Optimization of amine gas purification technology from acidic components

Abstract

Relevance. The relevance of investigating the processes of amine gas purification is manifested in the constant need to improve this technology to effectively reduce emissions of harmful substances into the atmosphere and in the search for more efficient, energy-saving and environmentally sustainable methods of cleaning gas streams. Purpose. The purpose of this study is to analyze the effectiveness of existing methods of amine gas purification from acidic components to determine the most optimal and effective approach to ensure a high degree of purity of the purified gas. Methodology. To achieve this goal, a statistical method, a comparative method, and analysis were used. Results. As a result of the study, a detailed assessment of the key problems and disadvantages associated with the amine purification process was carried out. As part of this, the main factors affecting the effectiveness of the existing gas purification technology were identified. Among the proposed solutions, the importance of careful selection of the optimal composition of the alkanolamine mixture was identified. This important discovery highlighted the importance of the composition to ensure that the finished gas product meets quality standards. It is also an important step to maintain optimal conditions of the technological regime, which contributes to the more efficient operation of gas purification systems. Conclusions. All the suggestions and improvements developed during the research have significant practical applications. Their implementation can reduce energy costs and increase the efficiency of gas purification from acidic components, which allows enterprises to introduce more efficient methods of gas purification and improve production quality.