HYDROGEN CARRIER

​Attributes that characterize  a good hydrogen carrier are: liquid state at ambient conditions; high volumetric and gravimetric energy density; low propensity to create lethal hazards when transported, stored, and used.

Ammonia stands to become a valuable hydrogen energy carrier, that can elevate the feasibility of a Hydrogen economy.  

CLEAN HYDROGEN ECONOMY

Governments worldwide are showing increasing interest in hydrogen as a clean energy carrier to complement electricity in de-carbonizing national energy systems. Hydrogen’s various production paths and use for storing and transporting energy make it a flexible option for linking diverse sources of power generation, transportation fuel  production, chemical and agriculture feedstock with existing fuel networks.

Recent and emerging national hydrogen strategies, roadmaps, and similar initiatives share a common driver. They are seen as part of the solution to meeting national commitments to reduce greenhouse gas emissions under the 2015 Paris Agreement.

CLEAN TECHNOLOGY

The gasification process is a clean and proven technology.  This project will transform the feedstock to a clean Hydrogen stream that is easily to converted to many useful products including Anhydrous Ammonia.  

This process is both economical and friendly to the environment by capturing nearly all of the Carbon emissions from the project and safely sequestering them thousands of feet underground.