Rule 17: “Omit needless words.”

Code training for hydrogen and battery storage.

NFPA 2 and NFPA 855, taught by Phil Clark, CSP, CIH. For the engineers, code officials and safety teams who apply them.

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Technician inspecting valves on a hydrogen process skid

Courses

Three courses

Hydrogen storage vessels, pipework and an access ladder viewed from below

Hydrogen

NFPA 2: Hydrogen Technologies Code

The hydrogen code, end to end: gaseous and liquid storage, fueling stations, fuel cell power systems, generation, labs and repair garages.

8 hours

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Containerized battery energy storage systems behind a security fence

Energy storage

NFPA 855: Stationary Energy Storage Systems

Stationary energy storage from installation through decommissioning: lithium-ion and other batteries, fuel cells, flywheels, and the protection each requires.

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

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Professional ethics

AI for ESH Professionals

Interactive scenarios that test everyday AI use in EHS work against the BGC Code of Ethics. Runs in your browser.

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Thermal camera image of a hydrogen jet flame
Hydrogen burns almost invisibly in daylight. A thermal camera shows the flame.
Battery module racks inside an energy storage enclosure with monitoring and detection equipment
Battery rooms depend on layers: management systems, gas detection, suppression and spacing.

About

Phil Clark, MS, CSP, CIH

Phil is an environmental, health and safety professional and the founder of Omitz, LLC. He teaches the codes that govern hydrogen and energy storage to the people who design, build, permit and operate those systems.

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Message Phil on LinkedIn to schedule a session.

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