Site items in: Distributed ammonia synthesis

Presentation

Ammonia is one of the most important chemical commodities in the US and will be a key component in helping the world meet the rising demand for food and energy. Ammonia is needed in distributed locations for agriculture (as fertilizer for small grain and corn production), for indirect hydrogen storage1 (transported as a liquid at moderate pressure to hydrogen stations), or as a liquid fuel2 (for internal combustion engines or solid oxide fuel cells). Recently, there has been significant effort to develop scalable technologies for conversion of intermittent energies (e.g., solar, wind) into energy dense carbon-neutral liquid fuels, and ammonia…

Potential Strategies for Distributed, Small-Scale Sustainable Ammonia Production
Presentation

Potential Strategies for Distributed, Small-Scale Sustainable Ammonia Production Alon McCormick*, Ed Cussler, Prodromos Daoutidis, Paul Dauenhauer, Lanny Schmidt, Chemical Engineering and Materials Science; Roger Ruan, Doug Tiffany, Bioproducts and Biosystems Engineering; Steve Kelley, Humphrey School of Public Affairs; Mike Reese, West Central Research and Outreach Center, University of Minnesota

My Solar Powered Ammonia Generation System
Presentation

As a memorial to my father I have installed on the farm where he was raised, a demonstration Solar-Hydrogen system that has been producing and compressing hydrogen from solar power for several years. The hydrogen will be used to fuel a tractor which can also be fueled by ammonia. The ammonia was to be purchased until after last year’s conference when I was put in contact with Doug Carpenter, who has a low energy input catalytic method of making ammonia from hydrogen and nitrogen. I will describe the demonstration system that is being installed. It consists of a nitrogen generator…