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Oxygen for cleaner Energy - Cryostar

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8<br />

TECHNICAL<br />

CRYOSTAR Turbines<br />

<strong>for</strong> Processing Industries<br />

Turbines <strong>for</strong> Hydrocarbon<br />

Processing<br />

F or<br />

more than 30 years<br />

CRYOSTAR is a manufacturer<br />

of expansion turbines<br />

<strong>for</strong> hydrocarbon and<br />

air gas industries. As a world<br />

class manufacturer CRYO-<br />

STAR is the preferred supplier<br />

of turbines <strong>for</strong> hydrocarbon<br />

gas processing <strong>for</strong> many<br />

engineering companies and<br />

end users <strong>for</strong> the Oil & Gas<br />

industry. This was confirmed<br />

by the recent supply of 8 large<br />

turboexpanders to Linde and<br />

12 HC turboexpanders <strong>for</strong><br />

other customers which are to<br />

be delivered in the year 2003.<br />

The CRYOSTAR hydrocarbon<br />

expansion turbines are very<br />

robust, reliable and highly<br />

efficient machines built to latest<br />

API 617 Standards. The achieved<br />

isentropic efficiency level of up<br />

to 92% is outstanding in the<br />

industry and it documents the<br />

30 years experience gained in<br />

aerodymanic wheel and nozzles<br />

design. The turboexpanders are<br />

utilized <strong>for</strong> cryogenic gas processing,<br />

i.g. <strong>for</strong>: natural gas plants<br />

Spring 2003<br />

<strong>for</strong> NGL recovery, olefin plants,<br />

LNG production, pipeline gas<br />

dew point control and H2/CO<br />

processing.<br />

Lube oil and seal gas<br />

systems<br />

To fulfil the Oil & Gas industry<br />

requirements the CRYOSTAR<br />

lube oil and seal gas systems<br />

follows the API 614 and API 617<br />

Standards. Pressurized, drainer<br />

and atmospheric lube oil systems<br />

are utilized <strong>for</strong> hydrocarbon turbines<br />

and are built completely in<br />

stainless steel execution, to cope<br />

with the harsh environmental<br />

conditions in refineries.<br />

Engineering and<br />

Technology<br />

Full in house engineering<br />

capability and expertise enable<br />

fast reaction to the market and<br />

customers requirements. State of<br />

the art design, manufacturing<br />

and testing tools are utilized:<br />

CAD/CAM, FEA, CFD, aerodynamic,<br />

rotordynamic and<br />

stress analysis computer tools,<br />

PDM, outsourcing & supply<br />

management, automated data<br />

acquisition, ADRE vibration<br />

analysis, etc.<br />

The Pioneer technology role of<br />

CRYOSTAR in turboexpander<br />

industry is underscored by:<br />

> High pressure (185 bars)<br />

turboexpander <strong>for</strong> natural<br />

gas processing with API 614<br />

pressurized lube oil system<br />

built in 1976<br />

> First turboexpander worldwide<br />

with magnetic bear<br />

ings <strong>for</strong> air separation industry<br />

- prototype built in 1982<br />

> First turboexpander with<br />

magnetic bearings <strong>for</strong> natural<br />

gas processing ordered in<br />

1989<br />

Testing<br />

During the last decade CRYOSTAR<br />

invested more than 3 Mio € in<br />

modern and state of the art<br />

turbine test facility and data<br />

acquisition system with on line<br />

per<strong>for</strong>mance visualization. The<br />

testing of HC turbines follows the<br />

recognized ASME PTC 10 Code.

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