China University of Petroleum

Shanghai Supezet Engineering Technology Co., Ltd.

Hanyi Shenfei New Materials Co., Ltd.

Petrochina Company Limited

Jiangsu Bosong Chemical Technology Co., Ltd.

Jiangsu Bosong Energy Technology Co., Ltd.

Chunyi Li

Hui Li

Ying Zhang

Xiaoyu Zhang

Kaitian Mao

Lingyun Zhang

Guowei Wang

Chuntian Pang

Feng Du

Chaohe Yang

An Ma

Honghong Shan

Yongshan Tu

Yudong Sun

Zheng Li

Jianfang Zhang

Zhongxiang Han

Genlin Niu

Disclosed is an alkane dehydrogenation circulating device, including a reaction device and a regeneration device. The reaction device includes a reactor and a reaction disengager, the reaction disengager is communicated with the reactor, and the reactor is provided with a catalyst distributor through which a catalyst is sprayed into the reactor along a direction from the peripheral wall of the reactor to the central axis of the reactor; the regeneration device includes a regenerator accommodating the catalyst and a regeneration disengager located above the regenerator.

Alkane catalytic dehydrogenation reaction device and catalyst regeneration device

A method for catalytic cracking of naphtha is provided. Naphtha is catalytically cracked under the action of a catalyst. The catalyst includes aluminosilicate, alkali metal oxide, alkaline earth metal oxide, TiO, iron oxide, vanadium oxide and nickel oxide. On the other hand, a rapid separation component is arranged in a disengager of a catalytic cracking reaction device, so that a transport disengaging height is greatly reduced without changing a gas flow and a diameter of the disengager. In addition, the separation efficiency of oil gas and the catalyst is improved.

Naphtha catalytic cracking catalyst, catalytic cracking method and reaction device

A reaction-regeneration device for catalytic dehydrogenation or/and catalytic cracking of alkanes comprises a reaction device and a regeneration device. The reaction device comprises a reactor and a disengager, and the disengager is located at an upper part of the reactor. The reactor comprises a tapering section, and diameters of cross sections of the tapering section gradually decrease from bottom to top. Secondary conversion of alkenes caused by back-mixing is reduced, and thus the yield and selectivity to alkenes are increased.

Reaction-regeneration device and process for alkane dehydrogenation to alkene

The present invention relates to a catalytic cracking process and a device used in the process in particular, the present invention provides a catalytic cracking process, which comprises which comprises:

Catalytic cracking process and the device used therein

Growing community of inventors

Shandong, China

Chunyi Li