FORMING THE IMAGE OF THE MIXER IN THE COMPLEX FOR THE PRODUCTION OF SYNTHESIS GAS DEPENDING ON THE PRODUCTIVITY

Abstract

The problem of shaping the image of a mixer in a synthesis gas production complex depending on productivity is discussed in the article. The main task is to justify the choice of a structural element for effective mixing of components in a small-scale synthesis gas production complex with a productivity of up to 5000 tons per year. Optimal conditions for each unit of the complex are being developed in order to ensure the quality performance of the individual block and to change the appearance of the mixing formation unit. The concept of creating mobile, transportable small-scale methanol production complexes, providing the necessary amount of product directly at the extraction site is discussed in the paper. The following requirements for these complexes are considered: mobility, transportability, work reliability in extreme conditions, small size, integration into infrastructure, maximum automation. In the context of this study, the processes of mixing components in the mixer, which allows us to define the quality picture of component mixing, overall dimensions, and appearance of the node itself are evaluated. Detailed analysis of the mixing processes in the mixer is carried out and its structure and functions are studied in depth. The paper presents a detailed analysis of the scheme, performed by iterative calculation of each element in the block under certain conditions and restrictions. The results help to identify the influence of productivity on the complex as a whole and on a specific node. This study will help specialists better understand optimal design and operation strategies for mixers for the production of synthesis gas. The article deepens the understanding of structural analysis in the context of choosing the most suitable structural element for effective component mixing.