HG/T 5410-2018 in English

VALID

Analytical method of chemical composition for medium-temperature sulfur-resistant hydrolysis catalysts

Issued on:2018-10-22
Implemented on:2019-04-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $170.00
$165.00

Standard No:	HG/T 5410-2018
Document status:	VALID
Title in English:	Analytical method of chemical composition for medium-temperature sulfur-resistant hydrolysis catalysts
Title in Chinese:	中温耐硫水解催化剂化学成分分析方法
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2018-10-22
Implemented on:	2019-04-01
Professional Classification:	HG-Chemistry
Related Keywords:	medium-temperature sulfur-resistant hydrolysis catalysts medium-temperature sulfur-resistant hydrolysis catalysts introductionthis standard chemical composition analysis chemical composition analytical method
Related Topics:	Chemical Composition Analysis catalyst component Coating Chemical Composition Analysis Total Component Analysis Chemical Composition Analysis Chemical Analysis Methods of Precious Metal Catalysts Hydrogen sulfide analyzer in water Chemical composition analysis method Chemical composition analysis method Analytical Chemistry at Work Sulfide rapid analysis method Analytical Decomposition Temperature High Temperature Composition Analysis Chemical Composition Analysis Coating chemical composition analysis method Analytical method for chemical composition of sulfur tail gas hydrogenation catalyst din chemical composition chemical composition of sulfuric acid Coating Chemical Composition Analysis Hydrogen Sulfide Chemical Analysis Analytical method for chemical composition of carbon oxysulfide hydrolysis catalyst at room temperature Catalyst ammonium sulfate Analyzing Sulfur in Water Sugar composition analysis Chemical Composition Test Methods Chemical Composition Analysis Test isothermal analysis Analysis of sulfur meter Catalyst Lithium Analysis Method Detection method of lithium in catalyst Compound Composition Analysis Analyzing Catalyst Components FCC Catalyst Analysis Composition of Cyanide Analysis Standard Material in Water New Sulfurization Catalyst Catalyst composition analysis catalytic digestion catalytic chemistry Catalytic metals in electrolysis Granule composition analysis Chemical Analysis of Cement Composition catalytic decomposition of water Hydration catalyst Catalytic self-electrolysis Analysis of chemical composition of steel plate Chemical Method Components Decomposition temperature analysis catalytic chemistry Chemical Method Components Analytical method tolerance Analytical method tolerance Biochemical analysis of water Hydration catalyst Resolving agent Hydrolyzing agent Analysis of Cyanide in Water isothermal splitting of water Compound Analysis Components Analysis of Carbon in Catalysts isothermal analysis Analytical Thermal Decomposition Temperature Catalyst composition analysis Analysis method of sulfur content in water photocatalytic water splitting electrolytic catalysis method of splitting water Sulfur meter analysis method Resolving agent total sulfur in water Analytical Determination of Decomposition Temperature How to analyze eis in electrochemistry chemical composition method Efficient Catalyst Components Class III Water Requirements for Chemical Analysis Catalytic analyzer chemical constituents in food Catalytic water splitting Chemical Analysis Method of Waste Platinum Catalyst in Petrochemical Industry water splitting Analytical Tolerance chemical composition method Chemical composition of nuclear wastewater Photocatalytic hydrogen evolution in alkaline water Oxidative decomposition and hydrolysis Electrocatalytic analysis system Shimadzu Leavening agent ingredient analysis Chemical composition of salt water Flue gas catalyst use temperature measurement method Nickel catalyst pressure resistance Chemical composition of molten iron Traditional catalyst design methods Temperature analyzer finished product A complete collection of oil in water analysis methods Chemical concentration analysis and inspection methods Low temperature crystallization of aqueous solution Classification method of chemical instruments and equipment in middle schools How to defend drug ingredients What are the methods for preparing catalysts? Catalyst moisture test method Identification methods of chemical components of traditional Chinese medicine Process-based mass spectrometry analysis method Testing methods for chemical composition of steel plates Examination of the robustness of analytical methods Preparation method of catalyst for protein digestion Synthesis method of sulfide High temperature electrolyte resistance test method Catalyst component representation method How to achieve durability in analytical method validation Methods to Eliminate Interferences in Analytical Chemistry Classification of asymmetric catalytic synthesis methods Electrolyte composition analysis method hg/t 5476-2018 hg/t 30029-2018 Commonly used separation methods in analytical chemistry Optical analysis method Detailed explanation of eddy current analysis method Pore analysis method for catalysts Diltiazem?? Analytical Method hg/t 5437-2018

本标准规定了中温耐硫水解催化剂化学成分分析方法。
本标准适用于以氧化铝为载体的中温耐硫水解催化剂中三氧化钼（MoO3）、氧化钠（Na2O）、氧化钙（CaO）、氧化钾（K2O）质量分数的测定。

Introduction

This standard provides a method for the chemical composition analysis of medium-temperature sulfur-resistant hydrolysis catalysts. It outlines procedures for determining the elemental composition and specific components within the catalyst. The standard covers sampling, preparation, and analytical techniques to ensure consistent and reliable results. It specifies the equipment, reagents, and operational conditions necessary for accurate analysis. The method is applicable for quality control and research purposes in the chemical industry. The standard establishes uniformity in analytical practices to facilitate comparison and standardization across different laboratories and production facilities.

*** Please note: This description may not be accurate, please refer to the official documentation.

More samples: JJG 21-2008 NB/T 47013.2-2015 YD/T 3934-2021

Sample only — not a preview of HG/T 5410-2018

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