The phrase "application of hazard" is correct and usable in written English.
It can be used in contexts related to safety, risk assessment, or environmental studies where the concept of applying or implementing hazard-related measures is discussed.
Example: "The application of hazard analysis is crucial in ensuring workplace safety and preventing accidents."
Alternatives: "implementation of risk" or "utilization of hazard".
This paper highlights two limitations of the Seveso III Directive – lack of implementation of leading indicators and limited application of hazard and risk identification (for example little or no consideration of the hazards of intermediate products).
The application of hazard and risk analysis to specific project areas prone to uncharacteristic wildland fires is a useful way to estimate the effects of management alternatives (including no action).
According to Recital 11 of the European Union Regulation on the hygience of foodstuffs No 852/2004, the application of hazard analysis and critical control point (HACCP) principles to primary produce is not yet generally feasible (Cerf and Donnat, 2011).
These guidelines are for the application of hazard characterization to microbial hazards in water and food.
Constant risk was assumed for application of hazard ratios to calculate event rates in the pioglitazone arm for all endpoints with the exception of oedema, where hazard ratios were sampled from separate distributions for the first and subsequent years of the simulation to capture the decrease in risk after the first year of treatment with pioglitazone (see Additional file 1).
The wide-ranging need for and applications of hazard monitoring and early warning systems have led to the development of a number of programs and systems to provide these services and early warnings.
An example of an application of volcanic hazard and risk assessment is a study of 22 high priority GFDRR (Global Facility for Disaster Reduction and Recovery, World Bank) countries (Aspinall et al., 2011).
LOPA requires application of qualitative hazard evaluation methods to identify accident scenarios, including initiating causes and appropriate safeguards.
This paper describes the application of a Hazard and Operability Analysis (HAZOP) methodology in assessing the criticality of remote handling maintenance activities on port plugs in the ITER Hot Cell facility.
Analysis at an early stage of the design process, and on a system that interfaces directly to an unstructured environment, exposes certain issues relevant to the application of current hazard analysis methods.
This brings up another significant challenge in the application of natural hazard models.
