Design a checklist for topics to cover in a Right-to-Know Training Program including OSHA requirements for a Healthcare Facility. Include the title of the Program and the name of the facility. Cite your references

Design a checklist for topics to cover in a Right-to-Know Training Program including OSHA requirements for a Healthcare Facility. Include the title of the Program and the name of the facility:
The following is from an article, “Right to Know Law and Legal Definition” from,of%20chemicals%20and%20materials%20used%20in%20business%20processes.
Right-to-know laws are a group of rules and regulations at the state and national levels that mandate that employers share scientific information with workers and local communities about the toxicity and other characteristics of chemicals and materials used in business processes. This information encompasses all substances to which workers might be exposed in the workplace, including materials and chemicals utilized in producing goods or providing services, chemical releases into the environment, waste management, and long-term exposure to substances. Right-to-know laws place special emphasis on maintaining and disseminating information on the potential long-term health effects (cancer, infertility, etc.) sometimes associated with longtime work exposure to high concentrations of industrial materials.
Experts in the fields of risk management and hazardous materials management generally separate employer obligations under “right-to-know” (RTK) into four broad categories: obligation to compile and retain relevant records; obligation to disclose any available information to workers, community members, or organizations on any potentially hazardous materials and processes used; obligation to provide adequate training to employees working with potentially dangerous materials; and obligation to disclose information on sudden health risks. This information, which must be presented even if it is not formally requested, should cover the potential risks of sudden and accidental chemical releases, explain the scope of the company’s technological and human resources to effectively address such events; and identify other options that could also be considered.
Many employers erroneously believe that the nature of their business operation renders them immune to right-to-know regulations. Typical misconceptions include the belief that the workplace does not have any hazardous chemicals or that the quantities used in the workplace are so small that RTK rules do not apply. In reality, however, these regulations do not distinguish between quantity or size, and nearly every place of employment in the United States contains some substance that meets the definition of a hazardous chemical. For example, many paints, cleaning solutions, solvents, corrosives, compressed gases, glues, and other common substances fall under RTK regulations.
Business owners, though, can take a number of steps to ensure that they are in compliance with right-to-know rules and are promoting safety and healthy working conditions for all of their employees. Many of these steps can be undertaken quickly, and none requires the knowledge or skills of a chemist or materials expert.
Employers are encouraged to complete a comprehensive written inventory of all materials in the workplace that may be hazardous, irrespective of the quantity or size of the materials on hand. The written inventory should include chemicals used and/or stored in work areas outside the building proper. This inventory should also include by-products and intermediate products resulting from workplace processes. These materials inventories should include the name of the product, contact information for the manufacturer and distributor, and general work area in which the material is used and/or stored (chemicals used throughout the facility can be so designated).
Material Safety Data Sheets (now called Safety Data Sheets)
Each substance noted as a result of the materials inventory should have a corresponding material safety data sheet, for manufacturers must provide MSDSs to each purchaser of a hazardous chemical when making the initial shipment (recipients of these information sheets, whether distributors or purchasers, must provide updated information with the first shipment after each update). If you do not have an MSDS for a chemical, immediately request a replacement data sheet from the manufacturer or distributor. Some businesses even stipulate delivery of an MSDS as a condition of purchase when ordering hazardous chemicals.
Chemical Information List
Once all material safety data sheets have been gathered, they should be reviewed to identify the substance and understand specific hazards associated with the material. The MSDS can also be used to prepare a chemical information list for the workplace. This list, required by law, must be 1) arranged in alphabetical order according to common name; 2) contain the chemical name; and 3) identify the area of the workplace in which it can be found. According to right-to-know regulations, employers must provide access to and copies of the chemical information list to employees and their representatives, OSHA inspectors, and other employers sharing the same workplace.
Not all chemicals used in the workplace are required on these information lists. For example, a chemical list is not required in situations where employees handle chemicals only in sealed, unopened containers under normal working conditions, such as in warehousing or retail sales.
Clear Labeling
Businesses should make certain that all containers used to hold hazardous materials, whether on the factory floor or in the office, are labeled, tagged, or otherwise identified. This includes temporary portable containers if the container is going to be used by more than one person, utilized for an extended period of time (for example, more than one shift), or left unattended for any period of time. All hazardous substance container labels should clearly identify the material and detail potential hazards. Employers who receive unlabeled containers should either obtain an accurate label from the manufacturer or gather pertinent information from the manufacturer so that they can ready their own label.
Some businesses utilize commercially available labeling systems that use non-text methods to convey hazard warnings. These alternative systems may use icons, color coded numbers, or pictographs to describe levels of hazard and required personal protection equipment.
Institute Updating System
Employers should develop a system that allows them to efficiently update their chemical information list and MSDS holdings as each new substance arrives in their workplace. Updates should take place within 30 days of receiving the materials in question, as state and federal right-to-know programs require chemical lists to be updated regularly.
Hazard Assessment
Many employers use the hazard information contained in each MSDS to carefully review all processes in which the material is used. At this time, business owners can decide whether current workplace practices are adequate to ensure the safety and health of employees. Specific elements to review include level of engineering controls, adequacy of personal protective equipment, emergency procedures, and work practices.
Hazard Communication Program
Employers should put together a written hazard communication program for their employees. This program should explain how the company is meeting state/federal right-to-know requirements. Effective hazard communication programs will also include detailed explanations of the company’s system of identifying and labeling hazardous substances; information about the company’s material safety data sheets and chemical information lists, including how they are maintained and how they can be accessed by workers; and details on policies and procedures that employees should follow when engaged in non-routine tasks that require usage of hazardous chemicals and other potentially dangerous materials.
Effective training programs must be implemented in conjunction with RTK laws. Right-to-know training programs should provide guidance and information in several key areas, including the purpose and content of the law; the nature of the hazardous substances in the workplace; protection from hazards; location and usage of information on these workplace materials, including material safety data sheets, labels, and chemical information lists; and overall employee rights. In essence, all right-to-know training programs should be based on the knowledge that information that is not understood by workers will be of little utility to them in preventing or limiting their exposure to hazardous chemicals in the workplace.
Business experts and state and federal administrators cite several keys to shaping and implementing an effective training program for your workforce:

Identify who needs training. Employers should utilize organizational charts and personnel records to identify the training needs of various staff. Assess each employee’s actual and potential exposure to hazardous chemicals during normal working situations and in potential emergencies (for example, production and custodial workers are likely to have a higher level of training than salespeople and secretaries).
Determine which chemicals your employees may be exposed to, either under normal working conditions or emergency situations.
Ensure that employees are aware of the location of chemical information lists and material safety data sheets.
Make sure that employees know how to use labels, MSDSs, and chemical information lists to obtain information on hazardous materials.
Make sure that employees understand control programs and personal protective equipment.
Institute measures to ensure that new and transferred workers receive training. Many businesses integrate Right-to-Know training into general orientation programs or existing departmental safety programs.
Make contingency plans to provide additional training if new hazards are introduced into the workplace.
Evaluate effectiveness of training programs after workers have completed them. This can be done through written tests, one-on-one meetings with employees who completed the program, or employee demonstrations of acquired skills and knowledge. Employee feedback on the training program should also be encouraged. Business owners and managers should ask workers which aspects of the program were most valuable and informative, and which aspects were least useful. In some cases, this feedback phase may reveal that the training program did not provide staff with the necessary level of knowledge to safely and effectively deal with hazardous materials they encounter in the workplace. In those cases, programs should be revised until they meet expectations.

Experts note that many facilities utilize literally thousands of chemicals in their operations. Training all employees about the characteristics of each one is an unrealistic burden for any employer. Over the years, OSHA policies have shown a general recognition of this reality. According to OSHA, “information and training may be designed to cover categories of hazards (e.g., flammability, carcinogenicity) or specific chemicals. Chemical-specific information must always be available through labels and material safety data sheets…. If there are only a few chemicals in the workplace, then you may want to discuss each one individually. Where there are large numbers of chemicals, or the chemicals change frequently, you will probably want to train generally based on the hazard categories (e.g., flammable liquids, corrosive materials, carcinogens).” The market has also responded with helpful products. Thus Del Williams reported, in Medical Laboratory Observer, on Windows-based right-to-know labeling software which enables OSHA compliance officers to prepare labels on ordinary printers—having done so by hand before. Williams’ report was based on an interview with a supplier servicing 200 hospitals—indicating the often massive size of the compliance task. Suzanne Shelley, reporting on the same product (called RTKV2 HazCom) in Chemical Engineering made the point that the product comes with online access to a database of 160,000 MSDS records—thus making the job significantly easier.