DEPSEP-C-Plate Packs (Corrugated)

DEPSEP™ Corrugated Plate Packs create multiple inclined flow channels that promote laminar flow and enhance oil-water and liquid-solid separation, making them ideal for CPI separators and produced water treatment systems.

Gasumax Cyclones

GasuMax™ Cyclones use centrifugal force to separate entrained liquid droplets from gas and vapour streams. Designed for high gas velocities and heavy liquid loading, they provide reliable mist elimination with no moving parts, making them ideal for gas-liquid separators, scrubbers, and process vessels.

I-PAK Random Packing

I-Pak™ Random Packing features a high-efficiency saddle geometry that provides excellent gas-liquid distribution, low pressure drop, and high hydraulic capacity. Designed for demanding mass transfer applications, it is ideal for distillation, absorption, stripping, and scrubbing processes where efficiency and throughput are critical.

R-PAK Random Packing

R-Pak™ Random Packing is based on the classic Raschig Ring design, offering a simple, robust solution for mass transfer applications. Its durable cylindrical geometry makes it well suited to corrosive, high-temperature, and fouling services where reliability and proven performance are key.

P-PAK Random Packing

P-Pak™ Random Packing is based on the proven Pall Ring design, using punched windows and internal ligaments to increase surface area, improve liquid distribution, and reduce pressure drop. Its robust construction and balanced hydraulic performance make it a versatile solution for a wide range of mass transfer applications.

C-PAK Random Packing

C-Pak™ Random Packing utilises a Cascade Mini Ring-style geometry with a compact 1:3 aspect ratio to maximise surface utilisation and improve vapour flow. The result is higher hydraulic capacity, lower pressure drop, and efficient mass transfer in distillation, absorption, and stripping applications.

DEPSEP-F-Plate Packs

DEPSEP™ Flat Plate Packs increase the effective settling area within gravity separators, allowing oil droplets and suspended solids to separate more efficiently while reducing equipment footprint and improving throughput.