Marty Neese

water electrolysis technology for green hydrogen production

Fuel cell technology

Designs and manufactures proton exchange membrane (PEM) hydrogen fuel cell stacks and systems for mobility (bus, truck, rail, marine) and stationary applications.

A cost-effective and well-established electrolyzer technology.

The mode of operation for solid oxide cells when used for electrolysis, typically to produce hydrogen.

Proton Exchange Membrane electrolyzer technology developed by Hydrogenics. The article describes it as next-generation with the highest power density and lowest carbon footprint of any such system in the world.

British Columbia (Burnaby)

Moss Landing, California

California

Verdagy's flagship electrolyzer product featuring SmartCells architecture with flexible operating capabilities. Designed to produce green hydrogen at industrial scale for heavy industries.

Future electrolyzer systems planned by Verdagy, built using the eDynamic 20 MW module as a fundamental unit. Represents the company's scaling roadmap.

Modular green hydrogen electrolyser system with large single-element cells utilizing sophisticated membranes. Designed to scale from 20 MW to 400 MW with refurbishable cells to reduce maintenance costs.