Cryogenic Systems

Inner Vessel – stainless steel for cryogenic temperatures with optimized design for lighter weight

Outer Jacket – a combined leg and lifting lug system designed for safe transport, easy lifting and low cost erection using a single crane

Insulation – a proven high quality vacuum-perlite system with molecular sieve adsorber

Piping – stainless steel piping for reliability and long life, ergonomically arranged workplace, flow diagram and gauges at eye level, easily accessible valves and safety relief valve outlets directed away from the operating area

Valves – standard with bronze bodies and screwed connections (other valves, such as stainless steel and/or welded-on are optional)

Pressure Control – an easily adjustable multifunction regulator serves as pressure regulator, economiser and thermal-relief valve. An aluminium pressure building coil is standard

Instrumentation – high quality pressure gauge and differential pressure contents gauge are standard with optional switches, transmitter and/or telemetry unit

Safety – tanks are equipped with dual relief valves with a variety of options, including additional relief valves and/or rupture discs

Pump Options – pump connection with a thermo-siphon is available as an option

Cleanliness – all tanks and their components are cleaned and certified for oxygen service

Outer Finish – choice of two durable corrosion resistant white paints, including a new low VOC paint or a standard 2-stage epoxy-polyurethane paint

Transport – rugged internal supports allow for safe transportation by road, rail or container

Weight, empty

Notes:
1) Filling 95% (equilibrium state at 1,013 bar)
2) Fillling 95% (equilibrium state at 10 barg)
3) Based on pressure 100 kPa and 15°C ambient temperature
4) For N2 and Ar stated rates to be multiplied by: N2=0,88 / Ar=1,01
5) Stated rates are for short term withdrawal (up to 3 hrs) at tank pressure 10 barg
6) Stated rates are with the 6 kW electrical heater at tank pressure 15 barg
7) Tanks with thermosiphon are approx. 790 mm higher
8) In case of container transport 200 mm shorter
9) Design and specifications are subject to change without prior notice.

Weight, empty

Notes:
1) Filling 95% (equilibrium state at 1,013 bar)
2) Fillling 95% (equilibrium state at 10 barg)
3) Based on pressure 100 kPa and 15°C ambient temperature
4) For N2 and Ar stated rates to be multiplied by: N2=0,88 / Ar=1,01
5) Stated rates are for short term withdrawal (up to 3 hrs) at tank pressure 10 barg
6) Stated rates are with the 6 kW electrical heater at tank pressure 15 barg
7) Tanks with thermosiphon are approx. 790 mm higher
8) In case of container transport 200 mm shorter
9) Design and specifications are subject to change without prior notice.

Nomenclature (standard model – not all options shown)
A1 Fill connection
LFD Liquid outlet (VT3-VT9)
LI Level indicator PBC Pressure building coil
PI Pressure indicator
R1 Pressure control valve / Economizer
S1 Safety valves, inner vessel
S2 Vacuum safety device
S5 Thermal relief valve, fill line
V1 Bottom fill valve V2 Top fill valve
V3 Isolating valve, bottom fill
V4 Isolating valve, top fill
V5 Valve, vapor vent / gas outlet
V6 Valve, trycock
V9 Valve, external vaporizer
V12 Valve, evacuation
V14 Valve, safety relief selection
V22 Valve, liquid outlet (VT11-VT60)
V28 Valve, fill line drain
V50 Valve, LI vapor phase
V51 Valve, LI liquid phase
V52 Valve, LI equalization