NB/T 47006-2009: [Renamed from JB/T 4757-2009] Aluminum plate-fin heat exchanger

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Scope

This standard specifies the requirements of design, manufacture, inspection
acceptance, installations, application and maintenance of Aluminum plate-fin heat
exchanger (hereinafter referred to as heat exchange).
1.1 This standard is applicable to the heat exchanger with design pressure no greater
than 8.0MPa. For the heat exchanger with design pressure greater than 8.0MPa, it
may be designed and manufactured with reference to this standard when the buyer is
agreed upon.
1.2 The design temperature range suitable to this standard is -269°C~200°C.
1.3 This standard is applicable to the heat exchangers applied in the situation of air
separation and liquification equipment (ASU), natural gas processing (NGP) and
liquification (LNG), petrochemical engineering and mechanical power devices.
1.4 The pressure parts of heat exchanger which couldn't be determined by this
standard, through the assessment and ratification of the National Technical
Committee on Boilers and Pressure Vessels of Standardization Administration of
China, may be designed by adopting the following methods.
a) The stress analysis (except the unit qualified for analysis design) including finite
element method;
b) Replication experimental analysis (such as experimental stress analysis and
replication hydraulic test);
c) The comparable structure which has been put into service shall be adopted to
carry out the comparison empirical design.

Basic Data

Standard ID	NB/T 47006-2009 (NB/T47006-2009)
Description (Translated English)	[Renamed from JB/T 4757-2009] Aluminum plate-fin heat exchanger
Sector / Industry	Energy Industry Standard (Recommended)
Classification of Chinese Standard	J75
Classification of International Standard	27.060.30
Word Count Estimation	72,769
Date of Issue	2009-12-01
Date of Implementation	2010-05-01
Older Standard (superseded by this standard)	JB/T 7261-1994
Quoted Standard	GB 150; GB/T 228; GB/T 229; GB/T 232; GB/T 1804; GB/T 2624.1-2006; GB/T 2624.2-2006; GB/T 2624.3-2006; GB/T 2624.4-2006; GB/T 3190; GB/T 3191-1998; GB/T 3195-2008; GB/T 3198-2003; GB/T 3246.1; GB/T 3246.2; GB/T 3880.1-2006; GB/T 3880.2-2006; GB/T 3880.3-2006; GB/T 4436; GB/T 4437.1-2000; GB/T 6892-2006; GB/T 6893-2000; GB/T 8063-1994; GB/T 9438-1999; GB/T 10858-2008; GB/T 13384; GB/T 16474; GB/T 16475; JB/T 4730.2-2005; JB/T 4730.3-2005; JB/T 4730.5-2005; JB/T 4734; HG/T 20592 -2009; HG/T 20593-2009; HG/T 20594-2009; HG/T 20595-2009; HG/T 20596-2009; HG/T 20597-2009; HG/T 20598-2009; HG/T 20599 - 2009; HG/T 20600-2009; HG/T 20601-2009; HG/T 20602-2009; HG/T 20603-2009; HG/T 20604-2009; HG/T 20605-2009; HG/T 20606-2009; HG/T 20607-2009; HG/T 20608-2009; HG/T 206
Regulation (derived from)	?National Energy Board Announcement 2009 No.2
Issuing agency(ies)	National Energy Administration
Summary	This standard specifies the design of the aluminum plate-fin heat exchanger (hereinafter referred to as heat exchanger), manufacturing, inspection, acceptance, installation, usage and maintenance requirements. This standard applies to the design pressure of not more than 8. 0Mpa heat exchanger, with the approval of the purchaser agrees, you can refer to this standard design and manufacturing. This standard applies to the design temperature range of -269��C ~ 200��C. This standard applies to air separation and liquefaction plant (ASU), exchanger chemical and mechanical power of oil installations and other occasions, gas processing (NGP) and liquefied (LNG). Of pressure parts of the heat exchanger can not be determined by this standard, the following method allows the design, but subject to the National Standardization Technical Committee of Boiler and Pressure Vessel assessment, recognition. a) stress analysis including the finite element method (with the exception analysis and design qualification units), b) confirmatory experimental analysis (such as experimental stress analysis, confirmatory hydraulic test), c) with a comparable structure has been put into use Contrast experience design.