The Energy Transition, Green Hydrogen, and NovoHydrogen

Hydrogen is a key ingredient in annealing. Currently, most hydrogen is produced from fossil fuels and contributes ~3% of global GHG emissions. An alternative production method is electrolysis. Electrolytic hydrogen provides an opportunity to decentralize and develop production facilities where hydrogen is used. Hydrogen is a highly effective energy carrier and it is one of the leading options for long-duration energy storage. Hydrogen can provide individual companies deep resilience and stable fuel pricing.

While hydrogen can be used for innumerable applications, it is not one-size-fits all. A tailored long-term development approach that optimizes the versatility of hydrogen will often include scaling and utilize lessons learned from the previous ramp-ups of solar and wind.

This presentation will review the science behind electrolytically-produced hydrogen versus traditional fossil-fuel derived methods as well as provide an overview of the technologies used in its production including clean energy sources, electrolyzers, compressors, and storage options.