Environmental Safety Measures in a Chemical Facility

Chain of Events Improper storage of hazardous chemicals can cause possible fire and explosion through lightning, accidents, injuries produced by inhalation and ingestion, among other fatalities. The implementation of control measures during the early design stage and operation facilitates the elimination of the undesirable occurrences (Tompkins, White, Bozer, & Tanchoco, 2010). The continual human intervention comes in handy in promoting built-in protection within the storage mechanisms. The choice of chemical storage methods depends on a comprehensive comprehension of the risks and hazards engulfed within the procedures of storing chemicals.

A risk management system plays a crucial role in facilitating the assessment of all factors that include hazard-related activities that involve chemicals. As a result, considerable judgment comes about after making considerations in associated risks. Consequently, the factors facilitate the choice in implementing the appropriate controls. Development of an Environmental Management System (EMS) encompasses efficient utilization of time and resources. As a process of continual improvement, incorporation of an EMS facilitates the management of the environmental activities and impacts of temporal chemical storage (Tinsley & Pillai, 2011).

Factors to consider Identification of hazards The label on containers and the MSDS of the supplied chemicals depicts chemical hazards. It is crucial to seek information on the health effects, safe handling, and precautions for use of the chemicals. Additionally, seeking information from experts or relevant authorities comes in handy. Assessment of the risk Risk assessment relies on the information supplied on the chemical label. Additionally, it also encompasses the MSDS. The process incorporates the inspection of the actual work location and practices in chemical storage.

Expert advice may also become necessary. Risk assessment initiates the examination of the work practices related to the storage, handling, and use of the chemicals. Further, it estimates the risks to employees, public, and the environment. Controls Controls depict the methods utilized in eliminating risks associated with chemical exposures and accidents. Maintenance of the controls should form part of the plan for the storage of chemicals in any particular location. Continual utilization and effectiveness of checks facilitate the elimination of the associated exposures.

Persons to be notified Employees: It is crucial to disseminate information to people tasked with carrying out the chemical storage exercise. Necessary precautions and relevant information on the risks of exposures and accidents should be notified to the employees. OSHA and EPA: Permission from these authorities facilitates implementation of the chemical storage plan. Remedial measures to be made on current protocols Modernization of process safety management. It is crucial that federal states take heed in the modernization process through funding additional PSM inspectors (CCPS, 2011).

Further, issuance of draft process on safety management regulations focuses on addressing elements of strong regulation. The rules should include the provision of detailed information regarding extensive repair and maintenance overhaul operations. Reforms in this segment serve as a significant aspect in unraveling present loopholes. Increasing technically competent staff tasked with conducting preventative audits and inspections. Additional personnel facilitate the elimination of possible 'mistakes' that emanate from improper storage and handling of chemicals (CCPS, 2011). Color coding of containers that cater for different storage classes.

The technique places like categories of chemical together, differentiating them with other types of compounds. Adopting the measures mentioned above facilitates the minimization of possible accidents resulting in improper handling of stored chemicals. Recently, the U.S. government and relevant environmental agencies such as OSHA have advocated for increased adherence to the modernization of process safety management. Utilization of a corporate EMS An EMS integrates environmental considerations into the management and day-to-day operations of an organization. The structure of an EMS recognizes the direct link between economic and environmental performance.

A proactive approach to pollution prevention suffices the environmental and economic benefits of incorporating EMS within an organization. An EMS carries significant benefits regarding pollution prevention strategies aimed at eliminating environmental concerns ranging from safety and health (Tinsley & Pillai, 2011). The integration of planning, chemical, and product quality management fosters the prudent utilization of all resources provided by the organization. Incorporation of an EMS to improve the handling of facility materials in an environmentally safe manner encompasses the following elements; I.

Establishment of roles, responsibilities, and provision of resources within the organization. As a result, organization staff gets a grip of what the organization requires of them. II. Training, awareness, and competencies: These three aspects play significant roles in ensuring that employees have access to training, an aspect that translates to equipping them essential skills in carrying out environmental responsibilities. Awareness of the trends in chemical storage, precautionary, and safety measures enables employees to eliminate possible 'mistakes' in storage and handling of stored chemicals. III.

Communication: Internal and external communications regarding environmental management issues on chemical storage emanate within these platforms. Through these processes, employees can manage.