This SSI Gas Blender Instructor course will allow you to certify students in Nitrox and Trimix gases for use in diving. The course is conducted over 4 days and includes both academic and practical sessions.
During the academic sessions, you will cover topics such as gas blending theory, safety procedures, and gas analysis. You will also have the opportunity to observe gas blending demonstrations. In the practical sessions, you will learn how to use the gas blending equipment and practice blending gases yourself.
At the end of the course, you will be able to certify SSI Open Water Divers and above in Nitrox and Trimix gases.
SSI Gas Blender Nitrox/Trimix Instructor (Bali) Essentials
This course is designed for certified SSI Open Water Divers who would like to learn how to safely dive with Nitrox and Trimix. The course includes both classroom and in-water sessions, and upon successful completion, students will earn the SSI Gas Blender Nitrox/Trimix Instructor certification.
SSI Gas Blender Nitrox/Trimix Instructor (Bali) Components
This course is designed for those who want to become qualified as an SSI Gas Blender Instructor for Nitrox and Trimix. The course will cover the following topics:
-Theory of gas blending
-Gas blending equipment
-How to blend different gases
-Safety procedures
-Instructor training
After successful completion of the course, candidates will be able to blend different gases safely and efficiently, and will be qualified to teach SSI Gas Blending courses.
Why Learn SSI Gas Blender Nitrox/Trimix Instructor (Bali)
Have you ever wanted to explore the underwater world for longer, without having to worry about running out of air? Or maybe you’re interested in pushing your limits and venturing into deeper, darker waters? If so, then the SSI Gas Blender Nitrox/Trimix Instructor (Bali) course is perfect for you! Here are 5 reasons why:
1. Learn how to safely mix and use Nitrox and Trimix gases
The SSI Gas Blender Nitrox/Trimix Instructor (Bali) course is designed to give you the skills and knowledge you need to safely mix and use Nitrox and Trimix gases. This course will cover topics such as gas blending theory, gas safety, and gas analysis. Upon completion of this course, you will be able to safely mix and use Nitrox and Trimix gases for diving.
2. Become a certified SSI Gas Blender Instructor
The SSI Gas Blender Nitrox/Trimix Instructor course is designed to train instructors to safely and effectively blend nitrox and trimix gases. The course covers gas blending theory, nitrox and trimix blending procedures, and gas safety. Upon successful completion of the course, instructors will be able to certify students in the SSI Gas Blender program.
3. Get access to exclusive SSI Instructor training materials
As an SSI Gas Blender Nitrox/Trimix Instructor, you will have access to exclusive Instructor training materials that will help you prepare your students for their diving adventures. These materials will help you understand the concepts and procedures involved in gas blending, and will also give you the opportunity to practice your skills so that you can be confident in your ability to teach these skills to your students.
4. Gain a deeper understanding of dive physiology and gas management
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5. Open up more teaching opportunity - As you will gain new certifying ability to teach and certify Gas Blender Nitrox/Trimix students.
With SSI Gas Blender Nitrox/Trimix Instructor (Bali) certification, you will be able to open up more teaching opportunities as you will be able to certify Gas Blender Nitrox/Trimix students. This will allow you to reach a larger audience and teach a variety of students.
While diving, the use of gas blenders can provide many benefits to both the diver and the instructor. When used properly, gas blenders can help to improve the safety of a dive, as well as the quality of the dive experience.
Some of the benefits of gas blending include:
-The ability to customize the gas mix to the specific dive conditions and the needs of the diver.
-The ability to adjust the gas mix on the fly, based on the conditions and the diver’s response.
-The ability to provide a consistent gas mix throughout the dive, even if the conditions change.
-The ability to use nitrox and trimix gases, which can improve the safety of the dive.
-The ability to use gas mixes that are not available in pre-mixed tanks.
There are many different types of gases used in blending, and each has its own unique properties. The most common gases used in blending are:
-Nitrogen: Nitrogen is the most abundant gas in the Earth’s atmosphere and is the primary gas used in blending. Nitrogen is non-flammable, non-toxic, and relatively inexpensive.
-Oxygen: Oxygen is a highly reactive gas that is essential for human life. Oxygen is also used in blending, and is typically mixed with other gases to create different ratios of oxygen to nitrogen.
-Helium: Helium is a lighter than air gas that is used in some diving applications. Helium is non-flammable and non-toxic, but is more expensive than nitrogen.
-Argon: Argon is a heavy gas that is used in some industrial applications. Argon is non-flammable, non-toxic, and relatively inexpensive.
Expand SSI Gas Blender Nitrox/Trimix Instructor (Bali) lesson topic – ANSI/CGA G-7.1-1989 Standard Method for the Preparation of Gases for Use in Breathing Apparatus
Expand SSI Gas Blender Nitrox/Trimix Instructor (Bali) lesson topic – CGA Pamphlet G-4.1 – 2015 Procedures for Cylinder Inspection and Testing
Expand SSI Gas Blender Nitrox/Trimix Instructor (Bali) lesson topic – Use and Operation of the SSI Gas Blending Systems
1. The Procedures for Blending Gases
The Procedures for Blending Gases is a document that outlines the procedures that must be followed when blending gases for use in breathing apparatus. This document is available from the SSI website.
2. ANSI/CGA G-7.1-1989 Standard Method for the Preparation of Gases for Use in Breathing Apparatus
The ANSI/CGA G-7.1-1989 Standard Method for the Preparation of Gases for Use in Breathing Apparatus is a document that outlines the procedures that must be followed when
* Understand why quality control is important in gas blending
* Learn how to check the quality of gas blends
## Why is Quality Control Important?
Quality control is important in gas blending to ensure that the gas blends meet the specified standards. Gas blends that do not meet the specified standards can be unsafe and may not work as intended.
How to Check the Quality of Gas Blends
There are a few ways to check the quality of gas blends:
* Use a gas chromatograph to measure the concentrations of the gases in the blend
* Use a gas analyzer to measure the percentage of oxygen in the blend
* Use a gas blender to measure the flow rate and pressure of the gas blend
Quality control is important in gas blending to ensure that the gas blends meet the specified standards. There are a few ways to check the quality of gas blends, including using a gas chromatograph, gas analyzer, or gas blender.
