This plasma-electrochemical reactor, described in a study published in the Journal of the ... oxide compounds have to cycle through nitric oxide or amine as an intermediate step before becoming ...

the catalyst is able to adsorb and stabilize the numerous nitrogen dioxide intermediates created by the plasma reactor. The team’s graph theory algorithm identified that most the nitrogen oxide ...

Rice University engineers have developed a revolutionary reactor design that could decarbonize ammonia production while also ...

The implications of this reactor design extend beyond ammonia production. The study’s techno-economic assessment and reactor ...

This plasma-electrochemical reactor, described in a study ... as an intermediate step before becoming ammonia. This allowed the team to intelligently design a catalyst that binds favorably with ...

Finding The Way To An Ammonia Economy As renewable energies progress, some limitations are becoming clearer. Renewables' intermittency requires energy storage, which could be batteries, as we explored ...

the catalyst is able to adsorb and stabilize the numerous nitrogen dioxide intermediates created by the plasma reactor. The team’s graph theory algorithm identified that most the nitrogen oxide ...

"An ammonia decomposition reactor no bigger than a 2-litre bottle will provide enough hydrogen to run a mid-range family car." – Professor Bill David Instead of just using the resulting hydrogen ...

Producing sufficient ammonia to sustain global food production carries a significant carbon footprint; a new UB-led study ...

The yield of ammonia changes with changes in pressure ... Most of the hydrogen and nitrogen which go into the reactor leave unreacted. By recycling them back into the reactor, the cost of making ...