Which principle is NOT typically associated with inherently safer design?

Inherently safer design focuses on reducing the risk associated with hazardous materials and processes by making proactive choices about materials, processes, and technologies. The principles associated with this design philosophy typically include substitution, minimization, and isolation.

Substitution involves replacing hazardous materials or processes with safer alternatives. This principle helps to eliminate or reduce risks by opting for substances that pose less danger during their use, storage, and disposal.

Minimization refers to reducing the quantity of hazardous materials used in a process. By minimizing the amount of a dangerous substance, the potential consequences of an accidental release are inherently reduced, thereby enhancing safety.

Isolation entails keeping hazardous materials or processes separate from other operational areas or individuals to reduce risk. This can include physical barriers or distance to prevent exposure or potential accidents.

Maximization, on the other hand, is not a principle associated with inherently safer design. This term suggests an increase rather than a decrease in risk, which contradicts the fundamental aim of making systems safer by minimizing or eliminating hazards. Therefore, it does not align with the goals of inherently safer design, where the focus is on protecting people and the environment by reducing risks and hazards.