Data Sheet Cryogenic Vessel T18V490
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Transcript of Data Sheet Cryogenic Vessel T18V490
Cryogenic Vessel T18V490 Data Sheet
Dokumentnummer DOCUMENTNUMBER
10066557
Dokumentversion DOCUMENTVERSION
03
Seite PAGE
1 von 12 OF
PSP-Element WBS ELEMENT
Projektbezeichnung PROJECT DESCRIPTION
Materialnummer MATERIALNUMBER
E00357
Bearbeiter EDITOR
Geprüft CHECKED
Qualitäts-Planung QUALITY-PLANNING
Schweißtechnik WELDING ENGINEER
Genehmigung APPROVED
Abteilung / DEPT.
Datum / DATE
Name / NAME
LE_SCH_MFSP
24.05.2013
MC CAFFERY
LE_SCH_MFSP
24.05.2013
MAIER
LE_SCH_MFS
24.05.2013
EHEGARTNER
Die Linde AG behält sich für dieses Dokument alle Rechte gemäß DIN ISO 16016 vor.
Linde AG reserves all rights for this document according to DIN ISO 16016.
Linde AG – Engineering Division ZPL_DE_003 NDC/10066557/03/000
LITS
Leading International Tank Standard
Vacuum Insulated Storage Vessel
for Liquid Nitrogen, Oxygen and Argon
D = 3000 mm
H = 11514 mm
Sample: Vessel with options
Cryogenic Vessel T18V490 Data Sheet
Dokumentnummer DOCUMENTNUMBER
10066557
Dokumentversion DOCUMENTVERSION
03
Seite PAGE
2 von 12 OF
Linde AG – Engineering Division ZPL_DE_003 NDC/10066557/03/000
Table of Contents
1. General Technical Data......................................................................................................... 3
2. P&ID ..................................................................................................................................... 4
3. Valves – Instrumentation ...................................................................................................... 6
4. Connections ......................................................................................................................... 7
5. Insulation ............................................................................................................................. 9
6. Vaporizer ............................................................................................................................. 9
7. Corrosion Protection............................................................................................................. 9
8. Foundation ......................................................................................................................... 10
9. Proposal for Vessel Assembly ............................................................................................. 11
10. Documentation .................................................................................................................. 12
11. Further included in scope of basic ...................................................................................... 12
12. Miscellaneous .................................................................................................................... 12
Cryogenic Vessel T18V490 Data Sheet
Dokumentnummer DOCUMENTNUMBER
10066557
Dokumentversion DOCUMENTVERSION
03
Seite PAGE
3 von 12 OF
Linde AG – Engineering Division ZPL_DE_003 NDC/10066557/03/000
1. General Technical Data
Gryogenic Vessel Type T18V490
Design Code PED 97/23/EC
Design Pressure Inner Vessel 19,4 barg
Outer Jacket -1 barg
Design Temperature Inner Vessel -196 °C / +20 °C
Outer Jacket +50 °C
Maximum Allowable Working Pressure Inner Vessel 0 / 18 barg
Outer Jacket -1 / 0 barg
Maximum Allowable Working Temperature Inner Vessel -196 °C / +20 °C
Material Inner Vessel Stainless Steel
Outer Jacket Carbon Steel
Gross Volume 49.020 l
Ullage (Voidage) 5%
Net Volume 46.540 l
Weight Empty (± 10%) 17.570 kg
Weight Filling (Medium at 0 barg Equilibrium)
LIN 37.630 kg
LOX 53.180 kg
LAR 64.965 kg
Boil-Off Rate
LIN 0,21 %/d
LOX 0,13 %/d
LAR 0,15 %/d
Discharge Capacity (For 8h continuous Operation, 20 °C ambient Temperature with standard pres-
sure building coil at 0,7 x MAWP/ Vessel Set Pressure 10 barg)
LIN 600 Nm³/h
LOX 750 Nm³/h
LAR 750 Nm³/h
Pressure Safety Valve Capacity
LIN 1.090 kg/h
LOX 1.010 kg/h
LAR 1.240 kg/h
Vessel cleaned for LOX acc. EN 12300-O2
Cryogenic Vessel T18V490 Data Sheet
Dokumentnummer DOCUMENTNUMBER
10066557
Dokumentversion DOCUMENTVERSION
03
Seite PAGE
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Linde AG – Engineering Division ZPL_DE_003 NDC/10066557/03/000
2. P&ID
Level Indicator not included in scope of delivery.
Choose Level Indicator otherwise CE- approval will
not be granted.
Cryogenic Vessel T18V490 Data Sheet
Dokumentnummer DOCUMENTNUMBER
10066557
Dokumentversion DOCUMENTVERSION
03
Seite PAGE
5 von 12 OF
Linde AG – Engineering Division ZPL_DE_003 NDC/10066557/03/000
Cryogenic Vessel T18V490 Data Sheet
Dokumentnummer DOCUMENTNUMBER
10066557
Dokumentversion DOCUMENTVERSION
03
Seite PAGE
6 von 12 OF
Linde AG – Engineering Division ZPL_DE_003 NDC/10066557/03/000
3. Valves – Instrumentation
Tag Description
PI Pressure Indicator
D Pressure Build-Up Vaporizer
L/11-1 Discharge Line L/11-1
L/11-2 Discharge Line L/11-2 (plugged)
L/11-3 Discharge Line L/11-3 (plugged)
Tag DN PN Description
1 40 50 Globe Valve with Check Function Bottom Filling
2 40 50 Globe Valve Pressure Build-Up
3 25 50 Globe Valve Vent Valve
4 6 50 Compact Valve Manifold Bottom Gauge (+)
5 6 50 Compact Valve Manifold Gauge Bypass
6 6 50 Compact Valve Manifold Top Gauge (-) (locked open)
11 40 50 Globe Valve Discharge
12 25 50 Globe Valve Top Filling
13 25 50 Globe Valve Gas Shut-Off
18 20 50 Diverter Valve Change-Over Valve
21 15 50 Globe Valve Trycock
SV-1 20 (in) – 25 (out) 50 Safety Valve (Set=18 barg) Pressure Safety Valve
SV-2 20 (in) – 25 (out) 50 Safety Valve (Set=18 barg) Pressure Safety Valve
PC 25 40 Pressure Controller (Set=10 barg) Pressure Build-Up Regulator
NRV 15 40 Non Return Valve Non Return Valve
RV/O 150 n.a. Relieve Valve Relieve Valve Outer Jacket
9-1 50 n.a. Evacuation Connection Evacuation Connection
Cryogenic Vessel T18V490 Data Sheet
Dokumentnummer DOCUMENTNUMBER
10066557
Dokumentversion DOCUMENTVERSION
03
Seite PAGE
7 von 12 OF
Linde AG – Engineering Division ZPL_DE_003 NDC/10066557/03/000
4. Connections
Cryogenic Vessel T18V490 Data Sheet
Dokumentnummer DOCUMENTNUMBER
10066557
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03
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Linde AG – Engineering Division ZPL_DE_003 NDC/10066557/03/000
Fill Flange
Fill Flange suitable for
Flange DN40 PN40 acc. EN 1092-1
Discharge Line L/11-1 Lifting Lugs:
Discharge Line L/11-2 (plugged) Discharge Line L/11-3 (plugged)
Material: Stainless Steel
Material: Stainless Steel
Material: Stainless Steel
Material: Stainless Steel
With Stainless Steel inlays
Cryogenic Vessel T18V490 Data Sheet
Dokumentnummer DOCUMENTNUMBER
10066557
Dokumentversion DOCUMENTVERSION
03
Seite PAGE
9 von 12 OF
Linde AG – Engineering Division ZPL_DE_003 NDC/10066557/03/000
5. Insulation
The Storage Vessel is vacuum-insulated with Perlite. In Status of Delivery (warm Conditions) the Vacuum will
be approx. 0,05 mbara. In Operating Conditions the Value of the Vacuum is < 0,05 mbara.
6. Vaporizer
Air-Heated Pressure Build-Up Vaporizers All Storage Vessel Types are equipped with Air-Heated Pressure Build-Up Vaporizer, which are mounted be-
neath the Vessel. These are dimensioned for a Discharge Capacity pointed in the technical Data. For higher or
continuous Discharges separate Pressure Build-Up Vaporizers have to be installed. For detailed Pressure Build-
Up Vaporizer Dimensioning see LINDE Brochure of Air-Heated Vaporizers or contact our Sales Department.
Air-Heated Product Vaporizers These Vaporizers are available for Discharge Capacities from 60*) Nm³/h up to 2.450*) Nm³/h. For detailed
Product Vaporizer Dimensioning see LINDE Brochure of Air-Heated Vaporizers or contact our Sales Department.
*) For 8h continuous Operation, Medium N2, 20°C ambient Temperature and Gas outlet Temperature 15°C below ambient Temperature
7. Corrosion Protection
Surface Preparation
Acc. to DIN EN ISO 12944-4
Pre-Treatment of Surface by Sandblasting acc. to DIN EN ISO 8504-2
Blasting-Level: Sa 2 ½ (acc. to DIN EN ISO 8501-1)
Coating
Primer: Two-Component Zinc Dust Primer acc. to SSPC-Paint 20
Basis: Epoxy Resin
Colour: grey
Dry Film Thickness: 80 µm
Finish: Two Component Finish Coating
Basis: Siloxane / Polyurethane
Colour: Standard RAL 9016 (Traffic White)
Dry Film Thickness: 100 µm
Total Paint Thickness: 180 µm
LINDE Corrosion Protection System is equivalent to
Corrosion Protection Class: C5-I-m and C5-M-m acc. to DIN EN ISO 12944-6
Cryogenic Vessel T18V490 Data Sheet
Dokumentnummer DOCUMENTNUMBER
10066557
Dokumentversion DOCUMENTVERSION
03
Seite PAGE
10 von 12 OF
Linde AG – Engineering Division ZPL_DE_003 NDC/10066557/03/000
8. Foundation
Sample: Vessel with options
Cryogenic Vessel T18V490 Data Sheet
Dokumentnummer DOCUMENTNUMBER
10066557
Dokumentversion DOCUMENTVERSION
03
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Linde AG – Engineering Division ZPL_DE_003 NDC/10066557/03/000
9. Proposal for Vessel Assembly
The Operator is responsible for Erection, Commissioning and all relating Measures. The Requirements of the
Competent Supervisory Authorities/ Regulatory Authorities have to be observed. No Basement Openings are
permitted within a Radius of 5m, Drain Inlets must be provided with a Liquid Seal.
A (for T18V490) = ~4 m
This Example shows Vessel-Type T18V30
Cryogenic Vessel T18V490 Data Sheet
Dokumentnummer DOCUMENTNUMBER
10066557
Dokumentversion DOCUMENTVERSION
03
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12 von 12 OF
Linde AG – Engineering Division ZPL_DE_003 NDC/10066557/03/000
10. Documentation
- Manufacturers Declaration of Conformity
- TÜV- Certificate of Conformity
- TÜV- Test Report
- P & ID customised Cryogenic Vessel, including options
- Certificate of Safety Valve
- Manual for Operation, Commissioning and Maintenance
11. Further included in scope of basic
- CE-Qualification
- Logo included (Please specify type: Linde, BOC, AGA)
- Permanent stainless steel transport legs included
- Non corroding lifting lugs (stainless steel inlay)
- Packing and loading for truck transportation included
Sea freight optionally available
12. Miscellaneous
- If no coupling is ordered the cryogenic vessel will be equipped
with a plug-in plate for the coupling as standard.
See specific data sheet no. 10079477
- Please choose options according to currently valid price list
Subject to Changes without Notice. Errors excepted.
The reproduction, Distribution and Utilization of this Data Sheet as well as the Communication of its Contents to other without explicit Authorization is
prohibited. Offenders will be held liable for the Payment of Damages. All Rights reserved in the Event of the Grant of a Patent, Utility Model or Design.
© LINDE AG, July 2012