Hydrogenation catalyst composition

A hydrogenation catalyst and catalyst technology, applied in molecular sieve catalysts, physical/chemical process catalysts, chemical/physical processes, etc., can solve the problem of agglomeration of amorphous silicon and aluminum, reduction of catalyst specific surface area and pore volume, and influence on the distribution of amorphous silicon and aluminum. and other problems to achieve the effect of enhancing the binding force, a good reaction environment, avoiding agglomeration or even blocking the pores

Active Publication Date: 2014-05-21
CHINA PETROLEUM & CHEM CORP +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Among them, the carrier material is prepared by directly adding molecular sieves in the process of forming amorphous silica-alumina. In this way, amorphous silica-alumina is prone to agglomeration, and it is also easy to enter the pores of the other party or block the pores of molecular sieves, which affects the amorphous silica-alumina. The distribution on the

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0040] Add 1496g of solid aluminum chloride into 1 liter of distilled water while heating and stirring until dissolved to obtain aluminum chloride solution (a). The concentrated ammonia water was diluted with an appropriate amount of distilled water to form about 10wt% dilute ammonia water (b), and 228.9 g of xylitol was dissolved in 500 ml of water to form a solution (c). Take 10L of water glass (industrial grade, modulus 3.0) and dilute it in 20L of deionized water to prepare solution (d). 171g Y-type molecular sieve Y-1 (SiO 2 / Al 2 o 3 The molar ratio is 11.0, the unit cell constant is 24.42?, and the relative crystallinity is 95%) using an impregnation solution containing 74.2g sodium tungstate and 65.4g nickel nitrate hexahydrate for saturated impregnation, after impregnation, dry at 120°C for 180 minutes, 500 Roast at ℃ for 4 hours to obtain a Y-type molecular sieve loaded with a hydrogenation active metal component; dissolve 66.7g of diethanolamine in 100ml of water...

Embodiment 2

[0043] 426g of solid aluminum sulfate was added to 1 liter of distilled water while heating and stirring until dissolved to obtain aluminum sulfate solution (a). Dilute the concentrated ammonia water into about 10wt% dilute ammonia water (b) by adding an appropriate amount of distilled water, and dissolve 126.9 g of adipic acid in 500 ml of water to form a solution (c). Take 10L of water glass (industrial grade, modulus 3.0) and dilute it in 20L of deionized water to prepare solution (d). 274.9g Y-type molecular sieve Y-1 (SiO 2 / Al 2 o 3 The molar ratio is 11.0, the unit cell constant is 24.42?, and the relative crystallinity is 95%). Use an impregnation solution containing 284g sodium tungstate and 250g nickel nitrate hexahydrate for saturated impregnation, dry at 120°C for 180 minutes after impregnation, and bake at 500°C After 4 hours, a Y-type molecular sieve loaded with a hydrogenation active metal component was obtained; 55g of ethanolamine was dissolved in 100ml of ...

Embodiment 3

[0046] 135g of solid aluminum sulfate was added to 1 liter of distilled water while heating and stirring until dissolved to obtain aluminum sulfate solution (a). Prepare the solid sodium metaaluminate to a concentration of 20g Al 2 o 3 / l sodium aluminate solution (b). 96.5 g of 1,4-butanedioic acid was dissolved in 1 L of water to form solution (c). 597.4g Y-type molecular sieve Y-1 (SiO 2 / Al 2 o 3 The molar ratio is 11.0, the unit cell constant is 24.42?, and the relative crystallinity is 95%) use an impregnation solution containing 207.3g sodium tungstate and 182.7g nickel nitrate hexahydrate for saturated impregnation, after impregnation, dry at 120°C for 180 minutes, 500 Roast at ℃ for 4 hours to obtain a Y-type molecular sieve loaded with a hydrogenation active metal component; dissolve 59.7g of ethylenediamine in 500ml of water, heat to 60°C, add a Y-type molecular sieve with a hydrogenation active metal component under stirring, and continue A slurry (d) was obt...

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Abstract

The invention discloses a hydrogenation catalyst composition. The hydrogenation catalyst composition comprises hydrogenation active metal components, molecular sieves and amorphous silica-alumina, wherein the hydrogenation active metal components are mainly loaded on the molecular sieves; the molecular sieves are coated withamorphous silica-alumina; the hydrogenation active metal components account for 1-100% of the molecular sieves by weight in terms of oxide; the weight ratio of the molecular sieves to amorphous silica-alumina is (1:19)-(19:1). The hydrogenation catalyst composition enables the hydrogenation active metals to fully approach the acid centers of the molecular sieves, adjusts the hydrogenation and acid functions and is especially suitable for hydrogenation catalysts with relatively low requirements for acidity and relatively high requirements for hydrogenation properties.

Description

technical field [0001] The invention relates to a hydrogenation catalyst composition and a method thereof, in particular to a hydrogenation catalyst composition containing molecular sieves and a preparation method thereof. Background technique [0002] Hydrocracking technology is one of the important means for the secondary processing of crude oil and the lightening of heavy oil. Because of its strong adaptability to raw materials, flexible production operations and product solutions, and good product quality, it has become an important way to produce high-quality light clean oil products and solve the source of chemical raw materials. [0003] Hydrocracking catalysts are generally dual-functional catalysts, and their cracking activity and hydrogenation activity are respectively provided by the acidic component and hydrogenation active component in the catalyst. [0004] The acidic component of the catalyst is generally provided by molecular sieves contained in the catalyst...

Claims

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Application Information

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IPC IPC(8): B01J29/16B01J29/78C10G47/20
Inventor 蒋广安郑庆华刘雪玲李宝忠张晔王继锋
Owner CHINA PETROLEUM & CHEM CORP
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