Packed Bed Reactor

Packed Bed Reactors provide reliable catalytic processing with controlled temperature, pressure, and flow for efficient chemical reactions, catalyst testing, and industrial research.

Precision Catalytic Processing Solutions

Advanced Packed Bed Reactor Systems

Packed Bed Reactors are engineered for efficient catalytic reactions and catalyst testing, offering precise temperature, pressure, and flow control. Constructed from specialized materials, they support demanding laboratory and industrial applications with reliable operation, safety features, and flexible process configurations.

Packed Bed Reactor
Catalyst Testing
High Temperature
Safety Focused
Flexible Design
Packed Bed Reactor Specifications
Specification Details
Type of Reactor Packed Bed Reformer for Catalyst Testing
Material of Construction (MOC) SS-316, SS-304, SS-310, Hastelloy, Inconel, Quartz and other special alloys
Bed Material Catalyst particles or solid adsorbents
Reactor Volume Variable
Reactor Length Variable
Temperature Range Ambient to 1200 °C
Pressure Range Atmospheric to 300 bar
Flow Rate Adjustable
Instrumentation MFC, pressure sensors, flow meters, pressure gauge, temperature sensor, wet meter, fittings, water circulation system, G-C and other process instruments
Safety Features Pressure relief valves, rupture disc, temperature interlocks and emergency shutdown systems

Frequently asked questions

Get quick answers to the most common questions about Packed Bed Reactor, its features, applications, specifications, and performance.

What is a Packed Bed Reactor and how does it work?

A Packed Bed Reactor is a chemical reactor filled with catalyst particles or solid packing material. The reactants pass through the packed bed where they come into contact with the catalyst surface, allowing efficient chemical reactions with excellent heat and mass transfer.

Packed Bed Reactors are widely used in chemical processing, petroleum refining, catalyst testing, pharmaceutical manufacturing, environmental engineering, research laboratories, gas purification, and adsorption studies where reliable reaction performance is required.

Yes. Durga Technology Corporation manufactures fully customized Packed Bed Reactors. Reactor volume, bed length, material of construction, operating temperature, pressure rating, instrumentation, and automation can all be designed according to your specific application.

We manufacture reactors using SS-304, SS-316, SS-310, Hastelloy, Inconel, Quartz, and other special alloys. The material selection depends on your operating temperature, pressure, and chemical compatibility requirements.

Our Packed Bed Reactors are designed to operate from ambient temperature up to 1200°C and can withstand pressures ranging from atmospheric conditions up to 300 bar, depending on the selected design and material.

Standard instrumentation may include Mass Flow Controllers (MFC), pressure sensors, pressure gauges, temperature sensors, flow meters, wet gas meters, water circulation system, gas chromatography (GC) connectivity, and other accessories based on project requirements.

Safety is our priority. Our systems can include pressure relief valves, rupture discs, temperature interlocks, emergency shutdown systems, and other protection features to ensure safe and reliable operation during high-temperature and high-pressure experiments.

Yes. Our Packed Bed Reactor is specially designed for catalyst testing, reaction kinetics studies, adsorption experiments, and pilot-scale research. It is widely used by research institutes, universities, and industrial R&D laboratories.

Durga Technology Corporation specializes in designing and manufacturing high-quality laboratory and pilot-scale reactors tailored to customer requirements. We offer robust engineering, premium materials, precise instrumentation, customization options, reliable after-sales support, and solutions that meet demanding research and industrial applications.
Industry We Serve

Our industry expertise & equipment solutions

At Durga Technology Corporation, we provide high-quality manufacturing solutions tailored to the needs of diverse industries, ensuring precision, durability, and reliability.

Chemical

Oil & Gas

Renewable Energy

R & D

Agrochemical

Petrochemical

Pharmaceutical

Biotechnology

Defence

Food & Beverage

Academic Research

Government Research

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