Cantilevered architecture

Flexible Architecture

Find the optimized arrangement for your problem

Multiple turbine bodies enables a large combination of arrangements. Integral gear provides a durable and highly efficient base for tailor made arrangements.

Multi-stage saturated steam expander

High efficiency, high pressure ratio

Leverage inexpensive saturated steam generators in high efficiency power cycle by suppressing moisture-related blades erosion in turbine last stages.

Multi-stage re-heated steam expander

The near perfect solution

Working at moderate temperatures (200-400°C) while ensuring moisture re-vaporization during process enable high efficiency and long service life.

Single radial stage organic expander

Low to medium expansion ratio

Overhung cantilevered single shaft architecture for simple, for an easily maintenable yet highly efficient expander. From 250 kW up to 2 MW. Perfect for low volume flow and low to medium enthalpy drop. Ideally suited for refrigerant such as R1233zd, R1234ye, pentane, butane.

Multi-stage single turbine organic expander

Medium to high expansion ratio, large volume flow

Overhung cantilevered single shaft architecture for an engineered and highly efficient expander. From 250 kW up to 5 MW. Adapted for high volume flow and medium to high enthalpy drop. Ideally suited for refrigerant such as pentane, butane, toluene, hexamethyldisiloxane, octomethyltrisiloxane.

Multi-stage multi-body expander

Super high expansion ratio, up to large volume flow

Multiple bodies enable a super high expansion rate. This expander configuration is well-suited for geothermal ORC power plants, or cryogenic processes.