SSI Enriched Air Nitrox Level 2 (40%) Speciality (Bali)

SSI Enriched Air Nitrox Level 2 (40%) Speciality (Bali) Course
Price: $

Looking to take your diving to the next level? The SSI Enriched Air Nitrox Level 2 (40%) Speciality Course is perfect for you! This course will teach you how to safely use enriched air nitrox with a maximum oxygen concentration of 40%. You will learn about the benefits and hazards of using enriched air, and how to plan and execute dives using enriched air. This course is perfect for divers who want to extend their bottom time, and is a great way to prepare for deeper dives.

Here are the course requirements:

-You must be at least 12 years old and have a certified Open Water Diver certification or equivalent.
-Must be able to complete a swim test consisting of a 200 yard/meter swim and a 10 minute float.
-Must be able to complete a written exam with a score of 80% or higher.

Upon successful completion of this course, you will receive the SSI Enriched Air Nitrox diving certificate, which is recognized worldwide. So what are you waiting for? Get started today and take your diving to the next level with the SSI Enriched Air Nitrox Level 2 (40%) Speciality Course!

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SSI Enriched Air Nitrox Level 2 (40%) Speciality (Bali) Essentials

This course will teach you the benefits, hazards and proper procedures for enriched air diving. You will learn how to safely use nitrox mixes up to 40% and how to plan and execute dives using enriched air.

  • Prerequisites

    • Be at least 10 years of age or older
    • Be a certified diver
    • Highly recommend students to bring your own dive computer
  • Includes

    • SSI Enriched Air Nitrox Course Materials
    • SSI Enriched Air Nitrox Course e-Card Certification
    • 1 Theory Review Session
    • 1 Practical Session
    • Instructor fees
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SSI Enriched Air Nitrox Level 2 (40%) Speciality (Bali) Components

The SSI Enriched Air Nitrox Level 2 (40%) Speciality course is a comprehensive course that covers all aspects of diving with enriched air nitrox. The course includes classroom and practical sessions, as well as a series of dives using enriched air nitrox. The course covers topics such as the physiology of diving with enriched air nitrox, gas mixing, decompression theory, and dive planning. The practical sessions cover topics such as gas analysis, cylinder preparation, and enrichment calculations. The course also includes a series of dives using enriched air nitrox, which allow students to experience the benefits of diving with enriched air nitrox.

Theory class

Bali Diving Courses Theory Classroom

Practical Pool Session

Dive Instructor Journey
Diving Course Bali Pool Compound
Bali Diving Course Pool Equipment Area

Open Sea Dives

Divers on the surface of water ready to dive.
Diving Course Open Water Component
Bali Diving Course Open Water Component 2

Why Learn SSI Enriched Air Nitrox Level 2 (40%) Speciality (Bali)

Divers should take the SSI Enriched Air Nitrox Level 2 (40%) Speciality (Bali) course for the following 5 reasons:

1. It can help divers extend their bottom time.

Decompression sickness can occur when a diver stays underwater for too long or ascends too quickly. Enriched air nitrox can help reduce the risk of decompression sickness by allowing divers to extend their bottom time and ascend more slowly.

2. It can help divers avoid decompression sickness.

The SSI Enriched Air Nitrox Level 2 (40%) Speciality (Bali) course can help divers avoid decompression sickness by teaching them how to safely use enriched air nitrox with a partial pressure of up to 40%. This can help divers stay within their no-decompression limits, and avoid getting sick.

3. It can help divers improve their safety.

The SSI Enriched Air Nitrox Level 2 (40%) Speciality (Bali) can help divers improve their safety by providing them with additional training on how to safely use enriched air nitrox. This can help to prevent accidents and injuries, and can also help divers to better understand the risks associated with diving with enriched air nitrox.

4. It can help divers reduce their nitrogen intake.

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5. It can help divers improve their diving performance.

Using enriched air nitrox with 40% oxygen can help divers improve their diving performance by allowing them to stay underwater for longer periods of time and by helping to prevent decompression sickness.

SSI Enriched Air Nitrox Level 2 (40%) Speciality (Bali) Topics

History and basic principles of enriched air diving
The use of enriched air in diving

Diving with enriched air nitrox (EAN) can give you more no stop time, help reduce nitrogen narcosis, and decrease your overall dive time. EAN diving is diving with air that has been enriched with oxygen. The most common nitrox gas mix is 32% oxygen and 68% nitrogen. This mix is often referred to as “air” even though it is not the same as the air we breathe.

Enriched air diving is not without its risks. You must be properly trained and certified to dive with enriched air. You also need to have the proper equipment, which includes a nitrox-compatible dive computer.

Diving with enriched air nitrox can be a great way to extend your bottom time and reduce your overall dive time. It is important to be properly trained and equipped before diving with enriched air.

The advantages and disadvantages of diving with enriched air

Enriched air diving, also known as nitrox diving, is a type of scuba diving that uses a gas mixture with a higher concentration of oxygen than the air we breathe. This can offer a number of advantages over air diving, including longer dive times, less nitrogen absorption, and reduced decompression sickness risk.

However, there are also some disadvantages to diving with enriched air. One is that it requires specialised training and equipment, which can add to the cost of diving. Additionally, enriched air diving can present some risks if not done properly, such as oxygen toxicity.

Overall, enriched air diving can be a great way to extend your dive time and reduce your risk of decompression sickness. However, it is important to be aware of the risks and to get proper training before diving with enriched air.

The enriched air diving environment

Enriched air diving, also known as nitrox diving, is a type of scuba diving in which the air that is breathed by the diver is enriched with oxygen. This type of diving can be done with either open circuit or closed circuit scuba gear.

The main benefit of enriched air diving is that it allows the diver to stay underwater for longer periods of time than would be possible with air diving. This is because the enriched air allows the diver to breathe more oxygen and to have less nitrogen in their body.

Enriched air diving is often used in situations where the diver wants to minimize their risk of decompression sickness. Decompression sickness, also known as the bends, is a condition that can occur when a person comes up from a dive too quickly. When a person breathes enriched air, the nitrogen in their body is absorbed at a slower rate, which reduces the risk of decompression sickness.

Enriched air diving is not without its risks, however. One of the main risks is that of oxygen toxicity. Oxygen toxicity can occur when a person breathes in too much oxygen, and it can cause seizures, respiratory problems, and even death. For this reason, it is important for divers to be aware of their oxygen levels

The enriched air diving gear

Enriched air diving gear, also known as nitrox diving gear, is a type of scuba diving gear that is designed to provide divers with a higher percentage of oxygen in their breathing gas mix. This higher percentage of oxygen can help to improve a diver’s safety and performance by reducing the risk of decompression sickness and increasing their bottom time.

Enriched air diving gear is typically made up of a scuba diving regulator that has been modified to work with enriched air, and a diving cylinder that is filled with enriched air. The enriched air diving gear may also include a diving computer, which can help to monitor a diver’s dive profile and provide warnings if they are at risk of decompression sickness.

Divers who use enriched air diving gear must be properly trained in its use, and must follow all safety guidelines to avoid the risks associated with diving with enriched air.