Rule 17: “Omit needless words.”

Safety training for hydrogen and energy storage innovators.

Practical, code-focused courses for engineers, safety professionals and project teams working with hydrogen and battery energy storage systems.

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Technician inspecting hydrogen equipment

Courses

Trainings

Hydrogen storage tanks

Hydrogen

NFPA 2: Hydrogen Technologies Code

How NFPA 2 supports a safe hydrogen economy, and how to navigate its general, gaseous and liquefied hydrogen requirements, fueling facilities, fuel cell power systems, generation, labs and garages.

8-hour course

Containerized battery energy storage site

Energy storage

NFPA 855: Stationary Energy Storage Systems

The standard for installing stationary energy storage, from commissioning and decommissioning to electrochemical, fuel cell, flywheel and lithium battery storage.

2-hour overview · 4-hour Fundamentals (Ch. 1–8) · 4-hour Advanced (Ch. 9–19) · 8-hour full course

Professional ethics

AI and Professional Ethics for EHS

An interactive training tool for EHS professionals to explore how AI affects professional ethics and identify ethical risks using the BGC Code of Ethics.

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Thermal camera image of a hydrogen jet flame
Hydrogen flames are nearly invisible in daylight. A thermal camera shows what the eye can’t.
Battery racks with a battery management system and gas detection
Battery rooms rely on layered protection: battery management, detection, suppression and spacing.

About

Phil Clark, MS, CSP, CIH

Phil is an environmental, safety and health professional and the founder of Omitz, LLC. He leads code and safety training for teams building the hydrogen and energy storage industries.

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Get in touch on LinkedIn to schedule a training.

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