
Paper
Making and Treating NOx formed in NH3 Engines
Ammonia has real promise as a green renewable fuel; however its use is not without some of the drawbacks endemic to high temperature combustion processes. Chief among them is the potential for NOx formation in nitrogen-rich oxidizing environments. Nitric and nitrous oxides are prime culprits that plague both entrenched hydrocarbon internal combustion technology but also emerging technologies like ammonia-as-a-fuel. Nitric oxide is implicated in photochemical ground-level ozone production in urban areas. Nitrous oxide is its own double-edged environmental sword, being both a potent tropospheric green-house gas as well as a principle agent in renewed stratospheric ozone-depletion (Science 2009, v326, p.…
Paper
Reusable Nickel-Based Materials for Small Scale Ammonia Storage
Reusable Nickel-Based Materials for Small Scale Ammonia Storage Patrick Desrochers, University of Central Arkansas
Paper
Reversible Surface Storage of Ammonia
Reversible Surface Storage of Ammonia Patrick Desrochers, University of Central Arkansas
Paper
Making and Treating NOx formed in NH3 Engines
Ammonia has real promise as a green renewable fuel; however its use is not without some of the drawbacks endemic to high temperature combustion processes. Chief among them is the potential for NOx formation in nitrogen-rich oxidizing environments. Nitric and nitrous oxides are prime culprits that plague both entrenched hydrocarbon internal combustion technology but also emerging technologies like ammonia-as-a-fuel. Nitric oxide is implicated in photochemical ground-level ozone production in urban areas. Nitrous oxide is its own double-edged environmental sword, being both a potent tropospheric green-house gas as well as a principle agent in renewed stratospheric ozone-depletion (Science 2009, v326, p.…
Paper
Reusable Nickel-Based Materials for Small Scale Ammonia Storage
Reusable Nickel-Based Materials for Small Scale Ammonia Storage Patrick Desrochers, University of Central Arkansas
Paper
Reversible Surface Storage of Ammonia
Reversible Surface Storage of Ammonia Patrick Desrochers, University of Central Arkansas