PCI is developing an integrated fuel processor for liquid fuels for application in high temperature PEM fuel cell systems. Building upon its ultra-compact fuel reformer and fuel reforming catalytic reactor technologies, PCI is optimizing its fuel reformer and fuel processor technologies for the size, weight and performance needed to enable liquid-fueled HT-PEM fuel cell systems under multiple Army and Navy funded programs.
PCI’s Microlith®; Compact Logistics Fuel ProcessorTM System for high temperature PEMs consists of an integrated fuel/air/steam injector, autothermal reformer (ATR), heat exchanger, sulfur trap and water gas shift reactor. The system is designed to take in medium sulfur fuel (<400 ppm sulfur) and provide reformate with <1 ppm sulfur for use in a high temperature PEM.
BOP components such as pumps, heat exchangers and controller are separately packaged resulting in a portable and compact system. A photo of a 5 kWe fuel processor including water gas shift reactor is shown.
Attributes
Characteristic
PCI Fuel Processor Status
System Net Rated Power (kWe)
5
Energy Efficiency (LHV H2 basis)
>73% (fuel quality and S/C ratio dependent)
Ultra-Compact
>0.4 kWe/l
Rapid Start-up
<10 minutes
Fast Transient Response
<5 sec
Fuel Flexible
Diesel, JP-8 and other low sulfur logistics fuels
Maximum Sulfur in product stream
<1 ppm (from 400 ppm S in fuel)
Turn Down Ratio
5:1
Microlith® is a registered trademark of Precision Combustion, Inc.
Contact PCI to learn more about how our solutions may be adapted for your needs.
