GB/T 35960-2018 in English

VALID

Catalysts titanium oxide type for sulfur recovery

Issued on:2018-02-06
Implemented on:2018-09-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $160.00
$156.00

Standard No:	GB/T 35960-2018
Document status:	VALID
Title in English:	Catalysts titanium oxide type for sulfur recovery
Title in Chinese:	二氧化钛型硫磺回收催化剂
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2018-02-06
Implemented on:	2018-09-01
ICS Classification:	71.100.99-Other products of the chemical industry
Chinese Classification:	G75-Catalyst
Professional Classification:	GB-National Standard
Related Keywords:	sulfur recovery catalysts sulfur recovery plant dioxide-based sulfur recovery dioxide-based sulfur recovery catalyst sulfur recovery process
Related Topics:	catalyst super catalyst For such catalysts sulfur new catalyst CO2 absorption peak Dithiofluorene Dioxide Recycling Used Instruments nickel disulfide west and gaeke sulfur dioxide catalyst potential Catalyst Standard Test method for activity of titania type sulfur recovery catalyst Titanium sulfide temperature Special Titanium Dioxide Sulfur dioxide synthesis cobalt sulfide oxidation Titanium dioxide d photocatalytic cocatalysis fuel super catalyst Performance characteristics of sulfur dioxide laboratory sulfur dioxide Production of Photosensitive Titanium Dioxide iso sulfur dioxide business catalyst Cobalt Photocatalytic Oxidation Efficient catalyst a recycling National Standard for Sulfur Dioxide Foreign titanium silicon catalyst catalytic voc voc catalyst voc catalyst voc catalyst Foreign voc catalyst voc catalysis voc++ catalytic voc catalytic Catalytic VOC voc catalytic voc+catalysis voc catalyst t9 catalyst business catalyst photocatalyst oxygen Gadolinium oxide Sulfur dioxide Test method for activity of alumina type sulfur recovery catalyst Alumina type sulfur recovery catalyst sulfur dioxide country Sulfur hot pressing Silicon oxide titanium absorption peak Titanium dioxide characteristic peak Titanium dioxide gold Degree of sulfonation Titanyl Sulfate Chemical recovery test sulfur cobalt disulfide Industry sulfur dioxide Physical and chemical properties of titanium dioxide Catalyst ammonium sulfate How about sulfur dioxide and sulfur trioxide cobalt sulfide oxidation Lithium oxide catalyst Cobalt disulfide and copper sulfide Titanium dioxide particles Novel Cobalt Oxide Catalyst silver catalyst suburban catalyst Titanium dioxide curve sulfur dioxide and stone Platinum Titanium Catalyst New Sulfurization Catalyst Titanium dioxide characteristic peak The main source of sulfur dioxide contact catalyst Life sulfur dioxide mononuclear catalyst Catalyst Second-hand instrument recycling Sulfur dioxide produced in the laboratory new catalyst co2 Lithium Reagent Sulfur Dioxide Micro vulcanizer Small vulcanizing machine Oriental sulfur dioxide meter Sulfur dioxide detector Thorium catalyst Oxidation of cobalt sulfide Titanium dioxide curve Novel electrocatalysis Al-Ti Ratio Catalyst Titanium dioxide voltammetry curve Titanium dioxide voltammetry curve Catalyst Al-Ti Ratio Large vulcanizer Titanium dioxide p2 sulfur dioxide fast Molybdenum ditelluride photocatalysis Photocatalytic molybdenum ditelluride carbon dioxide collector plastic catalyst Sulfur dioxide reagent total sulfur dioxide total oxidant Palladium + sulfur dioxide Titanium catalyst broad spectrum catalyst New Titanium Oxygen Clusters Titanium catalyst sulfur dioxide in vivo Sulfur dioxide process The role of titanium dioxide base catalyst Titanium dioxide peak Sulfonating agent copper disulfide oxygen catalyst sulfur catalyst Hydration catalyst Titanium dioxide catalyst Sulfur dioxide absorption spectrum Titanium dioxide characteristics titanium dioxide atom Sulfonated diol Vanadium titanium catalyst Preparation of sulfur dioxide Catalyst protium deuterium tritium titanyl oxide The new catalyst can palladium sulfur dioxide Sulfonated diol Sulfur dioxide basis indoor sulfur dioxide UV absorption of titanium dioxide Titanium dioxide p2 Cobalt disulfide is oxidized cobalt disulfide oxidation Cobalt sulfide is oxidized new catalyst Alumina Catalyst Digestion Sulfur dioxide Photosensitive titanium dioxide photocatalytic oxygen removal Electron catalyst Titanium dioxide + p2 Guanidine catalyst What is the source of sulfur dioxide? plastic catalyst Titanium Oxidation Temperature Sulfur anodizing complex catalyst positive catalyst Sulfur dioxide gas phase Titanyl Sulfate 95 New high-efficiency catalyst Titanium trioxide manganese dioxide CO2 catalytic converter Sulfur dioxide derivatization ember catalyst sulfur equipment Titanium uranium dioxide microspheres Sulfur dioxide absorption spectrum catalyst recovery Sulfur dioxide and bromine vapor Titanium dioxide UV absorption niobium oxidation of sulfur dioxide Determination of titanium catalyst content Sulfur dioxide gas phase Sulfur dioxide "catalyst Sulfur dioxide during pregnancy electroplating sulfur dioxide Lao catalytic oxidation sulfur trioxide sulfonation Sulfur dioxide peak time UV titanium dioxide /recycle a total oxidants and ec sulfur dioxide CO2 collection Titanium Chemical Oxidation GBT35960 GB/T 35960-2018 Titanium dihydride catalytic oxidation catalyst indirect sulfonation CatalystLOA Disulfide bond oxidation Sulfur dioxide fertilizer Principles of sulfur dioxide analysis The reason why sulfur dioxide is zero Titanium dioxide photocurrent Titanium dioxide absorption spectrum heterogeneous catalytic oxidation Catalytic sulfonation technology Sulfur dioxide sampling basis Sulfur dioxide AOAC Preparation of titanium oxide by sulfuric acid method titanium catalyst fda titanium dioxide Titanium dioxide acidity and alkalinity Titanium dioxide air purification Photolysis of sulfur dioxide catalyst execution Dry sulfur dioxide Titanium catalyst Sulfur dioxide evaluation sucrose sulfur dioxide Sulfur dioxide countries use Strong resistance to sulfur dioxide Vulcanized color fixing agent Polygonatum sulfur dioxide inspection Standard catalyst titanium content Catalyst acceptance catalytic oxidation country Titanium dioxide catalyst material Titanium dioxide standard curve CO2 recovery methods Sulfur dioxide in the national standard Sulfur dioxide usage standards Evaluation of shaped catalysts Titanium Dioxide International Sulfur dioxide in agricultural products medicinal sulfur dioxide Sulfur cored wire Titanium dioxide molding method Catalyst commercial Titanium Dioxide Digestion Method brimstone execution National standard for fiber sulfur dioxide Spent catalyst testing titanium Catalyst International Titanium dioxide standard peak Seafood sulfur dioxide Catalyst industry Testing methods for sulfur dioxide Catalytic titanium dioxide Chemical solvent recycling Peroxide curing agent Titanium dioxide synthesis method Oxidant classification Alumina catalyst quality

《GB/T 35960-2018二氧化钛型硫磺回收催化剂》由TC63（全国化学标准化技术委员会）归口，TC63SC10（全国化学标准化技术委员会化工催化剂分会）执行，主管部门为中国石油和化学工业联合会。

Introduction

Interpretation of the national standard for titanium dioxide-based sulfur recovery catalysts

1. Background and significance of standard formulation

GB/T 35960-2018 Titanium dioxide-based sulfur recovery catalyst is a technical standard formulated for sulfur recovery catalysts with titanium dioxide as the main active component in the Claus sulfur recovery process using hydrogen sulfide acid gas as raw material. The standard was proposed by the China Petroleum and Chemical Industry Federation and aims to standardize the technical requirements, test methods and application performance of the catalyst.

2. Comparative analysis of standard frameworks

Items	Requirements of this standard	Industry average level	International advanced level
Activity index (total sulfur conversion rate)	≥63%	50-60%	Above 70%
Organic sulfur hydrolysis rate	≥98%	Around 90%	≥98%
Particle compressive strength	≥150 N/cm	100-120 N/cm	Above 160 N/cm

3. Interpretation of Standard Technical Requirements

Activity Index:This standard stipulates that the total sulfur conversion rate and organic sulfur hydrolysis rate of titanium dioxide sulfur recovery catalysts should reach 63% and 98% or more respectively. This shows that the catalyst has a high catalytic efficiency in the Claus process.

Physical Properties:Indicators such as the radial crushing resistance of the particles, specific surface area, and pore volume must all meet specific requirements to ensure the stability and service life of the catalyst.

4. Implementation Suggestions

Case Analysis: Application Practice of a Sulfur Plant

After a sulfur recovery plant adopted the GB/T 35960-2018 standard to select catalysts, the sulfur conversion efficiency increased by about 10% and the by-products decreased by 20%. It is recommended that enterprises conduct bidding and technical evaluation in strict accordance with the standards during procurement and use

Focus on the matching of activity indicators and physical properties
Establish a long-term monitoring mechanism to ensure the stability of catalyst performance

More samples: DL/T 5154-2012 GB 18306-2015 DL/T 368-2010

Sample only — not a preview of GB/T 35960-2018

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