Dynamic safety boundary analysis and control strategies for CO₂ capture processes under carbon neutrality goals
碳中和目标下CO₂捕集工艺的动态安全边界分析与控制策略

摘要

实现碳中和目标的关键路径之一是高效且安全的CO₂捕集工艺。本文围绕CO₂捕集过程中的动态安全边界进行深入分析，揭示工艺运行中潜在的安全风险及其变化规律。基于动态安全边界理论，提出适应工艺动态特性的控制策略，以保障系统在不同工况下的稳定与安全运行。动态安全边界方法能够有效识别并预防工艺异常，提升CO₂捕集系统的可靠性，为碳中和实施提供技术支撑和理论指导。

Abstract

One of the key pathways to achieving carbon neutrality goals is the development of efficient and safe CO₂ capture processes. This paper conducts an in-depth analysis of the dynamic safety boundaries in CO₂ capture processes, revealing potential safety risks during process operation and their changing patterns. Based on dynamic safety boundary theory, control strategies adapted to the dynamic characteristics of the processes are proposed to ensure stable and safe system operation under different working conditions. The dynamic safety boundary method can effectively identify and prevent process anomalies, enhance the reliability of CO₂ capture systems, and provide technical support and theoretical guidance for the implementation of carbon neutrality.