This course gives delegates all the information needed to work safely when handling, storing and transporting dry ice, in line with HSE guidance and other relevant legislation.
Only available for e-Learning.
This course is suitable for all those that work or come into contact with dry ice during the course of their work.
Delegates will be given the information needed to understand the best practices, hazards and properties and safety control measures, identified in the employer’s risk assessment.
The course helps your organisation to comply with obligations to train all staff exposed to risk, resulting in an assured workforce and a safer workplace.
£40.00 (Subject to VAT)
(Subject to VAT)
Training Format: E-Learning Course Applicable Gases: CO2, Dry Ice Related Industries: Education, Food, Healthcare, Laboratory, Manufacturing, Produce
Certification is valid for 3 years.
EAL Recognised Centre No. W4924ER
PGS has been independently verified by EAL as a provider of Compressed and Cryogenic Gases Safety courses. PGS course delivery, assessment, quality assurance, customer support documentation and procedures have been found to meet their exacting standards.
This accreditation enables PGS to offer the option of:
Level 3 603/4729/6
The Installation and Maintenance of Compressed Gas Supply Systems
Level 3 600/1433/7
Applied Compressed Gases Safety (Cylinders)
Level 3 600/1432/5
Mobile Oxy–Fuel Gas Equipment Inspection
Level 3 600/9414/X
Oxy-Acetylene/Propane Gas User Safety, Practice and Procedures
An unrivalled level of Gas Safety Qualification only available through PGS
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This course provides the information required to understand the specific hazards associated with compressed gases such as Nitrogen, CO2, Hydrogen and Argon and other gases used in Laboratory or Industrial applications, resulting in an assured workforce and a safer workplace.
These gases are colorless, odorless, and tasteless, making their presence undetectable. They can displace oxygen, creating an asphyxiant atmosphere.
The most common inert gases include argon, nitrogen, helium, and carbon dioxide.
Oxygen significantly supports combustion. Atmospheres that contain more than 23% oxygen are classified as enriched and poses an increased fire risk.
In an oxygen enriched atmosphere, even fire resistant materials, can ignite and burn intensely.
Flammable gases burn in air within certain concentration limits.
The range of these limits is called the flammability range.
These gases include acetylene, propane, butane, and hydrogen.
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