This qualification gives delegates the information required to complete an appropriate and safe installation of a compressed gas system, in accordance with Pressure Systems Safety Regulations (PSSR) and industry codes of practice such as BCGA CP4.
The objective of this qualification is to enable the delegate to demonstrate that they have the technical knowledge and practical skills required to complete an appropriate and safe installation of a compressed gases system. This shall be in accordance with Pressure Systems Regulations and Industry codes of practice.
This is a Level 3 Qualification in The Installation & Maintenance of Compressed Gases Systems.
Suitable for individuals who require a qualification in the Installation & Maintenance of Compressed Gases Systems. Successful delegates can use this qualification as supporting evidence for their ‘Medical Equipment Installation & Maintenance Engineer’ gold card.
Training Format: Open Training Event Applicable Gases: Acetylene, Argon, CO2, Compressed Gases, Cryogenic Gases, Helium, Hydrogen, Liquid Nitrogen, LPG, Mixed Gases, Oxy-Fuel, Oxygen, Propane, Special Gases Related Industries: Agriculture, Beverage, Calibration, Construction, Education, Engineering, Food, Healthcare, Industrial, Laboratory, Leisure, Maintenance, Manufacturing, Mechanical, Pharmaceuticals, Produce, Site Maintenance
3 day Installation & Maintenance of Compressed Gases Systems Qualification.
£995 (per delegate, subject to VAT)
Level 3 Award – Applied Compressed Gases Safety
Practical Session
The instructor will demonstrate, and all learners must undertake, before use checks, regulator fitting, manual handing of cylinders, oxy-fuel light up & shut down procedures.
Multiple choice questions are held throughout with a final test paper.
Level 3 Award – The Installation & Maintenance of Compressed Gases Supply Systems – Classroom Sessions
AM Session
PM Session
An introduction to installation in practice.
Level 3 Award – The Installation & Maintenance of Compressed gases Supply Systems – Practical Session.
All learners are required to complete the following practical activities in bays, which simulate real pressure systems.
Following detailed instruction, learners must demonstrate that they can successfully complete key tasks. Learners will be given two opportunities to complete these critical tasks.
All successful learners will receive:
PGS Certification is valid for 3 years after which refresher instruction is recommended
Don’t just take our word for it, see what some of our recent clients have said. You can even leave a review yourself.
“The course held my interest and has increased my knowledge of how to work safely with gases. The content is excellent and I think the supporting documentation is good”
“Good flow of information to keep interest, enjoyed the taster questions throughout the course. I enjoyed the course and will recommend this training to other areas of the business where staff require gas cylinder safety training”
“I undertook the e-Learning as a free trial to ascertain its benefit for my staff after contacting PGS through the web chat. The course is well put together with a sensible level of detail. Being able to leave and return to training at any point in the day was of particular benefit. I would recommend this training to any agricultural workshop or farm workshop”
“The course held my interest and has increased my knowledge of gases safety. I thought the training content was excellent and very relevant to my job, overall, I thought the training was very good”
“I’ve really enjoyed the perfect amount of detail in the course, where you come away from a slide knowing what was meant, but not feeling overloaded with information. A really good balance, and really informative about legal requirements. Thanks”
Attendance 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.
This course assists in ensuring your organisation complies with obligations to train all staff exposed to risk.
Enquire here regarding course information and availability.
Submit your details and a member of our team will get back to you.
Reserve your place(s) now (items marked with a * must be completed)
Reserve your place(s) now (items marked with a * must be completed)