Structured Packing Support Grid

Structured Packing Support Grids provide a stable, level foundation beneath structured packing while maintaining a high open area for vapour flow and liquid drainage. Designed to carry the packing and retained liquid load without unnecessarily obstructing the column cross-section, they help preserve the hydraulic performance of the packed bed.

Vane Inlet Device (RVID)

Vane Inlet Devices reduce the momentum of incoming multiphase streams while providing primary gas-liquid separation at the vessel inlet. The vane arrangement redirects the flow, separates bulk liquid, and distributes the gas into the vessel, reducing turbulence and liquid loading on downstream mist elimination equipment.

Flashing Feed Chamber

Flashing Feed Chambers provide a controlled area for partially vaporised feed streams to enter a process column, allowing the vapour and liquid phases to disengage while reducing feed momentum. They help protect surrounding internals, limit entrainment and turbulence, and direct each phase into the appropriate section of the column.

H-PAK Random Packing

H-Pak™ Random Packing is a high-performance alternative to conventional Pall Ring packing, offering excellent mass transfer efficiency with significantly lower pressure drop. Its advanced design improves tower capacity, reduces energy consumption, and delivers reliable performance in demanding industrial separation processes.

ROSEPAK-S Smooth Structured Packing

ROSEPAK-S™ Smooth Structured Packing features smooth corrugated sheets that minimise pressure drop, reduce liquid hold-up, and resist fouling by discouraging the build-up of solids and process contaminants. It is ideally suited to vacuum distillation, fouling services, and other demanding mass transfer applications.

ROSEPAK-PLUS Structured Packing

ROSEPAK™ Plus Structured Packing features an enhanced corrugated geometry that increases vapour handling capacity while maintaining excellent mass transfer efficiency. Designed for high-throughput distillation, absorption, and stripping processes, it provides greater hydraulic capacity with lower pressure drop than conventional structured packing.

ROSEPAK™ Structured Packing

ROSEPAK™ Structured Packing uses corrugated sheet geometry to create uniform flow channels that maximise gas-liquid contact while maintaining exceptionally low pressure drop. It is ideal for vacuum distillation, close-boiling separations, and high-efficiency mass transfer applications where capacity and energy savings are critical.

Z-Mister Vane Mist Eliminator

Z-Mister™ Vane Mist Eliminators use profiled vane blades to separate entrained liquid droplets from gas streams by inertial impingement. Their open construction provides excellent drainage and resistance to fouling, making them ideal for high gas velocity, high liquid loading, and dirty service applications.

MultiMister Mist Eliminator

MultiMister™ Technology integrates cyclonic, vane, mesh, and fibre bed mist elimination into a single engineered system. By combining multiple separation stages, it efficiently removes a wide range of liquid droplet sizes while protecting downstream equipment and improving overall process performance.

D-Mister Mist Eliminator

D-Mister™ Mesh Mist Eliminators use knitted wire mesh to capture, coalesce, and drain entrained liquid droplets from gas streams. Their high void fraction provides excellent separation efficiency with low pressure drop, making them ideal for process vessels, scrubbers, separators, and distillation columns.