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LIQUID PHASE CHEMICAL REACTOR APPARATUS

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LIQUID PHASE CHEMICAL REACTOR APPARATUS Specification

Power Supply
220V AC, 50 Hz

Mounting Type
Bench top

Display Type
Digital LCD

Accuracy
1C

Number of Specimens
Single specimen

Specimen Size
Customizable, typically 250 mL 2 L

Resolution
0.1C

Measuring Range
0 - 150C

Gas Pressure
0.1 - 7 bar

Interface Type
Analog/Digital

Temperature
Ambient to 150C

Humidity
Max 80% RH

Usage
Engineering Testing Equipment

Application
Engineering Testing Equipment

Response Time
< 2 s

Operating Voltage
220V

Automation Grade
Semi-Automatic

Port Size
1/4 inch NPT

Test Range
Up to 2 litres reactor volume

Features
Stirrer speed control, digital display, high-temperature resistance

Hardness
Reactor vessel made of borosilicate glass

Frequency
50 Hz

Product Type
LIQUID PHASE CHEMICAL REACTOR APPARATUS

Max Height
520 mm

Capacity
2 Litres

Machine Weight
38 kg

Test Speed
0.5 - 5 rpm (variable)

Test Width
150 mm

Test Stroke
320 mm

Control Mode
Digital PID controller

LIQUID PHASE CHEMICAL REACTOR APPARATUS Trade Information

Minimum Order Quantity
1 Piece

Packaging Details
Carton Box, Export Quality also Available

Main Export Market(s)
Asia, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001, CE

About LIQUID PHASE CHEMICAL REACTOR APPARATUS

Specification:

LIQUID PHASE CHEMICAL REACTOR APPARATUS

Description

Present set-up consists of a reactorvessel fitted with variable speed agitator and detachable baffles. This unit isdesigned to study chemical kinetics. Reactants are fed to the reactor, usingpump and flow is regulated and monitored by individual Rotameter. An adjustableoverflow device is provided in the reactor to conduct the experiment ondifferent reactor volume.

A Stainless-Steel Coil is immersed inthe reactor through which the hot water supply is circulated. Temperature ofthe hot water is controlled by means of Temperature Controller and it enablesthe students to enhance the experimentation capabilities

Experimentation/Learning Objectives

To study the chemical kinetics.

To study the effect of residencetime.

To study the effect of mixing speed.

To study the effect of temperature on chemical reaction.

Utilities Required

Electricity Supply: Single Phase, 220V AC, 50 Hz, 5-15 Amp combined socket with earth connection. Earth voltage should be less than 5 volts.

Water Supply

Floor Drain.

Floor Area Required: 1.5 m x 1 m.

Instruments, Laboratory wares andChemicals required for analysis as per the system adopter

Technical Details

Reactor: Material SS, Capacity (1-2) Ltrs.

Agitator: Variable speed with speed control facility from 0 150 RPM.

Impeller: 4 square bladed (1 No.), Material- Stainless Steel.

Baffles: Detachable.

Piping: PVC.

Feed Tank (2Nos.): Material Stainless Steel, Capacity20 Ltrs. Each

Discharge Tank (1No.): Material PVC, Capacity 40 Ltrs.

Water Bath: Material Stainless Steel, Double wall, insulated withCeramic Wool.

Heater: Nichrome wire Heater

Pumps (3Nos.): 2 Nos. (For Chemical), 1 No. (For hot watercirculation).

Advanced Chemical Resistance and Safety

Crafted from borosilicate glass, the reactor offers high chemical resistance, ensuring durability when used with a wide range of reagents. Integrated safety measures, such as a built-in pressure relief valve, over-temperature cutoff, and leakage protection, provide a secure operating environment for laboratory personnel.

Versatile Stirring and Heating Control

The magnetic or overhead stirrer features variable speed control ranging from 100 to 1500 rpm, allowing for optimal mixing efficiency. Coupled with an integrated heating mantle and digital PID controller, users can achieve precise temperature maintenance from ambient up to 150C, all displayed on a real-time digital LCD panel.

User-Friendly Sampling and Monitoring

A dedicated sampling port facilitates easy extraction of samples during experiments without halting the process. The apparatus is compatible with pH probes and features an intuitive digital display, making it simple to monitor critical reaction parameters and ensure high-quality results.

FAQs of LIQUID PHASE CHEMICAL REACTOR APPARATUS:

Q: How is the temperature controlled in this chemical reactor apparatus?

A: Temperature is managed through an integrated heating mantle regulated by a digital PID controller, enabling precise adjustments from ambient to 150C. The system displays real-time temperature readings with a resolution of 0.1C and an accuracy of 1C.

Q: What steps should I follow to safely operate this laboratory reactor?

A: Ensure all connections and fittings (SS316/PTFE) are correctly assembled, set the desired stirrer speed and temperature on the digital display, and verify that the external water jacket is ready for cooling. The apparatus includes built-in safety features like pressure relief and over-temperature cutoff to protect users.

Q: When is it appropriate to use the sampling port during experiments?

A: The sampling port allows for convenient sample extraction without interrupting your ongoing reaction. Use it whenever you need to monitor reaction progress or perform intermediate analyses, while observing standard laboratory safety protocols.

Q: Where should the Liquid Phase Chemical Reactor Apparatus be installed?

A: Mount the apparatus on a stable benchtop in a laboratory setting with proper ventilation. Ensure the ambient conditions do not exceed 80% relative humidity and there is access to a standard 220V AC, 50 Hz power supply.

Q: What benefits does borosilicate glass provide for this reactor system?

A: Borosilicate glass ensures excellent resistance to chemical corrosion, high thermal stability, and durability, making it ideal for various chemical reactions involving aggressive reagents or high-temperature conditions.

Q: How does the agitator type impact mixing efficiency?

A: You can use either a magnetic or overhead stirrer to adjust stirrer speed from 100 to 1500 rpm. This flexibility ensures thorough mixing across a broad range of viscosities and reaction types, resulting in uniform product quality.

Q: What is the process for connecting pH measurement probes or digital interfaces?

A: The reactor is equipped with interfaces compatible with both analog and digital devices, allowing easy integration of pH probes or data logging systems for enhanced parameter monitoring and experiment documentation.

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