Automated catalyst handling that keeps crews out of the vessel

Safety

Up to 95 percent reduction in reactor entry during unloading, significantly reducing exposure to nitrogen environments.

Productivity

Continuous vacuum operations without periodic personnel change outs improves vacuum efficiency and shorten the unloading schedule.

Quality

Telescopic lowering supports controlled loading with reduced catalyst free fall distance, helping limit breakage and support bed quality.

(LNG) Liquid Natural Gas

Optimised for LNG facilities where gas pretreatment supports stable liquefaction performance and protects downstream cryogenic equipment.

Helps reduce time in the vessel during changeouts and supports consistent, repeatable bed preparation.

(FLNG) Floating Liquid Natural Gas

Designed for floating LNG where space and access constraints require controlled execution during changeouts.

Helps support predictable shutdown activity, consistent results, and reduced exposure time in critical areas.

Hydroprocessing & Reformer Reactors

Optimised for hydroprocessing and reformer shutdowns where controlled catalyst handling supports a smoother turnaround.

Helps reduce time in the vessel and maintain a more consistent catalyst bed.

Gas Processing & Hydrogen Plants

Ideal for gas processing and hydrogen production units where predictable execution supports a smoother turnaround.

Helps shorten critical path activity and maintain a more consistent catalyst bed.

Chemical & Speciality Units

Adaptable to chemical processing and speciality catalyst applications where controlled handling supports repeatable results.

Helps improve control during unloading and reloading, and supports a dense, uniform catalyst bed.