protrude within the main gas stream, perpendicularly to the gas flow, running the complete height of the vane pack.

The hooks have a high drainage capacity and are self cleaning during operation. They are ideal when a slightly

lower efficiency is allowed or where there is a higher-pressure drop available.

These offer the client a commercial advantage with extremely low maintenance costs due to their simple and robust design.

Advantages of the ZP-110 Vane Profile:

• Low / medium operating pressures.
• Medium throughputs.
• Medium / high efficiency.
• Low re-entrainment.
• Resists fouling.
• High liquid loading.
• Low / medium pressure drop.
• Robust construction.
• Commercially attractive.
• No moving parts thus no maintenance.

Typical Performance:

• < 0.1 USG/MMSCF in gas outlet.
• > 99.8 % > 12 microns.
• > 3 : 1 turndown.

ZP-210 vane pack

The ZP-210 vane packs are designed for both horizontal and vertical separators. They consist of high efficiency "double pocket " or "trough" type vanes, where the agglomerated sheet of liquid flows into the vane troughs, perpendicularly to the gas flow, running the complete height of the vane pack.

The "trough" is shielded, to partition the falling liquids (inside the drainage chambers) from the main gas stream

flowing (outside) through the vane blades, thus minimising any re-entrainment of the separated fluids.

Advantages of the ZP-210 Vane Profile:

• High operating pressures.
• High throughputs.
• High efficiency.
• Low re-entrainment.
• High liquid loading.
• Low pressure drop.
• Robust construction.
• Potentially reduces the vessel size on a new build project.
• Ideal for upgrades / retrofits.
• No moving parts thus no maintenance.

Typical Performance:

• < 0.1 USG/MMSCF in gas outlet.
• > 99.8 % > 8 microns.
• > 3 : 1 turndown.

ZP-210 vane pack

 

ZP-310 vane pack

The ZP-310 vane packs are designed for vertical separators. They consist of high efficiency "double pocket" or "trough" type vanes, where the agglomerated sheet of liquid flows into the vane troughs, perpendicularly to the gas flow, running the complete height of the vane pack.

The "trough" is shielded, to partition the falling liquids (inside the drainage chambers) from the main gas stream

flowing (outside) through the vane blades, thus minimising any re-entrainment of the separated fluids.

These vanes can be mounted in an upflow or downflow configuration, dependant if strict space restrictions are

in place.

Advantages of the ZP-310 Vane Profile:

• High operating pressures.
• High throughputs.
• High efficiency.
• Low re-entrainment.
• High liquid loading.
• Low pressure drop.
• Robust construction.
• Potentially reduces the vessel size on a new build project.
• Ideal for upgrades / retrofits.
• Upflow and downflow.
• No moving parts thus no maintenance.

Typical Performance:

• < 0.1 USG/MMSCF in gas outlet.
• > 99.8 % > 8 microns.
• > 3 : 1 turndown.