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  • Chemical Recovery: Definition, Techniques & Applications
    "Recovery" in chemistry has a few different meanings, depending on the context:

    1. Recovery of a Substance:

    * This is the most common meaning. It refers to the process of isolating and purifying a desired substance from a mixture or reaction product.

    * This could involve techniques like:

    * Filtration: Separating a solid from a liquid.

    * Distillation: Separating liquids based on boiling point.

    * Extraction: Separating components based on solubility.

    * Chromatography: Separating components based on their different interactions with a stationary phase.

    2. Recovery of a Chemical Process:

    * This refers to the efficiency of a chemical reaction or process in terms of how much of the desired product is obtained.

    * Yield is a closely related concept that quantifies the amount of product obtained relative to the theoretical maximum.

    * A high recovery percentage indicates that the process is efficient, while a low recovery suggests losses due to side reactions, incomplete reactions, or difficulties in separation.

    3. Recovery from a Chemical Incident:

    * This refers to the process of restoring a contaminated area or system to a safe condition after a chemical spill or accident.

    * It might involve:

    * Containment of the spill

    * Removal of contaminated materials

    * Decontamination of affected areas

    * Remediation of environmental damage

    To understand the specific meaning of "recovery" in a given context, pay attention to the surrounding words and the overall topic.

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