RTD STUDIES IN PLUG FLOW TUBULAR REACTOR (Straight Tube Type & Peristaltic Pump Feed System)

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RTD STUDIES IN PLUG FLOW TUBULAR REACTOR (Straight Tube Type & Peristaltic Pump Feed System)

Price 153000.0 INR/ Unit

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MOQ : 1 Unit

RTD STUDIES IN PLUG FLOW TUBULAR REACTOR (Straight Tube Type & Peristaltic Pump Feed System) Specification

Gas Pressure
Atmospheric (ambient laboratory conditions)

Port Size
Inlet and outlet: 6 mm OD tube connector

Equipment Type
Laboratory Reactor System

Specimen Size
Not Applicable (liquid slug or tracer volume: 1-2 ml typical)

Humidity
<70% RH (recommended operating)

Number of Specimens
Single feed per experiment

Response Time
1-2 sec for instrument readout

Resolution
0.1 ml/min (flow setting)

Accuracy
2% of reading (flow rate)

Interface Type
Manual, with option for digital readout

Application
RTD studies, plug flow reactor demonstrations, kinetics experiments, chemical engineering education

Operating Voltage
230 V AC, single phase

Power Supply
230 V AC, 50 Hz, single phase

Temperature
Ambient (20-30C typical), not heated

Automation Grade
Manual / Semi-automatic

Mounting Type
Bench Top

Display Type
Digital display for pump speed and flow rate

Measuring Range
Flow rates: 0.5 5.0 ml/min

Features
Straight tubular reactor, transparent acrylic or borosilicate tube, peristaltic pump feed system, sampling ports, digital flow display, easy cleaning and assembly

Frequency
50 Hz

Test Range
Flow rate range: 0.5 5.0 ml/min

Max Height
600 mm (total unit height incl. stand)

Usage
Lab-scale chemical reaction and RTD studies

Capacity
60 ml (approximate reactor tube volume)

Machine Weight
40 Kg (Approx.)

Test Speed
Variable (depends on selected flow rate through peristaltic pump; typically 0.5 - 5.0 ml/min)

Control Mode
Manual and semi-automatic feed control

Safety Features
Overload protection for pump, non-leak design

Reactor Tube Inner Diameter
~15 mm

Water Bath
Optional, for temperature control

Reactor Tube Length
~1 meter

Supports
Tube clamp, adjustable support stand

Recommended Experiments
Pulse Input, Step Input RTD analysis

Reactor Tube Material
Borosilicate glass

Pump Type
Variable speed peristaltic pump

Accessories Included
Beakers, measuring cylinder, hoses, connectors

Tracer Injection Method
Syringe port for pulse/tracer injection

Sampling Points
Multiple along reactor length

Glassware Quality
Chemically resistant, laboratory grade

About RTD STUDIES IN PLUG FLOW TUBULAR REACTOR (Straight Tube Type & Peristaltic Pump Feed System)

To plot the RTD curve for the Plug Flow Reactor.

To determine the Dispersion No.

Technical Details

Reactor: Material Borosilicate Glass,

OD-32mm, ID-25mm, Length-1200mm

Feed Tank: Material Stainless Steel, Capacity 20 Ltrs. (approx.)

Feed Circulation: By compressed air.

Flow Measurement: By Rotameter

Piping: Stainless Steel and PU pipe

Pressure Regulator : 0-2 Kg/cm2.

Pressure Gauge : Bourdon type 0-2 Kg/cm2.

Stopwatch: Electronic.

Versatile Plug Flow Reactor for RTD & Kinetics

Designed for precise RTD analysis and plug flow studies, this system is equipped with a high-quality borosilicate reactor tube ensuring chemical resistance and observational clarity. Its variable-speed peristaltic pump provides accurate, steady flow control simply adjusted to suit various experimental requirements. Multiple accessible sampling points provide flexibility for in-depth analysis. The setup is well-suited for academic labs and research, facilitating practical demonstration of chemical engineering concepts.

Precision & Safety in Laboratory Operations

With digital display for flow rate and speed, this reactor system ensures accurate monitoring and user-friendly adjustments. The pump features overload protection and the non-leak glassware design enhances laboratory safety. Quick response times and 2% accuracy in flow rate measurements support robust experimental repeatability, while the easy-to-assemble components speed up setup, cleaning, and maintenance.

FAQs of RTD STUDIES IN PLUG FLOW TUBULAR REACTOR (Straight Tube Type & Peristaltic Pump Feed System):

Q: How is a tracer injected during RTD studies in this plug flow reactor?

A: A tracer (such as dye or salt solution) is injected using the dedicated syringe port near the reactor inlet. This enables pulse or step input experiments, essential for analyzing residence time distribution inside the reactor tube.

Q: What types of experiments can be conducted with this system?

A: The setup supports pulse and step input RTD analysis, flow dynamics demonstrations, and basic kinetics experiments. Its ideal for chemical engineering demonstrations and teaching reactor theory, or for hands-on research in plug flow behavior.

Q: When should the optional water bath be used, and how does it benefit the system?

A: The water bath is recommended when temperature control is necessary, such as for temperature-sensitive reactions or to maintain consistent experimental conditions. It wraps around the reactor tube, helping manage the temperature within the ambient 2030C range.

Q: Where are the sampling points located on the reactor tube?

A: Multiple sampling ports are distributed along the length of the borosilicate glass reactor tube. These allow users to collect samples at different positions, providing data for RTD profiles and flow monitoring.

Q: What is the process for cleaning and maintaining the reactor system?

A: After experiments, flush the reactor tube and associated hoses with distilled water. All connectors, tubes, and glassware are designed for easy disassembly and cleaning without specialized tools, ensuring chemical residues are removed quickly and safely.

Q: How does the variable-speed peristaltic pump contribute to experimental accuracy?

A: The peristaltic pump enables precise, steady flow adjustment in the 0.55.0 ml/min range. Its digital display provides accurate real-time monitoring, ensuring reproducibility and fine-tuning for a wide range of laboratory studies.

Q: What are the benefits of using borosilicate glass for the reactor tube material?

A: Borosilicate glass offers exceptional chemical resistance, clarity for visual observation, and durability under laboratory conditions, making it ideal for repeated, safe use in chemical engineering and academic environments.

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