Medical Gas Systems Design
- ✓Identify the types of medical gases used in hospitals and understand the function of each system across different rooms and healthcare departments
- ✓Determine the locations and distribution of gas outlets within rooms based on service type, number of beds, and operational requirements.
- ✓Calculate gas flow rates and size the appropriate source capacities in compliance with project needs and European code standards.
- ✓Select the optimal gas source system (Manifold, VIE, or PSA) and define the required backup to ensure continuous operation.
- ✓Determine pipe diameters, pressure losses, and network requirements to ensure efficient distribution and stable pressure at all points of use.
- ✓Understand the network components from the source to the final outlet, including valves, alarm systems, and control panels.
- ✓Design complete medical gas networks in accordance with European codes, from capacity calculations to equipment selection.
- ✓Prepare drawings, define valve locations and pipe routing, and understand system control and monitoring methods to ensure safe and reliable performance.
Course Content
Unit 01: Fundamentals of Medical Gas Systems0h
- Introduction
- MG Types-01
- MG Types-02
- MG Valves and Symbols
- MG Components
- MG Labelling
- Pressure Definitions
Unit 02: Medical Gas Infrastructure0h
- O2 Cylinder Manifold Systems
- O2 VIE System
- Liquid Cylinder & PSA
- N2O Systems
- MA Sources
- MA Systems
- SA Systems
- MV Systems
Unit 03: Medical Gas Piping Systems0h
- piping system
- TU Arrangement and Height
- TU Arrangement and Height
- TU Connection type
- Departments and Rooms
- Provision of TU, AVSU, Alarm
- TU Distribution in hospital project
- MG Zone Control Box Postioning
- MG Pipe Routing (1)
- MG Pipe Routing (2)
- MG Pipe Routing (3)
- MG Pipe Routing (4)
Unit 04: Medical Gas Source Sizing and Volume0h
- O2 Gas Source Volume (1)
- O2 Gas Source Volume (2)
- N2O Gas Source Volume
- MA Gas Source Volume
- SA Gas Source Volume
- Gas Source Calculation Sheet
- O2 Gas Source Sizing
- N2O Gas Source Sizing
- MA Gas Source Sizing
- MV-AGSS Gas Source Sizing
Unit 05: Medical Gas Piping & Pressure Drop0h
- Pipe Pressure Drop 4 bar Systems
- Pipe Pressure Drop 7 bar Systems
- Pipe Pressure Drop Vacuum Systems
- Pipeline Pressure loss Calculation sheet
- N2O - O2 Pipe Sizing
- N2O Pipe Sizing
- AGSS Pipe Sizing
- MA Pipe Sizing
- O2 Pipe Sizing (1)
- O2 Pipe Sizing (2)
- MV Pipe Sizing
- MG Piping Annotation
Instructors
Engineer Michael Adel is a distinguished expert in mechanical engineering, combining theoretical knowledge with practical experience. He offers hands-on training that enables engineers and technicians to directly transform knowledge into applicable skills for real-world projects.
Engineer Michael Adel is a distinguished expert in mechanical engineering, combining theoretical knowledge with practical experience. He offers hands-on training that enables engineers and technicians to directly transform knowledge into applicable skills for real-world projects.
FAQ
Who is this course for?
This course is designed for mechanical engineers and professionals interested in designing medical gas systems in hospitals and healthcare facilities.
Do I need prior experience with medical gases?
No prior experience is required. A basic understanding of pressure, flow, and industrial systems is sufficient.
Is the course theoretical or practical?
The course combines theoretical lessons with hands-on practice, focusing on network design, load calculations, and equipment selection.
Do I need prior knowledge of AutoCAD?
Basic knowledge is preferred, but the fundamentals can be learned during the course.
What is the required academic qualification?
Applicants are preferably holders of a Bachelor’s or Diploma in Mechanical Engineering, Mechatronics, Power Engineering, or any MEP-related field.