Award Data

Our approach for Direct Air Capture (DAC) builds on PCI’s success with flue gas capture which demonstrated 75% energy savings compared to operation with methylethanolamine (MEA)-based systems. In Phase I of the project we will optimize and modify our current nanomaterial composites to make them suitable for conditions typical of DAC – 400 ppmv CO2, variable humidity and temperature. Through a ...

Most of the current state of the art solid oxide fuel cell (SOFC) stacks are assembled using planar cells, interconnects, gaskets, and insulators in a sequence that requires high level of precision and accuracy. For such conventional assembly approaches, the relatively high manufacturing cost is a key hurdle that prevents the widespread commercialization or adoption of SOFC systems. We are proposi ...

The United States has demonstrated a growing focus on renewable energy; however, fossil fueled energy sources still constitute over 80% of energy use in the United States. Fossil fuels will remain of driving importance in energy use, so identifying means to enhance clean and efficient power generating with fossil fuels remains a driving force. Solid Oxide Fuel Cell (SOFC) systems offer an opportun ...

Precision Combustion, Inc. (PCI) proposes a simple, lightweight and regenerable system to detect and filter out contaminants in-situ via a concept originally developed and validated for NASA spacecraft life-support. It will be designed to permit drop-in integration with the OBOGS pilot breathing system and complement its operation. It will clean up pilot breathing air, protect OBOGS sorbent impair ...

There is currently a strong need for compact, JP-8 fueled, high power density electrical generation for use in UAV, auxiliary power supplies, and portable power. Precision Combustion, Inc (PCI) is proposing to evaluate the viability of an advanced, high TRL generator with high power density (250-500 W/kg) and high specific power for these applications. PCI will collaborate with the primary manufac ...

PCI will develop advanced combustor liner configurations for aero gas turbine, which will eliminate or drastically reduce the dust and sand blockage of effusion cooling passages. This advanced combustor liner will utilize novel structures manufactured integral to the liner to mitigate combustor liner clogging by diverting or dislodging particles through passive aerodynamic means. In Phase I of the ...

Precision Combustion, Inc. (PCI) is proposing a novel metal-supported solid oxide fuel cell (MS-SOFC) and interconnect design with internal reforming. The innovation consists of porous metal supported cells (

Precision Combustion, Inc. (PCI) will develop a novel solar-powered high efficiency regenerable dehumidifier for the Stryker and other military vehicles (Humvee, Abrams/Bradley). It will build upon PCI’s experience in developing low energy cabin air regenerable dehumidification systems for manned space missions (NASA) and for buildings (EPA) and is based on PCI’s proprietary and patented techn ...

Precision Combustion, Inc. (PCI) proposes to further mature a Primary Fuel Cell (PFC) System that will meet NASArsquo;s lunar mission target specifications of (i) high specific power (gt;2,000 W/kg), (ii) high current density (gt;200 mA/cm2), (iii) long service life (a final operational life of gt;10,000 hrs is targeted), and (iv) operability with H2/O2, CH4/O2, and other propellants.nbsp; The PFC ...

Precision Combustion, Inc. (PCI) proposes a compact, vacuum-regenerable sorbent bed for effectively removing a broad range of trace contaminants, meeting all topic performance requirements, which can be integrated with the Exploration Portable Life Support System (xPLSS) CO2/H2O removal system. Both the primary trace contaminants (ammonia, CO, formaldehyde, and methyl mercaptan) as well as other s ...