Calandria Evaporator

Calandria Evaporator – Precision Laboratory Equipment for Evaporation Studies

Note: This Price Is Based on the Specifications Mentioned. If You Have Any Other Specifications, You Can Submit an Inquiry.

Evaporation is one of the key processes in chemical engineering, food processing, and pharmaceutical industries, used to concentrate solutions by removing volatile solvents. For accurate learning and industrial research, advanced laboratory setups are necessary. The Calandria Evaporator provided by Scilabex.com and Scilabstore offers high-quality performance, precise control, and reproducible results, making it ideal for laboratories, research centers, and academic institutions. With PAN India and international delivery, it is trusted globally for laboratory-scale evaporation studies.

Product Overview

The Calandria Evaporator is designed to concentrate non-volatile solutes from dilute solutions, typically aqueous solutions, through controlled evaporation. It features a short tube vertical design, where the tubes are enclosed in a stainless steel jacket with an accumulator to collect the concentrated solution.

Key components include:

• Copper Tubes: Ensures efficient heat transfer and durability.

• Stainless Steel Jacket: Surrounds the tubes to provide uniform heating.

• Steam Generator: Supplies controlled steam to heat the solution.

• Steam Trap & Condensate Collection: Ensures accurate measurement of energy utilization.

• Shell & Tube Condenser: Condenses vapor from evaporation for recovery and analysis.

• Accumulator: Collects the concentrated solution, which can be recycled for further processing.

This setup is suitable for both educational purposes and industrial process simulation, helping students, researchers, and engineers understand evaporation fundamentals, heat transfer, and energy efficiency.

Product Specifications

• Color: Sky Blue

• Equipment Materials: Copper

• Voltage: 220 Volt (V)

• Material: Metal

• Application: Laboratory

• Warranty: 1 Year

Trade Information:

• Minimum Order Quantity: 1 Unit

• Payment Terms: Cash Advance (CA), T/T, Cash in Advance (CID), Cheque

• Supply Ability: 1 Unit Per Day

• Delivery Time: 2–4 Weeks

• Main Export Markets: Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Africa, Central America, Asia

• Main Domestic Market: All India

Working Principle

The Calandria Evaporator operates on the principle of controlled evaporation and heat transfer:

1. Feed Preparation: The dilute solution is fed into the evaporator.

2. Steam Heating: Steam from the generator heats the jacket surrounding the copper tubes, transferring heat to the solution inside the tubes.

3. Evaporation: The solvent vaporizes, concentrating the solution.

4. Condensate Collection: Steam condensate is collected via a steam trap for energy measurement and efficiency evaluation.

5. Vapor Condensation: Volatile solvent vapors are condensed using a shell & tube condenser.

6. Solution Collection: Concentrated non-volatile solute is collected in an accumulator and can be recycled into the evaporator for further experimentation.

This design ensures uniform heating, efficient evaporation, and accurate data collection for laboratory research and process evaluation.

Applications

The Calandria Evaporator is widely used in:

• Chemical Engineering Labs: Study of evaporation, heat transfer, and solution concentration.

• Food Processing Research: Concentration of juices, milk, and other liquid food products.

• Pharmaceutical Research: Solvent removal and concentration studies for product development.

• Industrial R&D: Optimization of evaporation processes, energy efficiency, and heat balance.

• Academic Institutions: Hands-on training in evaporation technology and heat transfer principles.

Globally, this equipment is utilized in universities, technical institutes, research centers, and industrial laboratories, helping users to analyze heat transfer, improve energy efficiency, and study process optimization.

Key Features

1. Copper Tubes: Excellent thermal conductivity for uniform heating.

2. Stainless Steel Jacket: Durable, corrosion-resistant, and easy to clean.

3. Steam Generator: Controlled steam supply for precise heating.

4. Steam Trap & Condensate Collection: Ensures accurate energy measurement.

5. Shell & Tube Condenser: Condenses vapor for recovery and efficiency evaluation.

6. Accumulator: Collects concentrated solution for further analysis.

7. Voltage & Material: Operates at 220 V with robust metal construction.

8. Laboratory Application: Ideal for academic, research, and industrial studies.

9. Warranty: 1 Year included for long-term reliability.

10. Global Delivery: PAN India and international shipping available via Scilabex.com and Scilabstore.

How to Use the Calandria Evaporator

1. Setup: Place the evaporator on a stable laboratory bench and connect to 220 V power supply.

2. Prepare Feed Solution: Pour the dilute solution into the evaporator tubes.

3. Steam Heating: Turn on the steam generator to supply controlled heating through the stainless steel jacket.

4. Monitor Condensate: Collect condensate through the steam trap for energy balance calculations.

5. Vapor Condensation: Ensure vapor from evaporation passes through the shell & tube condenser for recovery.

6. Collect Concentrate: Retrieve the concentrated solution from the accumulator.

7. Data Analysis: Measure heat transfer, material balance, and process efficiency.

8. Shutdown & Cleaning: Turn off power, allow the apparatus to cool, and clean the tubes, jacket, and condensate system.

Following these steps ensures safe, accurate, and reproducible laboratory results.

Experimentation

The Calandria Evaporator enables the following studies:

• Material and Heat Balance: Analyze mass and energy flow through the system.

• Evaporator Economy and Capacity: Evaluate the evaporator’s efficiency and operational capacity.

• Overall Heat Transfer Coefficient: Determine heat transfer efficiency under steady-state conditions.

• Concentration Studies: Produce concentrated solutions or thick liquor from dilute feeds.

• Vapor Recovery: Study condensation and solvent recovery efficiency.

These experiments provide a comprehensive understanding of evaporation processes, which is vital for academic research, industrial optimization, and process engineering.

Frequently Asked Questions (FAQs)

Q1: What is the operating voltage?
A: The Calandria Evaporator operates at 220 Volt (V).

Q2: What materials are used in construction?
A: The evaporator uses copper tubes and a stainless steel jacket, ensuring durability and excellent heat transfer.

Q3: Can it handle industrial liquids?
A: It is designed for laboratory-scale experimentation but simulates industrial processes effectively.

Q4: What is the delivery time?
A: Delivery is 2–4 weeks, with PAN India and international shipping available.

Q5: Is it easy to maintain?
A: Yes, the stainless steel jacket and copper tubes allow easy cleaning and maintenance.

Why Choose Scilabex.com & Scilabstore

• Trusted Supplier: High-quality, reliable laboratory equipment for research and education.

• Durable Construction: Copper and stainless steel ensure longevity and performance.

• Global Delivery: PAN India and international shipping supported.

• Customer Support: Guidance provided for setup, operation, and maintenance.

• Warranty: 1 Year for peace of mind and reliability.

Global Demand

The Calandria Evaporator is used worldwide in engineering colleges, R&D labs, and industrial training institutes across:

• Australia

• North America

• South America

• Eastern & Western Europe

• Middle East

• Africa

• Central America

• Asia

Scilabstore ensures delivery of high-quality, internationally compliant equipment for customers globally.