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LNG液化天然气 、液氧、乙烯、丙烯、乙烷超低温软管--200°C
Compotec Hose - CRYOTEC 661 N - Hoses for Liquefied Natural Gas at Extremely low temperatures

CRYOTEC

COMPOTEC. CRYOTEC hoses are designed for use with cryogenic products at temperatures down to -200°C and pressures up to 25 bar.

COMPOTEC. CRYOTEC hoses has been designed around multy-layers of polyamide fabrics and films, polyester films, reinforced with inner & outer wire spirals in 316 Stainless Steel. Additional Polyester fabrics and specific bi-oriented Polypropilene films are provided to guarantee flexibility even at minus 200°C, ensuring the assemblies better performances than other type of hoses or loading arms, when accommodating for vessel movements during transfer operation.


Compotec Hose - CRYOTEC 661 N LNG Hose
PDF Catalog

COMPOTEC. CRYOTEC hoses includes in the construction FEP extruded tubular and Mylar. films. COMPOTEC. CRYOTEC hoses are manufactured according to EN 13766:2010, in two types: Type 1 for LPG and Type 2 for LNG, each type is subdivided in two classes, one for onshore use (Class A), and one for offshore use (Class B).

To transport LPG or LNG gases it is standard economic practice to liquefy them either by means of pressure or refrigeration. Hoses for this application must be ductile at low temperatures. COMPOTEC. CRYOTEC hoses for liquid gas transfer form an important part of the extensive range on non-metallic flexible hoses offered by the COMPOTEC. division of Matec group. The hoses are certified by DNV as complying the requirements of CE Directive 97/23 “PED” and are made to comply the requirements of EN13766; Paragraphs 5:4 and 5:7 of the IMO Gas Carrier Code, and 5:3 and 5:7 of the IMO Chemical Carrier Code. Meets EN, CE, PED, U.S. Coast Guard requirements, DNV Approved. ATEX Cert. Directive 94/EC on request.

 

- CRYOTEC 660 LG is suitable for transferring fully refrigerated conveyants such as LPG, Propane and Buthane down to -105°C, as well as liquid Ethane at and liquid Ethylene. Suitable for fluids included in Chap XIX, Gas carrier Code.

Maximum W.P.
Safety
Bend Radius
(ENISO1746)
Weight
Maximum
Length
Bar P.S.I. Factor mm Inch Kg./mt Mt. Feet
25 360 5:1 80 3 0,8 40 132
25 360 5:1 100 4 1,0 40 132
25 360 5:1 125 5 1,3 40 132
25 360 5:1 140 6 1,5 40 132
25 360 5:1 180 7 2,5 40 132
25 360 5:1 200 8 3,3 40 132
25 360 5:1 260 10 4,0 40 132
25 360 5:1 380 15 6,8 40 132
25 360 5:1 500 20 13,2 40 132
25 360 5:1 750 30 18,0 40 132
15 200 5:1 900 36 26,0 25 82
10 150 5:1 1500 60 34,0 25 82
Code CRYOTEC 660 ZZ CRYOTEC 660 ZX CRYOTEC 660 XX
Applications   Liquid Petroleum Gas LPG  
Colour   White  
Temperatures   -105 + 100°C  
Inner wire Galv. Steel Galv. Steel Stain. Steel
Outer wire Galv. Steel Stain. Steel Stain. Steel

- CRYOTEC 661 N hose is suitable for handling LNG Liquefied Natural Gas, Liquid Methane and liquid Nitrogen at -200°C.

Size Maximum W.P. Safety Bend Radius
(ENISO1746)
Weight Maximum Length
mm Inch Bar P.S.I. Factor mm Inch Kg. / mt Mt. Feet
20 3/4" 15 360 8:1 80 3 0,8 40 132
25 1" 15 360 8:1 100 4 1,0 40 132
32 1 1/4" 15 360 8:1 125 5 1,3 40 132
40 1 1/2" 15 360 8:1 140 6 1,5 40 132
50 2" 15 360 8:1 180 7 2,5 40 132
65 2 1/2" 15 360 8:1 200 8 3,3 40 132
75/80 3" 15 360 8:1 260 10 4,0 40 132
100 4" 15 360 8:1 380 15 6,8 40 132
150 6" 13 185 8:1 500 20 13,2 40 132
200 8" 13 185 8:1 750 30 18,0 40 132
250 10" 13 185 8:1 900 36 26,0 25 82
300 12" 10 150 8:1 1500 60 34,0 25 82
Code CRYOTEC 661 ZZ CRYOTEC 661 ZX CRYOTEC 661 XX
Applications Liquified Natural Gas LNG at extremely low temperatures
Colour   White  
Temperatures   -200 + 80°C  
Inner wire Galv. Steel Galv. Steel Stain. Steel
Outer wire Galv. Steel Stain. Steel Stain. Steel

 

TYPE N: Hoses for Liquefied Natural Gas ( LNG ) at extremely low temperatures - CRYOTEC 661N

TYPE LG: Hoses for Liquid Petroleum Gas ( LPG ) handling - CRYOTEC 660LG

Technical Design Data
规格参数

Hose application LNG & LNG vapour marine transfer
Hose nominal size 16 inch
Hose internal diameter 400 mm
Single hose length 40 m
Hose outer diameter ~ 455 mm
Maximum working pressure (MWP) 20 bar
Qualification test pressure (5x MWP) 100 bar
Dynamic minimum bend radius (MBR) 1.5 m
Maximum working tension (MWT) 30 tonnes
Minimum breaking tension (5x MWT) 150 tonnes
Working temperature -196 °C to +40 °C
Maximum LNG transfer rate 5,000 m3/hr


Qualification & Testing

ContiTech Oil and Having received a Statement of Endorsement for the technology from DNV GL in August 2012, The Dunlop LNG Transfer Hose has undergone an extensive testing programme, incorporating EN1474-2 standards, which takes the hose to its design limits and beyond, both at cryogenic and ambient temperatures.

The base hose design has previously been Type Approved by Lloyd’s Register for offshore marine service.

 

COMPOTEC. CRYOTEC hoses assemblies are tested, in accordance with EN ISO 1402. The ferrule is embossed, with manufacturer’s name, nominal bore, serial number and test date. Burst pressure indicated, is at ambient temperature when tested in accordance with EN ISO 1402. Electrical continuity is achieved by the two wires bonded to the end fittings, this helps dissipate accumulated charge and to avoid static flash. The electric resistance of hose assemblies is less than 1 ohm/mt, as required by EN ISO 8031:2009 – 4.7.
CRYOTEC Nanogel. – Patented design by Matec. Group FLEXIBLE COMPOTEC. HOSE WITH INTEGRAL INSULATION VAPOR
BARRIER FOR SUB-AMBIENT AND CRYOGENIC APPLICATIONS. Nanogel. is a flexible aerogel blanket insulation with an integral vapor barrier. It is engineered to deliver maximum thermal protection with minimal weight and
water vapor permeability. Nanogel.’s unique properties, extremely low thermal conductivity, superior flexibility, compression resistance, hydrophobicity, and ease of use, make it essential for those seeking the ultimate insulation combines a silica aerogel with reinforcing fibers to deliver thickness, and zero in thermal protection for cryogenic applications. Using patented nanotechnology, Nanogel.

industry-leading thermal performance in an easy-to-handle and environmentally safe product. Nanogel.’s extremely low thermal conductivity reduces heat gain and its inherent flexibility makes the product durable and resistant to mechanical abuse. Additional protection (ARAMEX braid and PU Red cover) on the outer diameter is available to mimimize the abrasion damages and for further protection and insulation. CRYOTEC Hoses with Nanogel. patented insulation, can achieve an outer temperature of 23°C on hoses carrying LNG at -175 inside.
ADVANTAGES . Superior Thermal Performance.

- Up to 5 times better thermal performance than competing insulation products
- Reduced Thickness and Profile
- Equal thermal resistance at a fraction of the thickness
- Zero Permeability due to Integral Vapor Barrier
- Provides ice formation on outer diameter
- Physically Robust
- Soft and flexible but with excellent springback, Nanogel. recovers its
thermal performance even after compression.
- Eliminates Expantion Joints because it remains flexible even at cryogenic
temperatures,
- Environmentally Safe
- Landfill disposable, shot-free, with no respirable fiber content
- Flexible hoses are usually uninsulated due to severe stresses of cycling betwe en ambient and LNG (-175°C) temperatures. This can result in heavy ice formation during operation, and dangerous ice falls during the subsequent warm up. CRYOTEC hoses insulated with Cryogel. Z are impervious to cryogenic cycling.


Code CRYOTEC 661 ZZ CRYOTEC 661 ZX CRYOTEC 661 XX
Applications Liquified Natural Gas LNG at extremely low temperatures
Colour White
Temperatures -200 + 80°C
Inner wire Galv. Steel Galv. Steel Stain. Steel
Outer wire Galv. Steel Stain. Steel Stain. Steel
CRYOTEC 661 N
TYPE N: Hoses for Liquefied Natural Gas (LNG) at extremely low temperatures
TYPE LG: Hoses for Liquid Petroleum Gas (LPG) handling
Code CRYOTEC 660 ZZ CRYOTEC 660 ZX CRYOTEC 660 XX
Applications Liquid Petroleum Gas LPG
Colour White
Temperatures -105 + 100°C
Inner wire Galv. Steel Galv. Steel Stain. Steel
Outer wire Galv. Steel Stain. Steel Stain. Steel


CRYOTEC 660 LG
Size Maximum W.P. Safety Bend Radius
(ENISO1746) Weight
mm Inch Bar P.S.I. Factor mm Inch Kg. / mt Mt. Feet
20 .” 25 360 5:1 80 3 0,8 40 132
25 1” 25 360 5:1 100 4 1,0 40 132
32 1 .” 25 360 5:1 125 5 1,3 40 132
40 1 .” 25 360 5:1 140 6 1,5 40 132
50 2” 25 360 5:1 180 7 2,5 40 132
65 2 .” 25 360 5:1 200 8 3,3 40 132
75/80 3” 25 360 5:1 260 10 4,0 40 132
100 4” 25 360 5:1 380 15 6,8 40 132
150 6” 25 360 5:1 500 20 13,2 40 132
200 8” 25 360 5:1 750 30 18,0 40 132
250 10” 15 200 5:1 900 36 26,0 25 82
300 12” 10 150 5:1 1500 60 34,0 25 82
Maximum Lenght
Size Maximum W.P. Safety Bend Radius
(ENISO1746) Weight
mm Inch Bar P.S.I. Factor mm Inch Kg. / mt Mt. Feet
20 .” 15 200 8:1 80 3 0,8 40 132
25 1” 15 200 8:1 100 4 1,0 40 132
32 1 .” 15 200 8:1 125 5 1,3 40 132
40 1 .” 15 200 8:1 140 6 1,5 40 132
50 2” 15 200 8:1 180 7 2,5 40 132
65 2 .” 15 200 8:1 200 8 3,3 40 132
75/80 3” 15 200 8:1 260 10 4,0 40 132
100 4” 15 200 8:1 380 15 6,8 40 132
150 6” 13 185 8:1 500 20 13,2 40 132
200 8” 13 185 8:1 750 30 18,0 40 132
250 10” 13 185 8:1 900 36 26,0 25 82
300 12” 10 150 8:1 1500 60 34,0 25 82
Maximum Lenght

CRYOGENICS

DNV Det Norske Veritas Cert. n. CERT-04193-99 AQ IND-SINCERT
EN 13765:2010, approved from CEN
Directive 97/23/CE “PED” with operating Procedures certified from DNV - CE PED 07.0056.06/2585
Directive 94/9/CE “ATEX” hose for explosive atmospheres, Cert. held by DNV Rec. nr. CE ATE 08.0117.06/2617 - (AS 2430.1-1987)
BS 5842:1980 (Conf. 1986)
BS 3492:1987
AS 2683-2000 (Hose & hose assemblies for distribution of petroleum and petroleum products)
AS 2117-1991 (Hose & hose assemblies for petroleum and petroleum products - Marine suction and discharge)
NAHAD Guidelines (NAHAD 600/2005)
Test procedures:
BS 5173-102.10:1990 section 102.10 - (EN ISO 1402)
AS1180.5-1999 (method 5)
AS 1180.13B (Electrical resistance)
AS1180.13C (Electrical continuity)
Type Approval
Lloyd’s Register Type Approved Cert. N 13/00002
DNV - Det Norske Veritas - Type Approval Cert. N P-12369
RINA - Registro Italiano Navale - Cert. N MAC/81398/1/TO/99
Russian Maritime Register of Shipping
IBC Code Chapter 5 - Ship's Cargo hoses
IMO Chemical Carrier Code - Paragraphs 2:12 and 5:7
Welding Process
in according to EN 15608:2005 - EN 439:1996 - EN 15614-1:2005 - EN 6848:2005 - EN 12072:2001 certified by DNV - Det Norske Veritas
in according to ASME IX certified by RINA
Rev. 1/14
CRYOGENICS
MATEC GROUP SRL
VIA I MAGGIO, 7 - PESCHIERA BORROMEO (MILANO) - ITALIA
Tel. +39 02 55 30 17 88 - Fax +39 02 54 72 158
matec@matecgroup.com
www.matecgroup.com
DNV Det Norske Veritas Cert. n. CERT-04193-99 AQ IND-SINCERT
EN 13765:2010, approved from CEN
Directive 97/23/CE “PED” with operating Procedures certified from DNV - CE PED 07.0056.06/2585
Directive 94/9/CE “ATEX” hose for explosive atmospheres, Cert. held by DNV Rec. nr. CE ATE 08.0117.06/2617 - (AS 2430.1-1987)
BS 5842:1980 (Conf. 1986)
BS 3492:1987
AS 2683-2000 (Hose & hose assemblies for distribution of petroleum and petroleum products)
AS 2117-1991 (Hose & hose assemblies for petroleum and petroleum products - Marine suction and discharge)
NAHAD Guidelines (NAHAD 600/2005)
Test procedures:
BS 5173-102.10:1990 section 102.10 - (EN ISO 1402)
AS1180.5-1999 (method 5)
AS 1180.13B (Electrical resistance)
AS1180.13C (Electrical continuity)
Type Approval
Lloyd’s Register Type Approved Cert. N 13/00002
DNV - Det Norske Veritas - Type Approval Cert. N P-12369
RINA - Registro Italiano Navale - Cert. N MAC/81398/1/TO/99
Russian Maritime Register of Shipping
IBC Code Chapter 5 - Ship's Cargo hoses
IMO Chemical Carrier Code - Paragraphs 2:12 and 5:7
Welding Process
in according to EN 15608:2005 - EN 439:1996 - EN 15614-1:2005 - EN 6848:2005 - EN 12072:2001 certified by DNV - Det Norske Veritas
in according to ASME IX certified by RINA
Rev. 1/14

COMPOTEC hoses and hose assemblies comply with the European Standards EN 13765, approved by CEN (Comitè Europeèen de Normalisation), on Nov. 2002.
The EN 13765:2003 has been prepared by Technical Committee CEN/TC 218, the secretariat of which is held by BSI.

COMPOTEC hoses and hose assemblies comply with the BS 5842:1980 and BS 3492:1987.

COMPOTEC hoses and hose assemblies comply with the Directive 97/23/CE "PED" and classified accordingly. For "Class 1" and "Class 2" is released the Conformity Certificate Declaration.

COMPOTEC is a listed manufacturer from NAHAD, (the Association for Hose and Accessories Distribution) for Composite hoses and hose assemblies.

COMPOTEC hoses are manufactured in accordance with the recommendations of NAHAD 600/2005 Guidelines.

COMPOTEC hoses are manufactured in accordance with the Directive 94/9/CE "ATEX" on request.

COMPOTEC hoses and hose assemblies held specific Type Approvals released by:

- Lloyd's Register Type Approval System

COMPOTEC hoses and hose assemblies are manufactured according to a Quality System 9001:2000 approved by D N V – Det Norske Veritas

COMPOTEC hoses can be supplied, on request, in the FIRETEC version, with an outer cover made of special ADR self extinguish CL 2 coated fabric, and specific reinforcement in high temperature resistant fabric and films.

COMPOTEC hoses can be supplied, on request, in the HYPRESS version, with extra aramidic fabric reinforcements, to withstand higher pressures, up to WP 20, 25 or to 40 Bar, for special applications.

 

- Hose is suitable for handling LNG Liquified Natural Gas, Liquid Methane and liquid Nitrogen at -200°C. Liquified Natural Gas LNG at extremely low temperatures
Composite Hose - Cryogenic
Composite Hose - LNG

Applicable Standards
EN ISO 8031:2009 – 4.7, EN ISO 1402, DNV

 

   

信德迈科技(北京)有限公司 CNMEC Technology (Beijing) Co., Ltd.

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