Multifunctional methanol processing method and apparatus

Abstract

A multifunctional methanol processing method belongs to the field of petrochemical and coal chemical technology. Methanol is used to produce low carbon olefins, gasoline and aromatics. The method adopts a two-step processing technique. The first step is to use methanol to produce low carbon olefins. The second step is to use low carbon olefins to synthesize aromatics and/or gasoline. The invention also provides a reactor and a regenerator used for the method. The method and the reactor and the regenerator can produce products with low carbon olefins, gasoline and aromatics which are urgently needed for economic construction, and have the advantages of flexible program, short process, low investment and high efficiency.

Description

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AI Technical Summary

Benefits of technology

This technology makes it possible for companies or organizations to create more efficient ways of doing things quickly without having to make significant changes that they may have already done beforehand.

Problems solved by technology

Technological Problem: Current methods used in industry to make fuel involve expensive chemical processes that require significant amounts of fossil fuels or other sources like natural gases. Additionally, current methods use complex equipment involving multiple steps, leading to increased costs associated therewith. Therefore, it would be beneficial if more efficient ways were found to create these types of compounds through catalytic reactions between different substances without requiring excessive capital input or technical problem addressed in this patented text.

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