Chemical hazards are the risks created by the use, storage, production, or processing of chemicals. These hazards can lead to serious health effects, accidents, and environmental damage. Understanding and managing these hazards is important for ensuring a safe work environment and reducing risks to both people and the environment.
Types of chemical hazards
There are several chemical hazards in the chemical sector. We focus on the five most common, give an example for each, evaluate the degree of dangerousness and the impact they can have on workers.
Toxicity
Exposure to toxic substances can cause both acute and chronic health effects, such as poisoning, respiratory problems, and long-term organ damage or cancer (RIVM, 2023)
Example: Benzene is a chemical used in the production of plastics, resins, and synthetic fibers
Degree of dangerousness: very dangerous ⚠️⚠️
Corrosivity:
Corrosive substances can cause severe burns on skin contact and damage to eyes and respiratory tract when vapors are inhaled (Arboportaal, s.a.)
Example: Sulfuric acid is widely used in the chemical industry, for example in the production of fertilizers
Degree of dangerousness: very dangerous ⚠️⚠️
Flammability:
Chemicals that easily catch fire pose a high risk of fires and explosions
Example: Acetone is a widely used solvent in the chemical industry and in laboratories
Degree of dangerousness: high danger ⚠️
Explosiveness:
Substances that can explode under certain conditions pose a serious physical hazard to employees
Example: Ammonium nitrate is used as fertilizer and in explosives
Degree of dangerousness: very dangerous ⚠️⚠️
Chemical Reactivity:
Highly reactive substances can cause unexpected reactions when in contact with other chemicals or with water, leading to hazardous conditions such as explosions or the release of toxic gases
Example: Sodium is a highly reactive metal often used in the chemical industry
Degree of dangerousness: high danger ⚠️
How do you protect yourself from these substances?
Protection from chemicals in industry requires a combination of measures to ensure safety and the use of appropriate PPE. The choice of PPE should always be based on a risk assessment of the specific working conditions and the properties of the chemicals being worked with. It is essential that PPE be used and maintained correctly to ensure maximum protection.
Below we share the most common PPE in this industry and the associated safe work procedures:
PPE
Respiratory protection:
Gas and vapor masks: for protection from harmful gases and vapors
Dust masks: for protection from inhalation of hazardous substances such as powders or fibers
Our recommendations
The 3M visor helmet is combined with the 3M Versaflo motor-powered system that is suitable for use in an ATEX environment and provides long-lasting and optimal protection for the respiratory tract, head and face.
Parka: provides light protection and resists splashes of liquids, making it suitable for everyday use in environments where the risk of chemical exposure is minimal. However, more intense or high-risk chemical work requires specialized protective clothing.
Coverall: which is specially designed to withstand the specific chemicals being worked with. The coverall provides full body coverage and protection from chemical exposure, which is essential for working safely in high-risk environments.
Training and Education: ensure that all employees are well versed in proper chemical handling procedures, including the use of PPE and emergency procedures
Safe Storage: store chemicals in approved, labeled containers in safe, well-ventilated locations according to manufacturer’s recommendations and laws and regulations
Proper Use: follow all chemical use instructions and avoid unnecessary exposure by using safe work practices
Need help?
Would you like advice or additional information on suitable products for use in the chemical sector? Contact us today on T. +31 (0)181 47 50 00. Our enthusiastic team will be happy to tell you more!