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Risk control prioritization

Ranking the risk on the likelihood, exposure, and consequence scale determines the risk score, which could be from extreme (100) to acceptable (0-20). The risk analysis and risk score then enable prioritization of actions by using accepted risk control methods. Once the risks have been analyzed and risk scores determined, it is now possible to do a risk evaluation. [Pg.119]

Structured safety system into the organization, risk control actions will be prioritized and risks will be dealt with on an ongoing basis. [Pg.121]

Screening level risk analysis (SLRA) is a systematic screening process to identify hazards and prioritize risks for developing risk control measures. [Pg.205]

Each hazardous event, once categorized, can then be represented on a risk matrix shown in Fig. 10.6, and prioritized with respect to the urgency of risk control measures that should be implemented to reduce the risk from that particular type of event. A commonly used set of definitions for each risk category on this matrix is given in Table 10.3. [Pg.207]

A hazard identification and analysis system must be implemented to systematically identify basic and unforeseen safety and health hazards, evaluate their risks, and prioritize and recommend methods to eliminate or control hazards to an acceptable level of risk. Through this system, management must gain a thorough knowledge of the safety and health hazards and employee risks. [Pg.389]

The prioritization of the implementation of risk control measures will depend on the risk rating (high, medium... [Pg.75]

Develop objectives for risk control based on prioritized OHSMS issues... [Pg.122]

Risk Control Segment. Once hazards and risks are known, it is imperative to take steps to reduce the risk when necessary. Risk control is the process of prioritizing risks, determining which risks must be mitigated, and then implementing DSFs to the reduce risk. An example would be designing an automobile with air bags to reduce the risk of personnel injury should an accident occur. [Pg.334]

Risk assessment constitutes a cornerstone for the control of chemicals for both scientific and management purposes. Environmental risk management deals with regulatory measures based on risk assessment [3], Strategies such as the prioritization of chemicals represent a useful tool to optimize efforts for both regulatory and monitoring purposes [4, 5]. [Pg.27]

By adding a step which prioritizes the precursors against their perceived risks (which is defined as the inverse of safety), the small group of analysed precursors and the accompanying control processes will have a higher probability of being relevant in respect to safety. [Pg.91]

From Figure 32, the precursor packaging machines not empty when performing maintenance, prioritized as belonging to the first risk class, is taken as an example, to identify the controlling process for this precursor in practice and to identify the initial ineffective control element. [Pg.100]

Process Hazard Analysis— An organized effort to identify and evaluate hazards associated with chemical processes and operations to enable their control. This review normally involves the use of qualitative techniques to identify and assess the significance of hazards. Conclusions and appropriate recommendations are developed. Occasionally, quantitative methods are used to help prioritize risk reduction measures. [Pg.438]

As risk assessment becomes more sophisticated and is extended to more chemicals, it will also be extended to smaller and smaller risks. Since it is not possible to regulate all risks, an important use of risk analysis must be to decide which chemicals should be regulated and to what degree. Under the Tbxic Substances Control Act (TOSCA), all new chemicals must be considered. The prioritization scheme for chemical testing is based upon a set of dichotomous criteria, toxicity, chemical reactivity, etc., which involve qualitative rather than quantitative risk analysis. As procedures for more quantitative analysis become available, the prioritization scheme will become more precise, (NAS/NRC, 1984). [Pg.125]

Sensitivity analysis can be used to identify and prioritize key sources of uncertainty or variability. Knowledge of key sources of uncertainty and their relative importance to the assessment end-point is useful in determining whether additional data collection or research would be useful in an attempt to reduce uncertainty. If uncertainty can be reduced in an important model input, then the corresponding uncertainty in the model output would also be reduced. Knowledge of key sources of controllable variability, their relative importance and critical limits is useful in developing risk management options. [Pg.14]

Discuss the major health risks in a population affected by a disaster and identify and prioritize according to prevention/control of disease, epidemics, and other hazards. [Pg.178]

Exposure to certain aromatic amines, some of which are considered potent mutagens, is associated with an increased risk of cancer. N-nitroso- or aromatic amine functional groups serve as structural alerts and are used to prioritize new chemicals for greater study under the Toxic Substances Control Act. Variations on the location and number of amine groups as well as the number of aromatic... [Pg.127]

To 5 IB MINIMAL RISK - Record individual dose readings - Continue monitoring - Initiate red survey - Establish dose control measures as part of operations - Prioritize tasks... [Pg.87]

Priority Response Remedial measures must be expedited for high-priority health/environmental concerns (i.e., Class 1 ratings). In some cases, interim stabilization actions (e.g., surface cover, vapour cut-off, etc.) may serve to control the potential exposure and reduce the risk rating, pending implementation of final remedial actions. For sites receiving a high-priority classification due to the absence of critical site data (e.g., no groundwater measurement), the response action may involve an expedited site assessment to confirm the presence or absence of an actual concern. In the absence of near-term health/environmental concerns, time-sensitive secondary risk drivers (i.e., Class 1 community concern) will serve as the principal factor in prioritization of response actions. [Pg.225]


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See also in sourсe #XX -- [ Pg.75 ]




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