plant?

A: Industries dealing with significant caustic soda consumption and waste are encouraged to install a recovery plant when they seek cost savings, waste reduction, and improved sustainability in their operations.

Q: Where can this recovery plant be integrated within existing production lines?

A: The recovery plant can be seamlessly incorporated into any point where caustic soda-containing spent liquor is generated, typically downstream of manufacturing or processing units in chemical, textile, or paper industries.

Q: What makes the plant corrosion-resistant and low maintenance?

A: The plant's construction uses high-grade stainless steel or mild steel, specifically chosen for their resistance to chemical corrosion. This choice, alongside robust engineering, drastically reduces maintenance needs and downtime.

Q: What benefits can industries gain from using this recovery plant?

A: Industries benefit from reduced chemical purchasing costs, minimized environmental impact, increased operational efficiency, and compliance with environmental regulations due to the plant's high recovery efficiency and low waste output.

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