Brief: Experience a brief tour of features designed to deliver dependable outcomes. In this video, we showcase the Compact Metal Structure Packing Module, demonstrating how its ordered flow channels optimize gas-liquid contact while maintaining low hydraulic resistance. You'll see how this efficient solution enables the same separation performance with reduced column height, making it ideal for retrofit projects and space-constrained installations.
Related Product Features:
Engineered with ordered, repeatable flow channels for optimized gas-liquid contact and low hydraulic resistance.
Available in various grades with specific surface areas from 350-900 m²/m³ to match plant F-factor and liquid loading requirements.
Constructed from durable materials including SS316L and Alloy 625 for sour or halide-containing streams.
Features corrugation pitches from 6-40 mm, with fine pitches for low-velocity duty and coarser pitches for higher vapor loads.
Offers surface treatments like electropolish to reduce particulate adhesion and ease cleaning maintenance.
Supplied as pre-cut panels or boxed modules for rapid onsite installation with temperature ratings up to 600°C.
Includes comprehensive project support with CAD layouts, sample modules for pilot testing, and commissioning assistance.
Provides performance maps and HETP curves to support accurate process simulation and scaling calculations.
FAQs:
What are the main advantages of using structured packing over conventional trays or random packing?
Structured packing provides ordered, repeatable flow channels that optimize gas-liquid contact while maintaining low hydraulic resistance, allowing operators to achieve the same separation performance with reduced column height and more stable stage performance compared to conventional alternatives.
How do I select the appropriate structured packing grade for my application?
Selection depends on your plant's F-factor and liquid loading requirements. Fine-pitch packings are ideal for low-velocity applications requiring high mass transfer, while coarser pitches handle higher vapor loads and tolerate particulate presence with lower fouling risk. We provide performance maps and HETP curves to support your selection process.
What material options are available for corrosive service conditions?
We offer SS316L and Alloy 625 for sour or halide-containing streams, along with PTFE-lined or ceramic coated panels for highly corrosive services. Surface finishes like electropolish reduce particulate adhesion, and we provide corrosion rate data and life-cycle cost comparisons to support material selection.
What support do you provide for installation and project implementation?
We supply modules as pre-cut panels or boxed modules for rapid onsite installation, including support ring recommendations, hold-down details, and distributor/collector compatibility notes. For project orders, we offer CAD layouts, sample modules for pilot testing, and onsite commissioning support with typical lead times of 10-35 days.