Hydrogen is foreseen as one of the most viable clean energy in the future and will see applications in various mobility including passenger cars, commercial and industrial vehicles, trains, and ships, as well as stationary electric generators. Solving the remaining techno-economic challenges will be the key to enable such profound transformation.

Errungenschaften

Team
SVG
Prototyp
SVG
Nutzer
SVG
Partner
SVG
Umsätze
SVG
Investoren
SVG

Unser Angebot

Green hydrogen is the solution for a zero-carbon fuel. However, it is conventionally stored as a high-pressure gas, or as a liquid at -253°C, requiring high safety precautions and high energy costs, losing 28% or 47% of the stored energy respectively. High pressure hydrogen becomes explosive. Existing hydrogen storage and transportation solutions suffer from high costs, inefficiencies, leakage (1%-5% daily!) and inability to adequately store and transport the resources – in addition to requiring expensive equipment. These factors hinder hydrogen from becoming a viable energy vector in raw form. As a result, commercial transportation is far from having a suitable zero-carbon solution.

At Neology we are developing a commercially viable ammonia cracking technology that will transform ammonia into hydrogen to supply the feedstock of fuel cells directly on-board vehicles. This is the vision that Neology has set for commercial vehicles.

This enables ammonia to be used throughout the supply chain (instead of compressed hydrogen gas). Ammonia is a widely available non-explosive, low-flammability chemical, which is easy to store and transport under atmospheric pressure and temperature with inexpensive equipment.

Neology’s technology is realized through a 2-stage thermochemical process, first with thermochemical cracking of ammonia to hydrogen using a low-temperature catalyst, followed by hydrogen separation membranes purifying hydrogen to the highest purity grades.

Zielgruppe

Heavy-duty vehicles
Stationary applications