GHS categories are configured along the lines of the U. Department of Transportation (DOT) shipping & transportation classifications for hazardous materials.
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However, data are needed to support this relationship. Vol15No03PPT03 Keywords: Expertise, experience, nurse-sensitive indicators, clinical quality, patient falls, hospital-acquired skin conditions, Benner, novice, expert, loss of experienced nurses, strategies to retain nurse, National Database of Nurse Quality Indicators™ Teaching a new driver to drive a car can be a challenging experience, in part at least because new drivers lack the ability to sense when they are ‘heading for trouble.’ Data support the fact that less experienced drivers are involved in accidents at a ten times higher rate than experienced drivers (Mc Knight & Mc Knight, 2006).
The author begins this article by reviewing the novice to expert trajectory, describing differences between novice and expert nurses, and reporting the relationship between nurse experience and quality outcomes as measured by nurse-sensitive indicators. To a large extent, it is driving experience that enables a new driver to become a safer driver.
They are sometimes color-coded for quick reference: blue for health hazard, red for flammability, orange for physical hazard, and white for personal protection.
The National Fire Protection Association (NFPA) is a U. trade association, established in 1896, whose mission, according to their website, is “to reduce the worldwide burden of fire and other hazards on the quality of life by providing and advocating consensus codes and standards, research, training and education.” They have several standards, but the one used in regards to chemical hazards is NFPA 704: Standard System for the Identification of the Hazards of Materials for Emergency Response.
This information is what will be found in both section 2 of the SDS and will include 4 of the 6 elements required for GHS compliant labeling of chemicals.
DO THE HMIS III & NFPA 704 RATING SYSTEMS FIT IN UNDER THE GHS STANDARD?
The SDS is a comprehensive information guide about a chemical broken down into 16 required sections.
The second section covers ‘Hazards Identification’. Under GHS, hazards are organized into three main hazard classifications: physical, health & environmental hazards.
Many people are currently familiar with these two systems and they are often used as a reference when determining how hazardous a particular chemical is.
Technically these systems have never been required by OSHA’s Hazardous Communication Standards (past or present), but they were frequently voluntarily included as additional information that was “nice to know”.
The purpose of the GHS hazard categories is to be able to determine what hazard pictograms, signal word, hazard statements and precautionary statements need to be used on a label.