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SH/T 0356-1996

Chinese Standard: 'SH/T 0356-1996'
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Detail Information of SH/T 0356-1996; SH/T0356-1996; SHT 0356-1996; SHT0356-1996
Description (Translated English): (Fuel Oil)
Sector / Industry: Petrochemical Industry Standard (Recommended)
Classification of Chinese Standard: E31
Word Count Estimation: 6,000
Date of Issue: 24/5/1996
Date of Implementation: 1/12/1996
Older Standard (superseded by this standard): SH 0356-1992
Quoted Standard: GB/T 260-1977; GB/T 261-1983; GB/T 265-1988; GB/T 268-1987; GB/T 380-1977; GB/T 388-1964; GB/T 508-1985; GB/T 511-1988; GB/T 1884-1992; GB/T 1885-1983; GB/T 3535-1983; GB/T 3536-1983; GB 4756-1984; GB/T 5096-1985; GB/T 6531-1986; GB/T 6533-1986; GB 6536-1986; GB/T 11137-1989; GB/T 11140-1989; SH/T 0160-1992; SH 0164-1992; SH/T 0172-1992
Adopted Standard: ASTM D396-1993, MOD
Drafting Organization: China Petrochemical Corporation Petrochemical Industry-Science Research Institute
Administrative Organization: China Petrochemical Corporation Petrochemical Industry-Science Research Institute
Regulation (derived from): Petroleum Products Industry Standard compilation 2010
Summary: This standard specifies the technical conditions for eight fuel oil on different operating conditions and the use of different burners. The standard contract for the supply and demand for fuel oil specifications when used, but also for the user to select the optimum fuel the whole time they guide requires grades.

SH/T 0356-1996
SH
PETROCHEMICAL INDUSTRY STANDARD OF
THE PEOPLE’S REPUBLIC OF CHINA
Replacing SH 0356-92
Fuel oil
燃料油
ISSUED ON. MAY 24, 1996
IMPLEMENTED ON. DECEMBER 01, 1996
Issued by. China Petroleum-Chemical Corporation (Sinopec Group)
Table of Contents
Foreword ... 3 
1 Scope ... 4 
2 Normative references ... 4 
3 Grade-numbers ... 5 
4 Technical contents... 5 
5 Marks, packaging, transportation, and storage ... 7 
6 Sampling ... 7 
Foreword 
No.1~No.6 fuel oil in this Standard are formulated by equivalently adopting ASTM
D396-93 “Standard specification for fuel oils”. Based on the current practical situation,
it adds the high-viscosity No.7 fuel oil. The writing format of the standard is in
accordance with GB/T 1.1-1993; test methods adopt, as possible, the Chinese
national standards or industry standards which are the same as or corresponding to
the methods of ASTM standard.
This Standard replaces the SH 0356-92, since the date of implementation.
This Standard was proposed by and shall be under the jurisdiction of Sinopec
Petrochemical Science Research Institute.
Responsible drafting organization of this Standard. Sinopec Petrochemical Science
Research Institute.
Main drafter of this Standard. Lu Qiping.
Fuel oil
1 Scope 
This Standard specifies the technical conditions of eight kinds of fuel oils used in
different operating conditions and in different burners.
This Standard can be used for specification of fuel oils in supply-purchase contract. It
can also be used as the guide when the fuel oil users select the most suitable
grade-numbers they need.
2 Normative references   
GB/T 260 Determination of water content in petroleum products
GB/T 261 Petroleum products - Determination of flash point - Closed cup method
GB/T 265 Petroleum products - Determination of kinematic viscosity and
calculation of dynamic viscosity
GB/T 268 Petroleum products - Determination of carbon residue - Conradson
method
GB/T 380 Petroleum products - Determination of sulfur content in petroleum
products - Lamp method
GB/T 388 Petroleum products - Determination of sulfur content in petroleum
products - Oxygen bomb method
GB/T 508 Petroleum products - Determination of ash
GB/T 511 Petroleum products and additives - Determination of mechanical
impurities - Gravimetric method
GB/T 1884 Crude petroleum and liquid petroleum products - Laboratory
determination of density - Hydrometer method
GB/T 1885 Petroleum measurement tables
GB/T 3535 Petroleum oils - Determination of pour point
GB/T 3536 Petroleum products - Determination of flash and fire point - Cleveland
open cup method
GB/T 4756 Petroleum and its liquid products - Manual sampling
GB/T 5096 Petroleum products - Corrosiveness to copper - Copper strip test
GB/T 6531 Crude petroleum and fuel oils - Determination of precipitate -
Extraction method
GB/T 6533 Crude petroleum - Determination of water and precipitate - Centrifuge
method
GB/T 6536 Petroleum products - Determination of distillation
GB/T 11137 Black petroleum products - Determination of kinematic viscosity
(reverse-flow method) and calculation of dynamic viscosity
GB/T 11140 Petroleum products - Determination of sulfur - X-ray spectrometry
SH/T 0160 Petroleum products - Determination of carbon residue - Gram method
SH 0160 Rules for the packing, storage, transportation, and inspection upon
delivery of petroleum products
SH/T 0172 Determination of sulfur in petroleum products - High-temperature
method
3 Grade‐numbers 
Fuel oil can be divided into eight grade-numbers. No.1, No.2, No.4-light, No.4,
No.5-light, No.5-heavy, No.6, and No.7.
No.1 and No.2 are distillate fuel oil that apply to home-use or industrial small burner.
Especially, the No.1 applies to pneumatic type burner, or it can be used at the
occasion that the low pour point fuel oil is required in the storage conditions.
No.4-light and No.4 are heavy distillate fuel oil, or the fuel oil that is combined by
distillate fuel oil and residual fuel oil. They apply to the industrial burners which require
this viscosity range.
No.5-light, No.5-heavy, No.6, and No.7 are the residual fuel oil of which the viscosity
and distillation range are incremental. They apply to industrial burners. In order to
load-unload and atomize normally, the fuel oil usually needs to be preheated.
4 Technical contents 
4.1 General requirements
Not more than 846 872 - - - - - - GB/T 1885
Pour point, C4) Not more than -18 -6 -6 -6 - - 5) - GB/T 3535
Note.
1 If there is one index of certain grade-number of fuel oil in this Standard not complying, it still can not be
automatically changed to the next grade-number, unless it complies with all the requirements of the next
grade-number. However, for modification of individual indicators of special operating conditions, it can be
negotiated among buyer, seller and manufacturing plant.
2 Test methods can also adopt the corresponding methods listed in Chapter 2. However, the test method
specified in Table 1 is the arbitration method.
1) The total value OF water that is determined by using the distillation method in GB/T 260 AND
precipitates that are determined by using extraction method in GB/T 6531 shall not be more than the
value shown in the table. The precipitates obtained by extraction method in No.6 fuel oil must not be
more than 0.50% (m/m). When the water and precipitates are more than 1% (v/v), the value shall be all
deducted from the total value. When the water and precipitates of No.7 fuel oil are more than 2% (v/v),
the value shall be all deducted from the total value. If there is dispute, the measuring results in GB/T
6533 shall prevail.
2) If low-sulfur fuel oil is needed, the light-viscosity fuel oil can be supplied in accordance with the
negotiation between the supplier and purchaser.
3) The limit value is to guarantee the lowest heat value, and to avoid misinformation as No.2 fuel oil and
incorrect use.
4) As long as it is needed by storage and use, the pour point can be specified to be lower and higher.
However, when the pour point is lower than -18°C, the viscosity of......
Related standard:   SH/T 0806-2008  SH/T 0796-2007
   
 
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