Explain the detailed process of interpreting a Safety Data Sheet (SDS), focusing on how the information presented translates to practical risk assessment and mitigation strategies.

Interpreting a Safety Data Sheet (SDS) is a critical skill for anyone handling chemicals, as it provides essential information for understanding hazards, ensuring safe handling, and effectively responding to incidents. An SDS is a standardized document, typically consisting of 16 sections, each detailing specific aspects of a chemical's properties and risks. Mastering the interpretation of each section allows for the development of robust risk assessment and mitigation strategies. Section 1, "Identification," provides basic information about the chemical, including its name, manufacturer, and recommended uses. This is critical for ensuring you have the correct SDS for the chemical you are working with. For example, if you're using "Hydrochloric Acid 37%" it's important to check this section to ensure it matches the specific grade and concentration of acid you are handling to avoid confusion as there could be numerous products that contain hydrochloric acid. Section 2, "Hazard(s) Identification," is vital for understanding the immediate risks associated with the chemical. This section lists the hazard classification, signal words (such as "Danger" or "Warning"), hazard statements, and precautionary statements. For example, a chemical might be labeled "Flammable Liquid, Category 2" with the hazard statement "Highly flammable liquid and vapor." This immediately tells you that the chemical can easily ignite and that you must take precautions to avoid ignition sources and potentially volatile mixtures. This section also typically includes pictograms that provide a visual representation of the chemical's hazards, such as the flame symbol for flammable substances or a skull and crossbones for toxic substances. A chemical may be classified as both toxic and corrosive, and the SDS will specify all relevant hazards. Section 3, "Composition/Information on Ingredients," lists the chemical's components, including hazardous ingredients and their concentrations. It is important when understanding the overall hazard profile of the mixture as it identifies which specific components pose a greater risk in a multi-component product, which helps wi....