What does the Center for Chemical Process Safety define as "construction of equipment with weak sections to limit the damage?"

The Center for Chemical Process Safety refers to "construction of equipment with weak sections to limit the damage" as damage-limiting construction. This term specifically describes the strategy of intentionally designing components of equipment to have weaker areas that can fail in a controlled manner during an explosion or pressure event. By allowing these designated weak points to rupture, the spread of damage can be minimized, protecting the integrity of surrounding equipment and reducing the risk of more catastrophic failures.

The concept is particularly relevant in contexts where hazardous reactions may occur, helping to improve overall safety by design. In essence, damage-limiting construction is a proactive approach that utilizes engineered vulnerabilities to create safer operational environments in chemical processes. Other terms listed in the choices, such as explosion-proof construction, resilient design, and impact-resistant design, focus on different aspects of safety and structural integrity but do not capture the specific intent of using weak sections to manage potential damage.