Training

Suraksha Marine lists both Dry CA-EBS Initial Deployment Training and Shallow Water CA-EBS Initial Deployment Training as standalone offshore-training offerings, which is exactly why many learners ask what the real difference is between them. The short answer is that both courses support helicopter emergency readiness for personnel who may be issued a Compressed Air Emergency Breathing System (CA-EBS) during offshore travel, but they do not prepare learners in the same way. D

Offshore environments do not forgive hesitation, weak coordination, or half-learned emergency procedures. That is why OERTM offshore training matters: it prepares designated emergency responders to act with control, clarity, and discipline when fire, smoke, injury, equipment failure, or evacuation risk threatens an installation and everyone on it.

The global energy sector employed 76 million people in 2024, with oil and gas supply alone accounting for around 12.4 million direct jobs across exploration, production, refining, and transport. It remains one of the world’s most demanding and well‑paid industries—but also one of the most unforgiving when things go wrong.

Discover how Suraksha Marine’s industry-leading offshore safety training programs equip you with the skills, certifications, and confidence to build a successful career in the global energy and maritime sectors. Learn why the right training can transform your future.

The Super Puma helicopter had just departed from the Borgsten Dolphin drilling rig, carrying offshore workers back to Aberdeen. As the weather at Sumburgh worsened, visibility dropped to 2,800 meters, with broken clouds at 300 feet. These conditions required an instrument approach, meaning the pilots had to rely solely on cockpit instruments without any external visual references.

By Suraksha Marine – Equipping Offshore Professionals for a Hydrogen‑Powered Future Introduction As the global energy system pivots toward low-carbon solutions, hydrogen has emerged as a versatile, zero-emission energy carrier. Its applications offshore are multiplying, from blending into natural gas networks to powering fuel cells aboard vessels and processing platforms. The global hydrogen market is projected to grow from USD 282.6 billion in 2025 to USD 556.6 billion by 20