Some standard content:
ICS 71. 100. 99
Registration number: 10926—2002
Chemical Industry Standard of the People's Republic of China
HG 35462002
Replaces HG 3546--3549--1989, HG 2090—1991 High temperature carbon monoxide shift catalysts
High lemperature carbon monoxide shift catalysts2002-0928 Issued
Implementation on June 1, 2003
Issued by the State Economic and Trade Commission of the People's Republic of China Foreword
HG3546—2002
Chapter 1 and Chapter 2 of this standard are recommended, and the rest are mandatory. This standard replaces the mandatory chemical industry standards HG3546-1989 "B110-2 Type-·Carbon Monoxide Medium Temperature Shift Catalyst", HG3547-1989 "B111 Type-·Carbon Monoxide Medium Temperature Shift Catalyst", HG35481989 "B112 Type-·Carbon Monoxide Medium Temperature Shift Catalyst", HC3549-1989 "B107, B107-1, B108, B109 Type-·Carbon Monoxide Medium Temperature Shift Catalyst" and HG2090-1991 "B113 Type-·Carbon Monoxide Medium Temperature Shift Catalyst". The main differences between this standard and HG3546~3549-1989 and HG2090-1991 are: the standard name is revised to "Carbon Monoxide High Temperature Shift Catalyst". The standard scope has been expanded to include B116, B117, B118 Type-·Carbon Monoxide High Temperature Shift Catalyst. - The content of "main physical properties and chemical longitudinal classification" in the technical requirements has been cancelled. - The radial crushing strength of particles has been renamed as the radial crushing force of particles and is measured according to HG/T2782--1996, and the corresponding technical index values have been adjusted.
The wear rate has been changed to be measured according to HIG/T2976-1999, and the corresponding technical index values have been adjusted. The content of the inspection rules has been modified.
This standard was proposed by the Policy and Regulations Department of the former State Administration of Petroleum and Chemical Industry. This standard is under the jurisdiction of the National Fertilizer Catalyst Standardization Technical Committee (CSBTS/TC105/SC1). The drafting unit of this standard is the South Chemical Group Research Institute, and the main drafters of this standard are Yi Shibin, Chen Xuemei, and Chen Yanhao. The previous versions of the standards replaced by this standard are: -HG3546-1989 (the original professional standard number is 2BG75006-1989); HG3547-1989 (the original professional standard number is ZBG75007--1989); HG3548.-1989 (the original professional standard number is ZBG75008--1989); HG3549-1989 (the original professional standard number is ZBG75009--1989) HG 2090-1991.
1 Scope
High-temperature carbon monoxide shift catalyst
HG 3546—2002
This standard specifies the requirements, test methods, inspection plan and packaging, marking, storage and transportation of high-temperature carbon monoxide shift catalysts such as BI07, 13107-1, B108, B109, 3110-2, B111, B112, B113, B116, B117, B118. This standard is applicable to high-temperature carbon monoxide shift catalysts such as B107, B107-1, B108, B109, B110-2, B111, B112, B113, B116, B117, B118, etc., which are used to produce oxygen by adding carbon monoxide to water vapor in hydrogen synthesis and hydrogen production equipment. 2 Normative references
The clauses in the following documents become the clauses of this standard through reference in this standard. For all referenced documents with dates, all subsequent amendments (excluding errata) or revisions are not applicable to this standard. However, parties that reach an agreement based on this standard are encouraged to study whether the latest versions of these documents can be used. For all referenced documents without dates, the latest versions are applicable to this standard. GB191 Pictorial symbols for packaging, storage and transportation
GB/T1250 Methods for indicating and determining limit values GB/T6003.1 Metal wire mesh test sieves GB/T 6678
HG/T 2693
HG/T2782
General rules for sampling of chemical products
Determination of chemical composition of commercial temperature shift catalysts for carbon monoxide 1996
HG/T 2976—1999
HG/T 3544—1989
Determination of crushing resistance of fertilizer catalyst particles Determination of attrition rate of fertilizer catalysts
Test method for medium temperature shift catalysts for carbon monoxide Order No. 4 of the State Administration of Quality and Technical Supervision (April 1, 1999) Measures for the Administration of Product Quality Arbitration Inspection and Quality Appraisal 3 Requirements
Technical requirements for high temperature shift catalysts for carbon monoxide shall comply with the provisions of Table 1. Table 1 Technical requirements for carbon monoxide high temperature shift catalyst Item
Activity (in terms of carbon monoxide conversion), % Particle size
Compressive strength
Average value, N/cm
Particle fraction below 160 N/cm, %
Abrasion rate, %
Loss on ignition, %
Bulk sulfur content (in terms of S), %
Total content (in terms of MaC), ). %
B110-2|R111 R112
B107B107-1BIO8R109
R113B116B117 B118
.1 8. 0
112.015.0
Note 1: The "-" in the index indicates that this item is not included in the technical requirements of this type of catalyst. 501
4. 502.20
Note 2: The activity detection temperature of B111 catalyst is 400℃, and the activity detection temperature of other types of catalysts is 350℃. The B113 catalyst used for medium and small nitrogen fertilizer production is allowed to have a bulk mercapto content of no more than 0.100%. 210
10. 010. 010. 0
HG3546—2002
4 Test methods
4.1 Determination of activity
According to the provisions of Chapter 3 of HG/T3544, the determination of the activity of B113, B116, B117, and B118 catalysts is the same as that of B107, B107-1, B108, B109, B110-2, and B112 catalysts. 4.2 Determination of radial crushing resistance of particles
According to the provisions of HG/T2782, the range of the particle strength testing machine is 0N~500N, and the number of particles in the sample is 40. 4.3 Determination of abrasion rate
According to the provisions of HG/T2976, the sample preparation shall be placed in an oven and dried at (120±5)℃ for 2h. 4.4 Determination of loss on ignition
4.4.1 Preparation of samples
Mix the catalyst sample evenly, divide it into about 40 parts by quartering method, crush it all in a porcelain mortar, and then take about 20g by quartering method, and continue to grind it until it all passes through a 150μIH sample sieve (in accordance with the provisions of GB/T60031). Place it in a weighing bottle for use. 4.4.2 Determination steps
Weigh 1g~2g of sample (accurate to 0.0001g), place it in a porcelain crucible that has been calcined to constant weight at 600℃, and place the lid on the crucible obliquely. Place it in a high-temperature furnace and gradually heat it from low temperature to 600℃ and keep it for 2h. Take out the crucible, cool it slightly, put it in a dryer, cool it to room temperature and weigh it (accurate to 0.0001g). 4.4.3 Calculation of results
The ignition loss expressed as mass fraction u(%) is calculated according to formula (1): m--mz×100%
Where:
is the mass of the sample and crucible before calcination, in grams (g); - is the mass of the sample and crucible after calcination, in grams (g); - is the mass of the sample, in grams (g). The arithmetic mean of the results of two parallel determinations is taken as the determination result. 4.4.4 Allowable difference
The allowable absolute difference of the parallel determination results shall comply with the provisions of Table 2. Table 2 Allowable difference of loss on ignition
Burning loss, %
5.01~-10.00
1. 00 ~- 5. 00
4.5 Determination of bulk sulfur content
Perform according to the provisions of Chapter 10 and Chapter 11 of HG/T 2693. 4.6 Determination of total molybdenum content
Perform according to the provisions of Chapter 9 of HG/T 2693. 5 Inspection rules
Allowable absolute difference, %
5.1. The quality of the product shall be inspected by the quality supervision and inspection department of the manufacturer. Products shall not be allowed to leave the factory without passing the inspection. Products leaving the factory shall be accompanied by a quality certificate, which includes the product name, model, batch number, production date, manufacturer name, product quality certificate, implementation standard number, etc. 2
HG3546-2002
5.2 Products shall be inspected in batches, and each batch shall not exceed 30t. An inspection batch may be composed of several production batches manufactured under the same conditions of materials, technology, equipment, etc., but the time for the next production batch to constitute an inspection batch shall not exceed two months. 5.3 The number of sampling units for products shall be determined in accordance with the provisions of CB/T6678 (see Table 3). Take out no less than 100mL of sample from each randomly selected sampling unit, and take out a total of about 3L of sample from each batch of products, mix them thoroughly, divide them into test samples and reserved samples by quartering, and seal them in sample bottles respectively. The sample bottles should be labeled with product name, model, batch number, lot size, sampling date, sampler, etc. The reserved samples should be kept for one year for inspection.
Table 3 Determination of the number of sampling units
Total number of packaging units
50~-64
82--101
102~-125
126--151
152--181
N is the total number of packaging units. If a decimal is encountered, the number of sampling units shall be rounded up to an integer. Total number of packaging units
182~216
217~254
255-296
297~343
3-11~3941
395~450
415-512wwW.bzxz.Net
Number of sampling units
5.4 If any of the following indicators do not meet the requirements of Table 1 in the inspection results, re-sampling and re-inspection are allowed according to the provisions of 5.3. When the total number of packaging units does not exceed 22, the number of sampling units is the total number of packaging units. When the total number of packaging units is greater than 22, the number of sampling units is twice the number of corresponding sampling units in Table 3. If any of the indicators in the re-inspection results does not meet the requirements of Table 1, the batch of products shall be judged as unqualified products.
5.5 The purchaser shall have the right to inspect the products according to the test methods and inspection rules specified in this standard. When the supply and demand parties have disputes over product quality, they shall comply with the relevant provisions of the "Product Quality Arbitration Inspection and Quality Adjustment Management Measures". 5.6 Determine whether the inspection results comply with this standard according to the "rounded value comparison method" specified in GB/T1250. 6 Packaging, marking, storage, transportation
6.1 Products should be packaged in iron drums or plastic drums. A quality certificate should be attached, including product name, model, batch number, production period, manufacturer name, qualified poor stamp, etc. Pay attention to sealing and moisture-proof when packaging. 6.2 The packaging barrels should be clearly and firmly marked with the product name, model, trademark, net content, manufacturer name and address, and the "afraid of moisture" and "no rolling" signs specified in GB191. 6.3 The packaged products should be stored in a dry warehouse to prevent contamination and moisture. 6.4 It is strictly forbidden to drop, roll or hit during transportation and loading and unloading. Rainproof facilities should be provided during transportation. 3
(Beijing) Xindengzi No. 039
People's Republic of China
Chemical Industry Standard
A high temperature shift catalyst for carbon
HG3546-2002
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Binding edition 880 mm × 1230 mm/16 sheets Number of words 11,000 words First edition in May 2003 First printing in Beijing in June 2003 Book number: 155025·0120
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