In global trade, the safe handling of chemicals is particularly important, especially in the chemical trade of up to $1.7 trillion a year. Correct hazard labeling and classification are crucial to protecting life safety. The Globally Harmonized System of Classification and Labelling of Chemicals (GHS) developed by the United Nations aims to resolve past inconsistencies in the classification and labelling of hazardous substances among countries. The core of this system is to use unified marking and classification to help all users identify hazardous substances, thereby reducing misuse and accidents.
The GHS system provides a common framework that participating countries can use to implement hazard classification and hazard communication standards.
With the implementation of GHS, the classification of various hazardous substances has become clearer and more intuitive, and warnings are provided to users through standardized diagrams, which is not only a protection for workers' safety, but also a protection for the environment. On hazardous materials labels, we can see graphic symbols and colors, which are used to convey key information about the potential hazards of chemicals. For example, a red diamond box with a black pattern represents a health, physical or environmental hazard, helping users quickly understand whether the material they are exposed to is hazardous.
The GHS system divides the hazards of substances into physical hazards, health hazards and environmental hazards. Each category has a corresponding icon, which plays an important indicative role in the label.
Physical hazards: including explosives, flammable gases and compressed gases, etc., classified according to the corresponding UN dangerous goods system.
In the physical hazard classification of GHS, for example, flammable gases are divided into different categories based on their reactivity, which is extremely important for workers who handle such gases in laboratories or factories.
The basis for health hazard assessment includes acute toxicity, skin corrosion, eye damage, etc., and the impact of these hazards on human health are clearly marked. In this way, when laboratory personnel or workers come into contact with these substances, they can take necessary protective measures based on the information on the label to avoid potential health risks.
The environmental hazards section of GHS focuses on the impacts of chemicals on ecosystems, such as acute toxicity to aquatic life and long-term damage to the environment. This part of the labeling ensures that users have sufficient information before handling chemicals so that they can dispose of them properly after use and reduce the impact on the environment.
GHS labeling is not only a legal requirement, but also an important measure to protect life.
In addition to specific hazard symbols and warnings on labels, GHS also includes Safety Data Sheets (SDS), which provide more comprehensive product safety information, including how to properly store and handle hazardous substances. The establishment of this system also requires international cooperation and awareness of purification to promote consistency in chemical management among countries.
As the process of globalization accelerates, the implementation of GHS is still ongoing. Many countries are working to incorporate GHS standards into local laws to promote global harmonization. This is not just a legal requirement, but a respect and protection for life.
Businesses are encouraged to use alternatives that reduce health risks, which is essential for a sustainable future.
Have you ever thought about how much impact these hazard signs have on our daily lives? And with these signs, what changes can we make to protect ourselves and the environment around us?