The direction of process flow greatly impacts overall process efficiency. Radial flow systems can substantially reduce pressure drop across reactor beds, a critical controlling parameter in numerous applications. This not only boosts production output but also cuts energy consumption.

Radial flow systems enhance contact efficiency between process fluid and catalyst beds, enabling remarkable downsizing of vessel dimensions. For instance, a 4.5-foot/6.1-meter-tall radial flow system delivers equivalent throughput as a 9-foot/12.2-meter-long horizontal axial flow bed under the same vessel diameter. It helps clients lower vessel manufacturing costs and reduce operational expenses of fluid conveying equipment.

Operating at an ultra-low pressure differential across screens and catalyst beds, such systems achieve maximum production rates of target products. Johnson Screens is a premier supplier of reactor internals engineered for stringent annular gap requirements.

Boasting superior performance, cost-effectiveness and high efficiency, radial flow systems are ideal for the following processes:

• Catalytic reforming (fixed-bed and continuous regenerativereaction)
• Styrene dehydrogenation
• Nitrogen oxide removal system
• Solvent recovery
• Hydrodesulfurization unit
• Mercury removal
• Ammonia converter
• Isomerization reaction
• Other thin annular bed systems

Leveraging profound expertise in radial flow technology, Johnson Screens delivers premium design solutions and finished reactor internals.

Explore our full range of radial flow products, or contact us for further inquiries.